The security intelligence platform for AI teams
AI security threats move fast and get buried under hype and noise. Built by an Information Systems Security researcher to help security teams and developers stay ahead of vulnerabilities, privacy incidents, safety research, and policy developments.
Independent research. No sponsors, no paywalls, no conflicts of interest.
AI Coding Agents Vulnerable to DNS-Based Malware Injection: Researchers demonstrated that AI coding assistants can be manipulated through a social engineering chain where benign setup instructions trigger errors, prompting the AI to execute a suggested fix command that covertly retrieves and runs malicious code from attacker-controlled DNS records (the system that translates domain names to IP addresses). The attack is particularly insidious because the malicious payload never appears in the repository itself, evading traditional code review.
OpenAI Releases GPT-5.6 Sol With Enhanced Cybersecurity Controls: OpenAI launched a limited preview of GPT-5.6 Sol, its most capable model optimized for vulnerability research and patch development, featuring reinforced defenses against jailbreaks (techniques to circumvent safety restrictions) and guardrails to prevent offensive cyber operations. The company acknowledges the model may over-block legitimate security research requests during preview due to the dual-use nature of advanced cybersecurity capabilities.
This post introduces the machine learning pipeline, which consists of sequential steps from collecting training images, pre-processing data, defining and training a model, evaluating performance, and finally deploying it to production as an API (application programming interface, a way for software to communicate). The author uses a "Husky AI" example application that identifies whether uploaded images contain huskies, and explains that understanding this pipeline's components is important for identifying potential security attacks on machine learning systems.