Why AI SOC agents fail, and how Mate fixes it. Learn how the Security Context Graph adds context, memory, and reasoning to deliver accurate, consistent investigations.
An analysis of modern CI/CD supply chain attacks, revealing how AI-generated variants bypass IOC-based detection and scale mass exploitation.
A real-world walkthrough of an Axios supply chain attack, showing how Mate’s AI agents detected, investigated, and contained threats in a CI/CD environment before impact.
An introduction to the Security Context Graph, Mate’s data model that gives AI SOC agents real context, improving accuracy, consistency, and trust in investigations.
Mate Security is now available on AWS Marketplace, enabling faster procurement and deployment of its AI SOC platform while delivering measurable improvements in efficiency and response times.
Mate Security joins the 2026 CrowdStrike, AWS & NVIDIA accelerator to advance AI-powered SOC innovation and scale next-generation cloud security solutions.
A simulated React2Shell attack from a SOC perspective, revealing early weak signals, exploitation, and how RCE unfolds in real environments, plus detection and prevention insights.
18 highly popular npm packages were compromised with malicious code designed to intercept crypto and Web3 transactions. Here's how to check if you're impacted and what to do about it.
Human–AI collaboration is transforming every business function, creating hybrid workforces that innovate faster, make better decisions, and outperform traditional teams.
What SOCs can learn from elite soccer teams: coordination wins. Discover how better tool integration, shared context, and teamwork can reduce noise and improve security outcomes.
Why autonomous SOCs fail, and how to fix it. Learn why human-AI collaboration, not full automation, leads to better detection, smarter investigations, and stronger security outcomes.
Turn false positives into an advantage. Learn how antifragile SOCs use benign alerts, missed threats, and recurring incidents to continuously improve detection and stay ahead of evolving threats.
Detection tuning creates hidden blind spots. This piece explains how static exceptions weaken defenses and why dynamic context is essential for true security.
AI automation makes old security metrics obsolete. The real ROI comes from beating attacker speed, stopping kill chains, detecting novel threats, and reducing business risk.
AI isn’t replacing SOC analysts, it’s transforming them into “super analysts.” By automating repetitive tasks, AI enables teams to focus on high-impact investigations, strategy, and smarter threat response.
Software development is entering an AI-driven era, with automated workflows, faster cycles, and human-AI collaboration redefining how engineering teams build and ship products.
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