Siemens S7-400 Series PLCs Targeted in Critical Infrastructure Attacks
All CPU variants of the S7-400 Series are vulnerable to AI-assisted exploitation. The advisory urges operators to apply patches and segment networks…
All CPU variants of the S7-400 Series are vulnerable to AI-assisted exploitation. The advisory urges operators to apply patches and segment networks…
Specific CPU variants (1211C, 1212C, 1214C, 1215C, 1217C) of the S7-1200 Series are targeted. These PLCs are often internet-exposed and vulnerable to…
All CPU variants of the S7-1500 Series, including F-series safety controllers, are at risk. AI-generated scripts can exploit vulnerabilities to disrupt industrial…
Threat actors use snap7.dll, an open-source library for S7 communication, to create scripts that mimic legitimate monitoring tools and gain unauthorized access…
python-snap7, a Python wrapper for snap7, is incorporated into custom scripts to interact with Siemens PLCs via the S7comm protocol, enabling read/write…
ZoomEye, a cyberspace mapping service, is used by threat actors to find poorly protected PLCs exposed to the internet. This aids in…
All CPU variants of the Siemens S7-200 Series PLCs are targeted by AI-generated exploit scripts. These devices are often exposed to the…
The S7-300 Series, including models 314, 315, and 317, are singled out in the advisory. Threat actors use AI to generate scripts…
The Siemens S7-300 PLC was one of the controllers switched to STOP mode by the attacker, contributing to the turbine shutdown at…
The Siemens S7-1200 PLC was also switched to STOP mode and password-protected by the attacker, affecting plant operations.