home

imtlu.dll

Mario M. Westphal

Publisher:
Mario M. Westphal  (signed and verified)

MD5:
a25e498fc90b8d54b284c216870552bc

SHA-1:
ce047cafb8f7137fdd36597acaacfe7dc84ad0b7

SHA-256:
f2f81040fe3dc6ff0762d99dc3959178328eb7af6317c80143e5fd43584af8a3

Scanner detections:
0 / 68

Status:
Clean (as of last analysis)

Analysis date:
11/24/2024 8:25:04 AM UTC  (today)

File size:
718.6 KB (735,896 bytes)

File type:
Dynamic link library (Win32 DLL)

Common path:
C:\Program Files\photools.com\imatch5\imtlu.dll

Digital Signature
Signed by:
Mario M. Westphal

Authority:
COMODO CA Limited

Valid from:
11/11/2015 1:00:00 AM

Valid to:
11/11/2017 12:59:59 AM

Subject:
CN=Mario M. Westphal, O=Mario M. Westphal, STREET=Albert-Franke-Str. 4A, L=Usingen, S=Hessen, PostalCode=61250, C=DE

Issuer:
CN=COMODO RSA Code Signing CA, O=COMODO CA Limited, L=Salford, S=Greater Manchester, C=GB

Serial number:
00CEBB801E5BD8628A05D81AA4C4C69C9C

File PE Metadata
Compilation timestamp:
1/3/2016 10:56:45 AM

OS version:
6.0

OS bitness:
Win32

Subsystem:
Windows Console

Linker version:
14.0

Entry address:
0x66784

Entry point:
55, 8B, EC, 83, 7D, 0C, 01, 75, 05, E8, AF, 05, 00, 00, FF, 75, 10, FF, 75, 0C, FF, 75, 08, E8, B1, FE, FF, FF, 83, C4, 0C, 5D, C2, 0C, 00, FF, 25, 64, 51, 07, 10, CC, CC, CC, 68, 0B, 68, 06, 10, 64, FF, 35, 00, 00, 00, 00, 8B, 44, 24, 10, 89, 6C, 24, 10, 8D, 6C, 24, 10, 2B, E0, 53, 56, 57, A1, 64, B5, 0A, 10, 31, 45, FC, 33, C5, 50, 89, 65, E8, FF, 75, F8, 8B, 45, FC, C7, 45, FC, FE, FF, FF, FF, 89, 45, F8, 8D, 45, F0, 64, A3, 00, 00, 00, 00, F2, C3, 8B, 4D, F0, 64, 89, 0D, 00, 00, 00, 00, 59, 5F, 5F, 5E...
 
[+]

Developed / compiled with:
Microsoft Visual C++

Code size:
461.5 KB (472,576 bytes)

Scan imtlu.dll - Powered by Reason Core Security
herdProtect is a second line of defense malware removal platform powered by 68 anti-malware engines in the cloud. Since no single anti-malware program is perfect 100% of the time, herdProtect utilizes a 'herd' of multiple engines to guarantee the widest coverage and the earliest possible detection.