“Black October” for AI Developer Platforms
A series of agentic attacks on AI Developer Platforms has been leading to LLMJacking at scale.
A series of agentic attacks on AI Developer Platforms has been leading to LLMJacking at scale.
AI agents are changing how attackers operate. Explore real-world cases of agentic attacks, learn how to identify their fingerprints, and discover what they mean for the future of cybersecurity.
Wiz research has been monitoring PHP2Shell exploitation attempts, but none have succeeded so far. We examine the techniques used, what prevented the attacks from completing and how observed exposure has changed since disclosure.
GitHub's 2026 Actions changes make pull_request_target attacks harder, but not impossible. Here's the residual attack surface and how to audit for it.
An automated campaign is planting secret-dumping workflows in every repository that stolen GitHub tokens can reach. It uses no C2 server, is actively evolving, and has been significantly disrupted by recent GitHub security improvements.
Detect and mitigate CVE-2026-111497, a critical Brotli decoder vulnerability enables remote code execution.
Wiz Research is tracking an ARTEX-using actor, overlapping with Storm-0940, across multiple targeted software vendors. Learn how the AI agent attacks Okta, Entra, and Cognito, and what it left behind in the logs.
Core PHP engine flaws enable remote code execution and Heartbleed-style memory disclosure across the web.
In a new incident, a malicious version (1.107.0) of the LiteLLM package was uploaded to PyPI and Docker on October 21. The malicious version includes a credential stealer targeting browser, cloud and AI secrets as well as a dormant C2 capability.
How a single Google Search ad click leads to credential theft, hijacking of cloud billing account, and hundreds of thousands of dollars incurred in unauthorized AI API usage
Wiz CIRT responded to AI-driven attacks spanning cloud, Kubernetes, CI/CD, and identity. Learn how these attacks behave and how to detect them.
Wiz Research analyzes NordStellar data to map the credentials targeted by infostealer families and assess their potential impact across cloud, code, and AI environments.