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GitHub Octoverse 2026: AI Agents, Citizen Developers, and the New Security Reality

GitHub Octoverse 2026: AI Agents, Citizen Developers, and the New Security Reality

GitHub’s Octoverse 2026 counted 34.3 billion commits, and over 40% of pull requests now start with an AI agent. Read to learn what the State of the Octoverse 2026 Report reveals about AI, citizen developers, and our new security reality.

Rotating 1,000 Service Account Passwords With Zero Outages: Why the Inventory Comes First

Rotating 1,000 Service Account Passwords With Zero Outages: Why the Inventory Comes First

Rotating 1,000+ service credentials across 150+ applications with zero outages took one lesson: rotation is the last step. Here’s the six-stage SCALER method, from inventory to rotation, and why a revert path made it safer.

OWASP Top 10 Kubernetes Security Risks Explained: Why Credentials Deserve a Closer Look

OWASP Top 10 Kubernetes Security Risks Explained: Why Credentials Deserve a Closer Look

GitGuardian researchers reached 44 active Kubernetes clusters through leaked secrets, and 30% had been exposed for more than two years. Here’s how the OWASP Kubernetes Top 10 explains these Kubernetes security risks, and why K03, Secrets Management Failures, turns one leak into a chain.

Responding to php2shell PHP Vulnerability When You Don’t Know What Secrets Are Deployed

Responding to php2shell PHP Vulnerability When You Don’t Know What Secrets Are Deployed

On Oct. 21, 2026, PHP fixed a vulnerability named php2shell by Calif. Pre-auth RCE under default configurations, confirmed on common CMS, webmail, e-commerce, file sharing, and database administration applications. A PHP server also stores and uses credentials, so this is a secret theft vector.

What Is Credential Layer Security? The Layer Every Other Control Trusts

What Is Credential Layer Security? The Layer Every Other Control Trusts

Developer laptops hold about 150 secrets each, and roughly 28% of secret incidents happen outside code repositories. Learn what credential layer security is and the six controls that protect every surface where credentials live

AI Agent Security: Six Controls From Nine Real Incidents

AI Agent Security: Six Controls From Nine Real Incidents

An AI agent runs with your credentials and acts before you can stop it. Nine incidents show what that costs. Six controls limit the damage: sandbox the agent, scope its credentials, lock its configuration, log every call, scan the workspace first, and deny by default.

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