Engineering Trust
Technical, staged transparency for a Solana-based utility product. Focus on mechanism clarity first; increase trust signals at Final Release.
Why Transparency
We operate a utility-first product on Solana. Trust is engineered by shipping a verifiable system and progressively adding stronger assurances rather than front-loading identity exposure.
Two-Phase Model
Phase 1 - Beta (Soft Trust)
- Ship a live beta with stable data-plane and documented mechanisms.
- Selective code transparency (preview repos or audited snippets where relevant).
- Public roadmap; technical docs reflect real implementation state.
- Optional operational safeguards (e.g., multisig treasury) if scope requires.
Phase 2 - Final (Hard Trust)
- Independent smart-contract audit report (e.g., Sec3 / OtterSec / Cyfrin) published in Docs.
- Optional third-party team verification (KYC) via a reputable provider.
- Partial role-level team reveal as needed (security-conscious, minimal PII).
- Security commitments documented in whitepaper/Docs with versioned change log.
Commitments
- Architecture optimized for safety and scale (SSE broker, deduplication, edge cache).
- Progressive disclosure tied to release gates; no premature overexposure.
- Clear incident and change management (Docs changelog; versioned endpoints).
Scope note: This page focuses on transparency and trust signals. It does not imply token-locking or permanent doxxing at Beta.