Product navigation
Developer-facing access should start with curated docs and continue into the broader repository viewer and proof surfaces.
Developer tooling fit should be obvious on the developer route
Developer portal
The developer surface should make PrivateDAO feel like a platform: RPC, API, SDK, templates, diagnostics, and proof-aware integration paths.
Start with the services route for shared or dedicated RPC, diagnostics, runtime evidence, and hosted API framing.
Open RPC pathDedicated RPC, shared RPC, DAO-specific RPC, and hosted read surfaces tied to diagnostics and runtime evidence.
Developer-facing API, SDK, CLI, and templates for integrating governance, payouts, and proof-aware reads.
Proposal templates for events, rewards, guild voting, and game economy changes.
Contributor, vendor, and subscription approvals routed through the same treasury and proof rails.
PrivateDAO platform architecture
PrivateDAO should read as governance infrastructure, not as a single DAO toy. These layers keep the product, infrastructure, gaming, payments, proof, and developer story aligned.
The live governance engine already runs the end-to-end DAO lifecycle with treasury execution inside the product shell.
PrivateDAO is also an infrastructure surface: hosted reads, diagnostics, metered RPC posture, and DAO-specific runtime visibility.
Gaming DAO turns reward, guild, clan, and tournament decisions into governance flows with proposal templates and treasury rails.
Payments extends the treasury model into contributors, vendors, subscriptions, and governed payout approvals.
ZK, REFHE, MagicBlock, Fast RPC, diagnostics, and trust packets are exposed as product rails rather than hidden implementation detail.
The platform also needs a developer-facing surface for SDK, API, templates, billing posture, quotas, and RPC access.
Find the problem, open the solution, verify the action
If the goal is unclear, begin at onboarding or the govern flow. That gives the shortest route to a real product flow, wallet action, proof surface, or learning path.
Proof center
Canonical Testnet create → vote → execute flow with public reviewer links.
Dedicated additive hardening proof for Governance V3 and Settlement V3.
PrivateDAO-specific matrix for what the ZK stack proves today, how it is verified, and what is still explicitly not claimed.
Deterministic scoring model for how ZK, REFHE, MagicBlock, and Fast RPC strengthen specific proposal patterns.
ZK, REFHE, MagicBlock, backend-indexed reads, and runtime evidence in one surface.
Reviewer and launch artifacts tied together with generated attestations.
Security rails
Layer-by-layer truth-aligned matrix for proofs, anchors, attestation, zk_enforced posture, and verifier boundaries.
Proposal-aware scoring model for privacy depth, enforcement depth, execution integrity, and reviewer confidence across ZK, REFHE, MagicBlock, and Fast RPC.
Token-supply quorum mode, policy snapshots, and reveal rebate vaults stay additive and versioned.
Payout caps, evidence aging, REFHE/MagicBlock requirements, and single-use settlement consumption semantics.
The app keeps launch states clear: live execution, external evidence, custody posture, and audit readiness are shown as separate proof surfaces.
Reviewer and trust links
The comprehensive product reel that explains everything PrivateDAO offers and why the project is reviewer-ready.
Fastest reviewer path into the live product, proof handoff, integration map, and recognition context.
Generated audit-facing packet that ties reviewer and launch evidence together.
Commercial and launch trust narrative with boundaries kept explicit.
Clear launch-state view for custody, audit, and runtime evidence before real-funds expansion.
Pitch-ready investor and reviewer presentation surface.
Dedicated additive hardening proof packet for Governance V3 and Settlement V3.
Why this matters
Reviewer confidence improves once the packet is structured and reproducible, but the launch boundary must remain explicit until every signer, transfer, and readout reference is complete.
The awards surface should not be vanity-only. It should route judges, buyers, and operators directly into proof packets, trust surfaces, and production-readiness context.
This Next.js surface keeps the same discipline as the current site: Testnet proof is shown as current operating proof, historical rehearsal evidence stays separated as archive material, and the remaining launch-critical work stays visible as the next readiness gate rather than hidden behind vague claims.