How to Protect Your Source Code Privacy

Protecting source code requires layered controls: access management, encryption, continuous monitoring, and supply chain oversight.

Protecting source code requires layered controls: access management, encryption, continuous monitoring, and supply chain oversight.

When GitHub is breached, attackers steal code, credentials, and supply chain access—with costs extending far beyond the repository.

Repository attacks compromise source code and credentials at scale—SSH, MFA, and access controls are now legally required.

Developers overlook the warning signs of account compromise—unauthorized logins, phantom commits, and suspicious token usage are your first clues to act.

API keys exposed in code, logs, or backups can grant attackers full system access within hours—here's how to prevent it.

A compromised SSO provider gives attackers potential access to every connected system. Here's how to respond.

Scammers create convincing login pages after breaches to steal credentials—these tell-tale signs help you spot them instantly.

Restrict OAuth app permissions to the minimum required, audit your connected apps every few months, and revoke access immediately to services you no longer use.

Securing your SSO master account with multi-factor authentication and monitoring is essential to prevent attackers from accessing dozens of connected services.

From cracked password hashes to stolen MFA seeds and decade-old security answers, here's the full inventory of what login breaches put in attackers' hands.