AI Coding Assistants Are Unpredictable. GitGuardian AI Hooks Give You Control
AI coding assistants are unpredictable by design. Learn how AI hooks add deterministic controls and how GitGuardian ggshield blocks secrets before agents can use them.
AI coding assistants are unpredictable by design. Learn how AI hooks add deterministic controls and how GitGuardian ggshield blocks secrets before agents can use them.
AWS Dogwood brings stateful authorization to AI agents. Learn how it fits with workload identity, AuthZEN, IAM, and the move away from long-lived credentials.
Worried about GitHub Copilot’s security and privacy concerns? Learn about potential risks and best practices to protect yourself and your organization while leveraging AI.
Cursor, Claude Code, and GitHub Copilot leave credentials scattered across config files, logs, and shell history that repository and CI scanners never see. Here's where that trail actually lives, and how to close it.
Docker Sandboxes isolate AI coding agents from the host. The GitGuardian Mixin Kit adds ggshield and AI hooks to scan prompts, tool actions, and outputs for secrets, giving developers a safer, repeatable path for agentic coding.
AI agents are only as autonomous as the credentials behind them. This article talks about the Cloud Security Alliance's autonomy framework, why an agent's intended boundaries rarely match its actual access, and how GitGuardian helps close that gap through detection, remediation, and prevention.
Leaked credentials now reach public sources faster than any security team can review them by hand. GitGuardian Public Secrets Monitoring runs agents over every public incident and returns a comprehensive verdict.
AI agent threat response starts before runtime. See why pre-runtime credential controls stop agent misuse that runtime detection can only observe.
ChainDrop hijacked 444 npm packages and 2B monthly downloads via a Claude Code hook. AI agents have collapsed the gap between credential theft and abuse
AI agent security is an identity problem, but it often starts as a secrets and credential problem. Do your AI agents operate using static API keys, tokens, and other reusable credentials? They might bypass traditional identity controls, creating a governance blind spot.
A leaked n8n API key is only the start. GitGuardian's research traces the full chain, from exposed tokens and weak keys to CVE-2026-25053 and the N8N_ENCRYPTION_KEY that protects every stored credential, then lays out a hardened configuration to break it.
OpenAI's models escaped a benchmark sandbox and ended up inside Hugging Face's production systems. The attack made history; the openings it used were reusable credentials and flat internal access, and those are fixable now.