PrivateDAO Developer Tooling Proposal

Project Summary

PrivateDAO is a Solana governance and treasury system that combines commit-reveal voting, treasury execution safeguards, confidential payroll and bonus operations, proposal-bound proof anchoring, MagicBlock and REFHE payout gates, and reviewer-visible operational evidence into one reusable governance stack.

The core problem it addresses is not only private voting. It is the lack of production-grade tooling for teams that want private governance without losing operational clarity, treasury safety, or auditability.

PrivateDAO turns that problem into a developer tooling surface by providing:

• an on-chain governance program with explicit lifecycle enforcement
• a wallet-connected operating surface for DAO creation, treasury funding, proposal creation, commit, reveal, finalize, execute, and confidential payout orchestration
• a cryptographic companion layer for proposal-bound proof generation, on-chain proof anchoring, and stronger `zk_enforced` runtime surfaces
• a review and operations layer with reproducible Devnet evidence, runtime diagnostics, MagicBlock runtime capture intake, stress harnesses, and generated attestations

Problem Statement

Most governance tooling on Solana focuses on public tally visibility and standard execution controls. That works for many use cases, but it breaks down when a community or treasury needs:

• private preference formation before the reveal phase
• resistance to whale pressure and visible treasury signaling
• verifiable lifecycle correctness
• replay resistance
• evidence that can be reviewed by external stakeholders without trusting prose alone

The ecosystem is missing a reusable developer tooling stack that helps teams build and operate this kind of governance flow with strong operational evidence instead of ad hoc scripts.

What PrivateDAO Contributes As Developer Tooling

PrivateDAO should be evaluated not only as an application, but as governance developer tooling with four layers:

1. Protocol Tooling

• Anchor-based governance program
• proposal lifecycle enforcement
• commit-reveal voting
• veto and cancel authority paths
• timelocked treasury execution
• token-gated proposal creation
• delegation support

2. Cryptographic Tooling

• canonical commitment scheme
• Groth16 companion proof stack for vote, delegation, and tally reasoning
• proposal-bound proof registries
• on-chain proof anchoring for the canonical Devnet path
• machine-readable cryptographic manifests and attestations

3. Runtime And Operational Tooling

• wallet diagnostics
• runtime attestation
• real-device runtime intake package
• release ceremony and release drill evidence
• mainnet go-live checklist
• authority hardening surface

4. Reviewer And Ecosystem Tooling

• generated audit packet
• submission registry
• operational evidence package
• Devnet canary
• 50-wallet stress harness
• multi-proposal and race-condition harnesses
• resilience testing for RPC degradation and stale blockhash recovery

Current State

PrivateDAO already includes:

• a live Devnet deployment
• a live web interface
• a backend read node and pooled RPC read path
• a Devnet governance token surface
• on-chain proposal lifecycle execution
• confidential payroll and bonus flows with MagicBlock and REFHE operator paths
• proof registries and explorer-visible transaction evidence
• generated readiness, runtime, and release artifacts
• adversarial and stress-testing harnesses

This means the project is already beyond a protocol sketch. It is a working developer tooling environment for private governance on Solana.

Why This Matters For The Solana Ecosystem

Solana needs more than consumer apps and general-purpose infrastructure. It also needs reusable, production-minded tooling for specialized governance use cases.

PrivateDAO contributes value in that direction because it helps teams:

• build governance flows with hidden vote intent before reveal
• operate DAO workflows with clearer lifecycle safety
• produce reviewer-visible operational evidence
• reason about deployment readiness with explicit go/no-go artifacts
• integrate governance tokens into proposal creation and participation flows

This is especially relevant for:

• treasury committees
• community funds
• grant programs
• creator collectives
• game or guild governance
• small teams that need stronger internal decision privacy

Proposed Work

Funding would be used to complete the next maturity steps of the tooling stack:

Mainnet Infrastructure Hardening

• finalize authority hardening and multisig-oriented production guidance
• improve release and cutover discipline
• strengthen RPC and monitoring guidance
• complete remaining runtime and operational evidence surfaces

Prover And ZK Tooling Maturity

• improve proof orchestration surfaces
• refine the proposal-bound proof workflow
• make the ZK boundary clearer and easier to integrate for downstream teams

Runtime Compatibility Expansion

• add real-device runtime captures across supported wallets
• improve wallet-side operational guidance
• reduce signer friction inside the governance lifecycle

Tooling Packaging

• keep the repository readable for operators, reviewers, and downstream builders
• preserve generated proof, readiness, and release surfaces as first-class artifacts
• improve reuse of scripts, review bundles, and diagnostics

Deliverables

The deliverables from the next funding-backed phase are:

• hardened mainnet go-live and authority documentation
• expanded runtime evidence with real-device captures
• stronger proof-path and prover-oriented tooling surfaces
• clearer operator documentation for production custody and incident handling
• continued Devnet evidence and reviewer-facing artifact generation

Technical Architecture

At a high level, PrivateDAO is organized as:

• on-chain protocol in `programs/private-dao/src/lib.rs`
• shared SDK utilities in `sdk/`
• wallet-connected frontend in `docs/index.html`
• operator and verification scripts in `scripts/`
• generated reviewer artifacts in `docs/`

The architecture intentionally treats code, proof surfaces, runtime evidence, and release evidence as one integrated system rather than separate documentation islands.

Why Funding Helps

The next gaps before full production maturity are no longer about basic implementation. They are about finishing the operational and proof tooling layers with enough rigor to support real-world cutover decisions.

Funding helps accelerate:

• external audit readiness
• production authority hardening
• runtime wallet validation
• proof-path maturity
• long-term packaging of PrivateDAO as reusable Solana governance tooling

Links

• Repository: `https://github.com/X-PACT/PrivateDAO`
• Live App: `https://x-pact.github.io/PrivateDAO/`
• Live Proof: `docs/live-proof.md`
• Live Proof V3: `docs/test-wallet-live-proof-v3.generated.md`
• Security Review: `docs/security-review.md`
• ZK Layer: `docs/zk-layer.md`
• Mainnet Go-Live Checklist: `docs/mainnet-go-live-checklist.md`
• Authority Hardening: `docs/authority-hardening.md`

Short Submission Blurb

PrivateDAO is a Solana governance tooling stack for teams that need private voting without losing execution safety. It combines commit-reveal governance, treasury protections, proposal-bound proof anchoring, wallet-connected operations, Devnet stress harnesses, and reviewer-visible release evidence into one reusable system. The project is already live on Devnet and is structured to mature from a governance application into production-grade Solana developer tooling.