Thanks for your interest in contributing to the Trust Transfer Protocol (TTP).
TTP is security-critical infrastructure. We optimize for clarity, correctness, and interoperability over speed.
You can contribute from different roles in the trust network:
Focus areas:
- aggregation correctness and determinism
- key management and signing flows
- admin/operator workflows (registration, quarantine, block, provisioning)
- scalability, persistence, and reliability hardening
Focus areas:
- issuer adapters (API gateways, runtime monitors, network telemetry)
- receipt quality and event taxonomy
- signature integrity and replay resistance
- independent issuer deployment patterns
Focus areas:
- middleware and policy adapters
- low-latency token verification
- fallback behavior by risk tier
- action-level enforcement patterns
Focus areas:
- token lifecycle UX (cache, refresh, expiry handling)
- framework integrations (agent runtimes, orchestration platforms)
- typed SDK ergonomics and docs
- secure defaults for application developers
Focus areas:
- threat modeling and adversarial scenarios
- fuzzing and malformed input handling
- signature validation hardening
- trust-manipulation and collusion resilience
Focus areas:
- quickstarts and tutorials
- operator runbooks
- architecture diagrams and reference deployments
- migration and interoperability guides
- Fork the repository.
- Create a focused branch.
- Make atomic changes.
- Run relevant checks/tests.
- Open a PR with:
- context/problem statement
- rationale and tradeoffs
- test/validation notes
- Minimal core: avoid unnecessary abstraction and scope creep.
- Interoperability first: multiple independent implementations must remain possible.
- Security over convenience: assume adversarial environments.
- Stateless preference: verification should not require persistent trust state.
- Deterministic behavior: trust decisions should be explainable and reproducible.
For protocol-level changes:
- Open an issue labeled
rfc. - Propose:
- problem statement
- proposed change
- alternatives considered
- compatibility impact
- Discuss with maintainers/community.
- Merge only after consensus.
PRs should:
- be scoped and atomic
- include tests when applicable
- avoid unrelated refactors
- document behavioral or API changes
- Explicit > implicit
- Readability > cleverness
- Secure defaults
- Clear error handling
- Backward compatibility awareness
Look for issues labeled:
good first issuedocumentationsdkexamples
These are intentionally scoped for faster onboarding.
Do not open public issues for vulnerabilities.
Report privately to maintainers with:
- reproduction steps
- impact assessment
- mitigation ideas (if available)
We will coordinate responsible disclosure.
Be constructive. Challenge ideas, not people. Bias toward collaboration.
We are building infrastructure others will depend on.