Cybersecurity AI operating system command injection vulnerabilities

Cybersecurity AI is an open-source network security AI framework developed by Alias Robotics. Versions of Cybersecurity AI prior to 0.5.10 contain a vulnerability related to operating system command injection. This vulnerability stems from parameter injections in multiple function tools, which ma...

Cybersecurity AI 命令注入漏洞

Cybersecurity AI is an open source cybersecurity AI security framework from Alias Robotics. A command injection vulnerability exists in Cybersecurity AI version 0.5.9 and earlier, which stems from a command injection in the runsshcommandwithcredentials function that could lead to the execution of...

Critically Underrated: Studying the Data Distribution Service (DDS) Protocol

Researchers from Trend Micro Research, TXOne, ADLINK, Alias Robotics, and ZDI looked into the Data Distribution Service DDS standard and its implementations from a security angle. The full findings of this research will be presented in the S4X22 Conference in April 2022...

Defending the Supply Chain: Why the DDS Protocol is Critical in Industrial and Software Systems

In 2021, a team of researchers from Trend Micro Research, TXOne, ADLINK, Alias Robotics, and ZDI looked into the Data Distribution Service DDS standard and its implementations from a security angle. The full findings of this research will be presented in the S4X22 Conference in April 2022...

Meet Aztarna, a tool to find vulnerable Internet connected robots

By Waqas The company behind Aztarna is Alias Robotics, a cyber-security startup. Manufacturers and users of IoT robots should breathe a sigh of relief that the cyber-security startup Alias Robotics has developed a robot scanning tool that can track any robot connected to the internet and powered ...

Aztarna - A Footprinting Tool For Robots

This repository contains Alias Robotics' aztarna, a footprinting tool for robots. Alias Robotics supports original robot manufacturers assessing their security and improving their quality of software. By no means we encourage or promote the unauthorized tampering with running robotic systems. Thi...