home

lise++_9_9_4_nscl.exe

LISE++

This is a setup and installation application. The file has been seen being downloaded from lise.nscl.msu.edu.
Publisher:
LISE++

Product:
LISE++

Description:
LISE++ Installation

Version:
9.9.4

MD5:
caf7f7e1907530ed3fb186569bbf1b67

SHA-1:
2d2b5f9e6b60f7a4aa79ee6fe43bc0f4524e594e

SHA-256:
c4382f4661b909a289ec36a6b76a3034e302c817f6c975dfdae4de25cfc4a24f

Scanner detections:
0 / 68

Status:
Clean (as of last analysis)

Analysis date:
12/27/2024 7:21:53 PM UTC  (today)

File size:
13.3 MB (13,959,148 bytes)

Product version:
9.9.4

Copyright:
Copyright © NSCL / Michigan State University

File type:
Executable application (Win32 EXE)

Language:
English (United States)

Common path:
C:\users\{user}\downloads\lise++_9_9_4_nscl.exe

File PE Metadata
Compilation timestamp:
6/19/1992 11:22:17 PM

OS version:
4.0

OS bitness:
Win32

Subsystem:
Windows GUI

Linker version:
2.25

CTPH (ssdeep):
393216:g+wylMSeDQZ0e/oi+nCEyeZVDdU1cCM5Onw:SigQZ0iNgCEZrUeCOOw

Entry address:
0x89B7C

Entry point:
55, 8B, EC, 83, C4, F0, B8, 34, 99, 48, 00, E8, 28, CD, F7, FF, A1, 54, BC, 48, 00, 8B, 00, E8, 7C, 21, FE, FF, A1, 54, BC, 48, 00, 8B, 00, BA, DC, 9B, 48, 00, E8, 63, 1D, FE, FF, 8B, 0D, 74, BD, 48, 00, A1, 54, BC, 48, 00, 8B, 00, 8B, 15, F4, 20, 47, 00, E8, 6B, 21, FE, FF, A1, 54, BC, 48, 00, 8B, 00, E8, DF, 21, FE, FF, E8, DE, AA, F7, FF, 00, 00, FF, FF, FF, FF, 05, 00, 00, 00, 53, 65, 74, 75, 70, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00...
 
[+]

Entropy:
7.9865

Developed / compiled with:
Microsoft Visual C++

Code size:
547 KB (560,128 bytes)

The file lise++_9_9_4_nscl.exe has been seen being distributed by the following URL.

http://lise.nscl.msu.edu/.../LISE _9_9_4_NSCL.exe

Scan lise++_9_9_4_nscl.exe - 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.