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🔐 GitMe Security & Zero Trust Architecture

GitMe is designed around a Zero Trust security model for organizations that need strict control over repository access, source code privacy, and AI-assisted analysis.

Zero Trust by Design​

GitMe follows a simple principle: trust nothing by default.

  • All access is explicitly verified before any action is allowed.
  • Permissions are minimal and purpose-bound to reduce risk.
  • Activity is continuously monitored to support security operations and accountability.
  • Customer control remains central across integrations and data handling.

Secure Git Provider Integrations​

GitMe uses provider-managed authorization flows such as GitHub Apps and OAuth so customers keep control in their Git provider.

  • Provider-managed authorization: Access is granted and governed through your Git provider controls.
  • Read-only access model: GitMe analyzes repository data and cannot push commits or modify repository content.
  • Revocable at any time: Customers can remove access instantly from provider settings.
  • Scope-based control: Organizations can limit which repositories are available for analysis.

Data Minimization & Protection​

GitMe is built to process only what is required to generate insights.

  • Sensitive data masking: API keys, tokens, passwords, and other credentials inside code diffs are automatically detected and anonymized before analysis.
  • Minimal required data access: Binary or excluded files are skipped to reduce unnecessary processing and limit sensitive exposure.
  • Anonymized outputs: Insight generation focuses on metadata and anonymized analytical signals.
  • Limited retention: Only the operational metadata needed for product functionality, reliability, and auditing is retained.

No Persistent Repository Storage​

GitMe does not treat customer repositories as stored datasets.

  • No full repository storage: GitMe does not store full repositories as long-term data.
  • No repository caching as a dataset: Repository content is not retained as a persistent cache.
  • Temporary analysis model: GitMe accesses repository data only as needed for analysis and does not store repositories as long-term datasets.
  • Metadata-only retention: Only analytical metadata required for platform operation is retained.

AI Processing Safety​

GitMe applies AI in a controlled, security-aware manner.

  • Segmented analysis: AI processing is performed on relevant change segments needed for analysis.
  • No training on customer code: Customer code is not used to train AI models.
  • Tenant isolation: Analysis contexts are isolated between customers.
  • Privacy-preserving outputs: Results are designed to surface insights without exposing unnecessary source details.

Authentication & Access Security​

  • Cloudflare Turnstile verification: Each login and password reset request is protected by Cloudflare’s bot-defense layer.
  • Token-based sessions: Authentication uses short-lived, signed JSON Web Tokens (JWT) for secure, time-bound access.
  • Strong password hashing: Passwords are stored using industry-standard bcrypt hashing.
  • Brute-force protection and login audit logs: Accounts are temporarily locked after repeated failed login attempts, and successful authentications are logged for traceability.

Infrastructure Reliability​

  • Enterprise-grade hosting: GitMe runs on Amazon Web Services (AWS EC2), providing globally recognized, secure cloud infrastructure.
  • Verified deployments: Deployments are automated and cryptographically verified so only authorized updates reach production.
  • Self-healing services: Core services automatically restart and recover after system restarts to preserve uptime and continuity.

Backup & Disaster Recovery​

  • Daily encrypted backups: Automated backups run every day with encryption and time-stamped recovery points.
  • Retention rotation: Older backups are rotated to maintain continuity and storage efficiency.
  • Resilient recovery posture: These controls support dependable restoration during infrastructure or network incidents.

Network & Request Security​

  • Strict CORS policies: API requests are restricted to GitMe-approved domains.
  • Cloudflare edge protection: Incoming traffic is filtered through Cloudflare to block malicious and automated requests.
  • Comprehensive request logging: Requests are logged for traceability, anomaly detection, and incident response.

Transparency & Auditability​

  • Centralized observability: GitMe maintains unified logs for critical operations.
  • Continuous monitoring: Operational visibility supports rapid detection, investigation, and remediation.
  • Security accountability: Logged events provide evidence for ongoing governance and review.

Customer Control​

Security ownership stays with the customer.

  • Revoke access anytime: Remove GitMe authorization directly from your Git provider.
  • Disconnect integrations instantly: Disable repository connectivity when needed.
  • Limit repository scope: Grant access only to the repositories required by your teams.

✅ Summary for Security Teams​

GitMe combines Zero Trust principles with practical enterprise safeguards: provider-managed authorization, read-only repository access, minimal data processing, no persistent repository storage, strong authentication controls, and continuous monitoring. Your teams keep control while GitMe delivers secure analytical insights.