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Incident Analysis

September 12, 2026

OpenAI AI Agents Attacked RubyGems. The Real Story Wasn’t a Zero-Day.

How OpenAI agents turned a legitimate capability in a Ruby documentation tool into remote code execution — and what it says about the next generation of attacks.

OpenAI AI Agents Attacked RubyGems. The Real Story Wasn’t a Zero-Day.

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The Best Static Code Analysis Tools in 2026

Compare the top static code analysis tools in 2026, including SonarQube, Checkmarx, Semgrep, Snyk Code, and more. Learn what SAST finds and what it misses.

SBOM Tools in 2026: Open Source, Enterprise and Runtime Options Compared

Compare open source SBOM tools like Syft, Grype, and Trivy alongside enterprise platforms. Learn how to choose the right tool for your stack.

What Is Malicious Code? Types, Entry Points and Runtime Prevention

Malicious code is any program written to damage, steal, disrupt, or hijack execution. Learn how it enters applications and how runtime prevention stops it.

The Hugging Face Incident, Through the Application Runtime Lens

Incident Analysis

See how an OpenAI agent used HDF5 and Jinja2 to breach Hugging Face—and why runtime security must look beyond known CVEs to library capabilities.

Application Security Vulnerabilities Explained: Types and How to Stop Them

Application security vulnerabilities range from injection to zero-day exploits. Learn the key types and how runtime prevention stops them.

Types of Web Application Attacks: 10 Common Threats and How They Work

Learn the 10 most common web application attacks, how each one works, and how runtime application security helps stop exploitation at execution.

What Is MTTR in Cybersecurity? How Runtime Security Reduces Risk Faster

MTTR measures how quickly security teams respond to and remediate threats. Learn the formula and how runtime application security reduces time to context, containment, and risk reduction.

OWASP Changed. The Application Security Stack Needs to Catch Up.

OWASP changed because software changed. Learn why CISOs need runtime trust to understand open-source components, supply chain risk, AI-driven exploitation, and what actually executes in production.

You patched Log4J. AI is working on the next and here's why patching alone won't be enough.

Step-by-step guide to patching Log4Shell (CVE-2021-44228), why initial fixes were incomplete, and how runtime prevention protects live patching windows.