PESCAN.IO - Analysis Report Basic

File Structure
Analysis Image
PE Chart Code
Header PE (light blue)
Executable sections (pink)
Non-executable sections (black)
External injected code (red)
File Structure in red = malformed or corrupted header

Chart Code For Other Files
Printable characters (blue)
Non-printable characters (black)
Information
Icon: Icon
Size: 188,00 KB
SHA-256 Hash: F6FE01ED965C00C0D9CFCF5059FC06FD009CB100512135A731812F9A03DA79DF
SHA-1 Hash: 2E4F6799532215C30116C76F007A7D827C90101F
MD5 Hash: BD681F5970878D2078CF1C17B8F34028
Imphash: 9A9430FD50C973A696F7CF43618A2D22
MajorOSVersion: 4
MinorOSVersion: 0
CheckSum: 000312AB
EntryPoint (rva): 1000
SizeOfHeaders: 200
SizeOfImage: 74000
ImageBase: 400000
Architecture: x86
ImportTable: 7288C
Characteristics: 10F
TimeDateStamp: 41FC91C5
Date: 30/01/2005 7:50:29
File Type: EXE
Number Of Sections: 2
ASLR: Disabled
Section Names: .text, .rsrc
Number Of Executable Sections: 2
Subsystem: Windows GUI
[Incomplete Binary or Compressor Packer - 276,00 KB Missing]

Sections Info
Section Name Flags ROffset RSize VOffset VSizeEntropyChi2
.text
0xE0000020
Code
Executable
Readable
Writeable
200 26000 1000 6A000
7.9985
336.36
.rsrc
0xE0000020
Code
Executable
Readable
Writeable
26200 8E00 6B000 9000
6.0367
656458.46
Entry Point
The section number (1) - (.text) have the Entry Point
Information -> EntryPoint (calculated) - 200
Code -> B8483B47005064FF35000000006489250000000033C089085045436F6D70616374320035115278A8CAF5F5B1B344A3C284B2
Assembler
|MOV EAX, 0X473B48
|PUSH EAX
|PUSH DWORD PTR FS:[0]
|MOV DWORD PTR FS:[0], ESP
|XOR EAX, EAX
|MOV DWORD PTR [EAX], ECX
|PUSH EAX
|INC EBP
|INC EBX
|OUTSD DX, DWORD PTR [ESI]
|INSD DWORD PTR ES:[EDI], DX
|JO 0X401080
|ARPL WORD PTR [EDX + ESI], SI
|XOR EAX, 0XA8785211
|RETF 0XF5F5
|MOV CL, 0XB3
|INC ESP
Signatures
Certificate - Digital Signature Not Found:
• The file is not signed

Packer/Compiler
Detect It Easy (die)
• PE: packer: PECompact(2.98.04)[-]
• PE: linker: Microsoft Linker(5.0)[-]
• Entropy: 7.8186

Suspicious Functions
Library Function Description
KERNEL32.DLL VirtualAlloc Reserve, commit, or both, a region of memory within the virtual address space of a process.
KERNEL32.DLL LoadLibraryA Loads the specified module into the address space of the calling process.
KERNEL32.DLL GetProcAddress Retrieves the address of an exported function or variable from the specified dynamic-link library (DLL).
File Access
OLEAUT32.dll
ole32.dll
oledlg.dll
COMCTL32.dll
SHELL32.dll
ADVAPI32.dll
comdlg32.dll
GDI32.dll
USER32.dll
WINMM.dll
kernel32.dll

Strings/Hex Code Found With The File Rules
Rule Type Encoding Matched (Word)
Entry Point Hex Pattern PECompact 2.0x Heuristic Mode - Jeremy Collake
Entry Point Hex Pattern PeCompact 2.53 DLL - BitSum Technologies
Entry Point Hex Pattern PECompact 2.x - Jeremy Collake
Entry Point Hex Pattern PECompact v2.0
Resources
Path DataRVA Size FileOffset CodeText
\ICON\1\1024 6B310 668 26510 2800000030000000600000000100040000000000000000000000000000000000000000000000000000000000000080000080(...0............................................
\ICON\2\1024 6B978 2E8 26B78 2800000020000000400000000100040000000000000000000000000000000000000000000000000000000000000080000080(... ...@.........................................
\ICON\3\1024 6BC60 1E8 26E60 2800000018000000300000000100040000000000000000000000000000000000000000000000000000000000000080000080(.......0.........................................
\ICON\4\1024 6BE48 128 27048 2800000010000000200000000100040000000000000000000000000000000000000000000000000000000000000080000080(....... .........................................
\ICON\5\1024 6BF70 EA8 27170 2800000030000000600000000100080000000000000000000000000000000000000000000000000000000000FFFFFF000000(...0............................................
\ICON\6\1024 6CE18 8A8 28018 2800000020000000400000000100080000000000000000000000000000000000000000000000000000000000FFFFFF000000(... ...@.........................................
\ICON\7\1024 6D6C0 6C8 288C0 2800000018000000300000000100080000000000000000000000000000000000000000000000000000000000FFFFFF000000(.......0.........................................
\ICON\8\1024 6DD88 568 28F88 2800000010000000200000000100080000000000000000000000000000000000000000000000000000000000FFFFFF000000(....... .........................................
\ICON\9\1024 6E2F0 25A8 294F0 2800000030000000600000000100200000000000000000000000000000000000000000000000000000000000000000000000(...0........ ...................................
\ICON\10\1024 70898 10A8 2BA98 2800000020000000400000000100200000000000000000000000000000000000000000000000000000000000FFFFFF0FFFFF(... ...@..... ...................................
\ICON\11\1024 71940 988 2CB40 2800000018000000300000000100200000000000000000000000000000000000000000000000000000000000FFFFFF5FFFFF(.......0..... ................................_..
\ICON\12\1024 722C8 468 2D4C8 28000000100000002000000001002000000000000000000000000000000000000000000000000000FFFFFF2FFFFFFFDFFFFF(....... ..... ............................/......
\RCDATA\A6F2D1FB\1024 63000 ED 62200 28000000100000002000000001002000000000000000000000000000000000000000000000000000FFFFFF2FFFFFFFDFFFFF(....... ..... ............................/......
\GROUP_ICON\101\1024 72730 AE 2D930 000001000C0030301000010004006806000001002020100001000400E802000002001818100001000400E801000003001010......00......h..... ............................
Intelligent String
• kernel32.dll
• WINMM.dll
• USER32.dll
• GDI32.dll
• comdlg32.dll
• WINSPOOL.DRV
• ADVAPI32.dll
• SHELL32.dll
• COMCTL32.dll
• oledlg.dll
• ole32.dll

Flow Anomalies
Offset FlowVA Section Description
28EA 1C110F5A .text JMP [static] | Indirect jump to absolute memory address
B9CA 65477F2C .text CALL [static] | Indirect call to absolute memory address
E1F4 47D2EDED .text JMP [static] | Indirect jump to absolute memory address
E584 47D2EDED .text CALL [static] | Indirect call to absolute memory address
165AC 47D2EDED .text JMP [static] | Indirect jump to absolute memory address
1CC6A 48014D19 .text CALL [static] | Indirect call to absolute memory address
1FBE9 3DDC95D .text JMP [static] | Indirect jump to absolute memory address
20158 5C95133C .text CALL [static] | Indirect call to absolute memory address
296AF 7FF9D30 .rsrc CALL [static] | Indirect call to absolute memory address
29783 15FFAF33 .rsrc CALL [static] | Indirect call to absolute memory address
29787 16FFAF34 .rsrc CALL [static] | Indirect call to absolute memory address
2979B 15FFB134 .rsrc CALL [static] | Indirect call to absolute memory address
2979F 15FFB034 .rsrc CALL [static] | Indirect call to absolute memory address
297A3 14FFB034 .rsrc CALL [static] | Indirect call to absolute memory address
29837 18FFBE37 .rsrc CALL [static] | Indirect call to absolute memory address
298EF 19FFCB39 .rsrc CALL [static] | Indirect call to absolute memory address
2990F 25FFCF47 .rsrc JMP [static] | Indirect jump to absolute memory address
29913 24FFCE47 .rsrc JMP [static] | Indirect jump to absolute memory address
299BB 28FFD749 .rsrc JMP [static] | Indirect jump to absolute memory address
29ABB 23FFE251 .rsrc JMP [static] | Indirect jump to absolute memory address
29CA3 1DFFDE3D .rsrc CALL [static] | Indirect call to absolute memory address
29E27 2DFFE04A .rsrc JMP [static] | Indirect jump to absolute memory address
2A00F 22FFEA59 .rsrc JMP [static] | Indirect jump to absolute memory address
2A123 32FFE04A .rsrc JMP [static] | Indirect jump to absolute memory address
2A33B 14FFDD44 .rsrc CALL [static] | Indirect call to absolute memory address
2A4C3 11FFC83C .rsrc CALL [static] | Indirect call to absolute memory address
2A647 DFFB536 .rsrc CALL [static] | Indirect call to absolute memory address
2A707 EFFB537 .rsrc CALL [static] | Indirect call to absolute memory address
2A877 25FFE04F .rsrc JMP [static] | Indirect jump to absolute memory address
2A87B 23FFDB4E .rsrc JMP [static] | Indirect jump to absolute memory address
2A93F 20FFD24A .rsrc JMP [static] | Indirect jump to absolute memory address
2A9D3 23FFE34F .rsrc JMP [static] | Indirect jump to absolute memory address
2AA93 24FFE24D .rsrc JMP [static] | Indirect jump to absolute memory address
2AB57 24FFE24C .rsrc JMP [static] | Indirect jump to absolute memory address
2B0C3 1CFFC345 .rsrc JMP [static] | Indirect jump to absolute memory address
2B3BF 1DFFCF47 .rsrc JMP [static] | Indirect jump to absolute memory address
2B3C7 BFFAE33 .rsrc CALL [static] | Indirect call to absolute memory address
2B603 EFFBE37 .rsrc CALL [static] | Indirect call to absolute memory address
2B74F 25FFE04B .rsrc JMP [static] | Indirect jump to absolute memory address
2B753 25FFE04A .rsrc JMP [static] | Indirect jump to absolute memory address
2B757 25FFE04A .rsrc JMP [static] | Indirect jump to absolute memory address
2B75B 25FFE04A .rsrc JMP [static] | Indirect jump to absolute memory address
2B75F 20FFE04A .rsrc JMP [static] | Indirect jump to absolute memory address
2BBFB 13FFB837 .rsrc CALL [static] | Indirect call to absolute memory address
2BC5F 25FFCE46 .rsrc JMP [static] | Indirect jump to absolute memory address
2BC63 24FFCE47 .rsrc JMP [static] | Indirect jump to absolute memory address
2BCFF 22FFDF50 .rsrc JMP [static] | Indirect jump to absolute memory address
2BD4F 2BFFDF4A .rsrc JMP [static] | Indirect jump to absolute memory address
2BF47 33FFE04A .rsrc JMP [static] | Indirect jump to absolute memory address
2BFC3 29FFDE3E .rsrc CALL [static] | Indirect call to absolute memory address
2C393 22FFE450 .rsrc JMP [static] | Indirect jump to absolute memory address
2C3AF 1DFFD34A .rsrc JMP [static] | Indirect jump to absolute memory address
2C637 1DFFD34A .rsrc CALL [static] | Indirect call to absolute memory address
2C8AF 18FFD047 .rsrc JMP [static] | Indirect jump to absolute memory address
2CC8F 1EFFD63C .rsrc CALL [static] | Indirect call to absolute memory address
2D023 21FFE451 .rsrc JMP [static] | Indirect jump to absolute memory address
2D093 28FFE34F .rsrc JMP [static] | Indirect jump to absolute memory address
2D3EF 1FFFE04A .rsrc JMP [static] | Indirect jump to absolute memory address
2D597 DFFE047 .rsrc CALL [static] | Indirect call to absolute memory address
2D723 1DFFDE4E .rsrc JMP [static] | Indirect jump to absolute memory address
26200-2EFFF 6B000 .rsrc Executable section anomaly, first bytes: 00000000C591FC41
Extra Analysis
Metric Value Percentage
Ascii Code 123183 63,9872%
Null Byte Code 8061 4,1873%
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