DO NOT open a public issue for security vulnerabilities.

1. Email: security@oblibeny.org (GPG key available at https://oblibeny.org/.well-known/security.txt)
2. Response Time: 48 hours for acknowledgment, 7 days for initial assessment
3. Disclosure Timeline: 90 days coordinated disclosure (negotiable)

• Description of the vulnerability
• Steps to reproduce
• Affected versions
• Potential impact
• Suggested mitigation (if any)

• Rust parser (memory-safe, type-safe)
• Elixir/OTP coordinator (fault-tolerant)
• Lean 4 proofs (formally verified)
• ArangoDB (industry-standard database)

• Network: BOINC protocol (HTTP/HTTPS)
• Database: ArangoDB queries (parameterized, no SQL injection)
• File I/O: Configuration files (validated inputs)
• Volunteer code: Sandboxed execution (resource bounds enforced)

• BOINC volunteers can submit malicious results (mitigated by 2/3 quorum)
• ArangoDB requires authentication (default passwords must be changed)
• Coordinator trusts database (database compromise = full compromise)

All user inputs are validated at multiple levels:

1. Type system (Rust/Elixir compile-time)
2. Runtime validation (bounds checking, capability enforcement)
3. Database constraints (schema validation)

• Rust: cargo audit in CI/CD
• Elixir: mix audit for hex dependencies
• Nix: Reproducible builds with content addressing

• Never commit secrets to repository
• Use environment variables for production credentials
• Rotate credentials regularly
• Use .env files (gitignored) for local development

• Quorum consensus (2/3 agreement required)
• Volunteer reliability scoring
• Result validation before acceptance
• Resource limits enforced (time, memory, network)

Lean 4 proofs ensure:

1. Phase separation soundness (no unsafe code in deployment)
2. Termination guarantees (all deploy code halts)
3. Resource bounds (never exceed budgets)
4. Memory safety (no buffer overflows)

• Memory safety (Rust ownership)
• Type safety (strong static typing)
• Input validation
• Dependency auditing
• Secrets excluded from repo

• Penetration testing
• Fuzzing (cargo-fuzz, proptest)
• Static analysis (clippy with security lints)
• SBOM generation
• Cryptographic signing of releases

• Formal security proofs in Lean
• Hardware security module integration
• Encrypted database at rest
• Zero-knowledge proofs for volunteer privacy
• Capability-based security throughout

1. Detection: Automated monitoring + manual reports
2. Triage: Assess severity (Critical/High/Medium/Low)
3. Containment: Isolate affected systems
4. Remediation: Patch and deploy fix
5. Communication: Notify users (within 48 hours for Critical)
6. Post-mortem: Document lessons learned

Critical: Remote code execution, data breach, complete system compromise

• Response: Immediate (< 4 hours)
• Disclosure: After patch deployed

High: Privilege escalation, denial of service, partial data exposure

• Response: < 24 hours
• Disclosure: 7 days after patch

Medium: Information disclosure, authenticated attacks

• Response: < 7 days
• Disclosure: 30 days after patch

Low: Minor information leaks, theoretical attacks

• Response: < 30 days
• Disclosure: 90 days after patch

• RSR Framework: Bronze level minimum
• OWASP Top 10: Addressed in design
• CWE/SANS Top 25: Mitigated via Rust/Elixir safety
• RFC 9116: security.txt implemented

• Internal: Quarterly security review
• External: Annual third-party audit (when budget allows)
• Community: Bug bounty program (planned)

• General: security@oblibeny.org
• GPG Key: See .well-known/security.txt
• PGP Fingerprint: (To be generated)

Security researchers who responsibly disclose vulnerabilities will be credited here (with permission).

Last updated: 2024-11-22 RSR Compliance: Bronze (Security category)