Explains why Zero Trust must start at the session layer, via NHP, to hide endpoints and reduce AI-driven attack surfaces.

AI agents expand the attack surface at machine speed. This article covers the Replit incident, consent fatigue, and runtime policy-based authorization.

Explore how AI accelerates token sprawl, why legacy IAM struggles, and practical steps to shrink non-human identity risk.

Explains how CSA STAR guides cloud-first organizations to manage identity risk, govern access, and continuously assure cloud ...

Explores LPCI, a new security vulnerability in agentic AI, its lifecycle, attack methods, and proposed defenses.

An IEEE standard for local and metropolitan area networks–Port-Based Network Access Control. IEEE 802 LANs are deployed in networks that convey or provide access to critical data, that support mission ...

The CCSK certificate is highly regarded as the benchmark for cloud security expertise. It provides a comprehensive and unbiased understanding of how to effectively secure data in the cloud. Earning ...

Explains why traditional IGA fails for non-human identities and outlines continuous, context-driven governance for AI agents ...

Retrieval augmented generation (RAG) is an effective technique used by AI engineers to develop large language model (LLM) powered applications. However, the lack of security controls in RAG-based LLM ...

This study and report provides practical, data-driven evidence that AI can significantly enhance SOC analyst performance. AI tools can reduce alert fatigue, improve investigative rigor, and deliver ...