PrivateDAO also needs to show what it can deliver: API rails, operator support, pilot onboarding, trust packaging, and pricing language that stays technically grounded.
This services route explains hosted reads, privacy policies, payout corridors, and the integration starter needed to plug the product into real organizations.
This route works best when pricing, billing rehearsal, treasury routing, trust packets, and hosted-read packaging are kept together instead of being split across static documents.
We think that is broken. PrivateDAO enables organizations to operate privately while remaining cryptographically verifiable on Solana. Each layer below has a live route, a proof route, and when available a one-click API exercise.
Confidential decisions for Solana-native organizations.
Create or review DAO state, prepare proposals, commit/reveal private votes, inspect PDAO context, then verify the Testnet action.
Private budget and execution coordination before funds move.
Review treasury risk, preview Jupiter routing, keep encrypted payment metadata bounded, and route approved actions to proof.
Confidential payouts from organizations to contributors, operators, and task executors.
Generate a private settlement intent, preserve a receipt reference, and route the visitor to the matching proof lane.
Payroll integrity without exposing every contributor detail.
Use REFHE payroll proof, encrypted manifests, stablecoin payout context, and proof continuity for auditor-safe payroll review.
Decision support before governance or treasury authorization.
Summarize proposals, score risk, inspect wallet and treasury context, and detect abnormal governance or payment posture before signing.
Execution lineage for intent -> approval -> execution -> outcome.
Forward an approved operational event to the agent/growth rail while keeping the approval and outcome tied to verifiable receipts.
Commercial packaging stays grounded only when it reflects the live wallet-first cycle: connect, review, sign, and verify with the same Testnet evidence and proof continuity.
PrivateDAO is organized as an operating path: intelligence reviews the action, privacy rails prepare the protected packet, the user signs from the wallet, and proof routes expose the receipt or blockchain evidence. The normal user should not need code or a terminal; the interface carries governance, treasury, private intent, encrypted claims, wallet-first signing, and verification as one browser flow.
Move from governance token intent to treasury policy, private intent, wallet approval, and Anchor 1.0.1 proof.
Review wallet, proposal, RPC, provider context, and QVAC local-first risk before signing.
Run local-first sensitive decision intelligence before any treasury or governance signature.
Generate a visitor-repeatable encrypted claim and prepare a Solana Testnet memo.
Open REFHE receipts, Ika Solana final approval, and custody preparation.
Run wallet-first payroll, settlement, treasury, or reward operations.
Billing rehearsal, treasury intake, encrypted operations, and hosted read services share one operational spine instead of becoming disconnected product cards.
Solflare, Phantom, Glow, Backpack, and Wallet Standard-compatible wallets enter through the same provider.
Use Intelligence, network health, and policy context to understand risk, privacy posture, and execution quality before any wallet approval appears.
The signer still lands on program EP9x...cuva and governance mint DFYv...7Bie while the product keeps the approval flow readable.
Explorer hashes, runtime logs, custody status, and reviewer packets remain one click away after each action.
This is the buyer-readable architecture: hosted reads and decision support lead into Encrypt/IKA, confidential payments, execution, and proof without scattering the service story.
Wallet history, stablecoin movement, counterparty posture, and read-node health are checked before a signer approves risk.
QVAC and deterministic analysis compress proposal, treasury, gaming, and RPC context into a clear pre-sign decision.
Sensitive payroll, vendor, and treasury intent becomes an encrypted manifest, commitment, custody route, or proof packet.
The connected wallet remains the execution boundary for Testnet governance, settlement rehearsal, and treasury motions.
Receipts, runtime logs, documents, and Solana explorer evidence keep the result inspectable without exposing private payloads.
This console makes every privacy and encryption lane end-to-end testable from the browser. The visitor selects the rail, encrypts the claim locally, signs a Solana Testnet commitment transaction, then verifies the signature on-chain. Stronger rails still keep their native REFHE, MagicBlock, Ika, Umbra, Jupiter, and Torque proof paths beside this universal claim layer.
Repeatable means every visitor can run a fresh live attempt. Each click creates a new AES-GCM encrypted claim packet and a new wallet-signed Testnet commitment from that visitor wallet, not a replay of an old project signature.
Commit/reveal governance with ZK companion proof path.
Serve governance state, runtime evidence, and diagnostics through a cleaner operational API layer.
Week-by-week rollout with trust packet, SLA framing, and buyer-friendly onboarding.
Add encrypted payout boundaries, V3 hardening, and reviewer-ready execution evidence.
Week-by-week rollout packet for teams that want guided adoption rather than a raw protocol integration.
Operational framing for hosted reads, response expectations, and trust boundaries.
Commercial packaging for API, ops, and confidential governance support without hiding the technical stack.
A buyer-readable path into proof packets, runtime evidence, and launch readiness boundaries.
Solana is already fast, liquid, and developer-rich. PrivateDAO adds the product layer teams still need for sensitive coordination: private governance, confidential payroll, encrypted payouts, reward programs, buyer-readable automation, and proof that a normal reviewer can inspect in minutes.
Important decisions leak strategy when every draft, vote, and treasury path is public too early.
Private proposal intake, commit/reveal voting, reviewer-readable execution state, and proof-linked governance history.
Wallet signs the action, Testnet records the lifecycle, and the product keeps the proof path visible.
Teams need honest signal before public execution without turning private review into an opaque black box.
Encrypted signal collection, proposal review summaries, evidence packets, and public accountability after a decision is ready.
Signal stays private while the decision route, rationale, and final proof remain inspectable.
Payroll and contributor compensation are high-sensitivity flows that still need governance and audit discipline.
REFHE payroll packet, encrypted payout intent, treasury approval, and role-safe proof for salary and bonus operations.
Operators prepare the confidential packet, reviewers approve the route, and settlement evidence stays attached.
Normal payment rails expose too much context around recipients, timing, and operating intent.
Cloak, Umbra, MagicBlock, Encrypt/IKA, and treasury-route surfaces composed into one confidential payments corridor.
A governed request becomes an encrypted or recipient-private payout path with proof continuity.
Reward programs need fast distribution without losing policy, treasury limits, or visible fairness.
Gaming reward pools, MagicBlock execution framing, tournament payout logic, and proposal-scoped settlement boundaries.
Game or tournament intent routes through governance and lands as a controlled reward distribution packet.
Teams need stable-value operating rails that remain governed instead of becoming disconnected payment widgets.
PUSD, AUDD, USDC, and treasury request flows for invoices, grant distribution, merchant settlement, and treasury top-ups.
The visitor selects the asset, purpose, and route; the packet can move into governed delivery and proof.
Sensitive governance needs interpretation, but external AI tools can leak operational context.
GoldRush wallet intelligence, local-first QVAC review, deterministic proposal summaries, treasury route analysis, and encrypted brief generation.
Provider data and AI explain risk before the wallet signs; sensitive intent routes through Encrypt / IKA when privacy is required.
Private governance is hard to trust if state, counters, and proof are scattered across logs and docs.
Hosted reads, visitor transaction capture, runtime metrics, proof freshness, and buyer-safe operational telemetry.
The read node and UI expose live state while wallet signatures and proof packets carry the authority boundary.
This is the canonical route family for private value movement. Cloak, Umbra, MagicBlock, Encrypt/IKA, REFHE, and payroll receipts are grouped here so visitors do not chase duplicate pages before reaching a wallet-first Testnet action and proof route.
This lane is not a trading flow. It is operational infrastructure for confidential payroll, encrypted treasury coordination, secure payout routing, and AI-assisted pre-sign controls, with each rail connected to review and proof surfaces on Solana Testnet.
Shielded treasury and payroll settlement path for confidential value movement with review-safe proof handoff.
Recipient-private payout lane for high-sensitivity disbursements and selective disclosure boundaries.
High-frequency execution path for private payment intent, commit continuity, and low-latency operation loops.
Client-side payload encryption and confidential execution commitments before any shared route receives metadata.
Encrypted payroll packet, computation commitment, and Ika custody readiness for confidential salary operations.
From the services surface, the system should read clearly: governance creates the decision, intelligence explains it, treasury selects the route, confidential rails execute payouts and payroll privately, and wallet-first UX keeps the final approval simple for operators.
Best for teams validating private governance and treasury operations before a longer rollout.
Best for apps or teams that need cleaner governance data, evidence reads, and reviewer exports.
Best for payroll, bonus, and private treasury teams that need stronger confidentiality boundaries.
Best for organizations that want longer-term support across launch, controls, and operator workflows.
The commercial model stays simple and defensible: open-source adoption creates trust, a fixed pilot creates the first paid conversion, managed plans create recurring revenue, and sovereign deployments capture teams that need dedicated controls.
PrivateDAO is strongest when the privacy boundary is explicit. Pick the policy that fits the action, then open the matching route and proof path.
Best when judges, buyers, or community reviewers must follow every public hash while sensitive inputs stay abstracted.
This starter route turns the current product into an integration surface: browser SDK patterns, hosted read contracts, privacy policy binding, and selective disclosure handoff.
Wrap wallet connection, signer state, and privacy policy selection in one consumer-ready frontend starter.
Use the read-node and telemetry patterns to surface governance, payout, and diagnostics state without forcing the client to parse raw chain data alone.
Bind user actions to reviewer-visible, committee-private, or confidential payout policies before the wallet signs.
Prepare a narrow reviewer path for audit, custody, or enterprise checks without flattening the protected workflow into a public spreadsheet.
{
"requestId": "ENCRYPTED:CONFIDENTIAL-PAYROLL:MANIFEST-HASH-AND-COMMIT-REVEAL:ATTESTED-EVIDENCE",
"operationProfile": "Confidential payroll",
"privacyMode": "Manifest hash + commit-reveal",
"settlementMode": "Attested evidence",
"operatorVisibility": "Hybrid",
"sponsorLift": [
"Privacy",
"Umbra",
"Encrypt"
],
"recommendedAmount": "1,000 USDC",
"recipientCountHint": "8",
"posture": "Reviewer-safe confidential operation",
"rationale": "Prepare a governed salary or grant disbursement where the manifest stays off-chain and the settlement path remains reviewable. Use the existing private governance discipline and keep recipient detail in an encrypted off-chain manifest. Use the current settlement evidence posture with explicit reviewer-safe continuity.",
"reviewerPath": "/security",
"servicePath": "/services",
"settlementPath": "/documents/settlement-receipt-closure",
"proofPath": "/documents/confidential-payout-evidence-packet",
"nextOperatorAction": "Keep the manifest boundary explicit and carry the same operation plan into treasury review and governed execution."
}Baseline proof and dedicated V3 proof packet are both reviewer-facing
On-chain proof anchors exposed in the Testnet evidence path
Multi-wallet Testnet rehearsal already captured and packaged
Grant, fund, gaming, and enterprise service packs remain part of the UI
Buyers and judges should see the custody readiness picture beside service packaging, not only inside security-only routes.
The main governance system for private proposals, treasury execution, reviewer-visible evidence, and additive V3 hardening.
A compatibility-facing surface for organizations that still think in Realms-style committees but need stronger privacy, proof, and operational rails.
A mobile and Android-facing runtime path for wallet access, reviewer journeys, and diagnostics without pretending the product is desktop-only.
MagicBlock-backed evidence corridors for reward distribution and proposal-scoped settlement logic where responsiveness matters.
A commercial and operational surface for hosted reads, diagnostics, API-facing ops, and buyer-friendly product packaging.
This strip keeps the RPC and telemetry story concrete: hosted reads, runtime evidence, integration proof, and trust surfaces remain linked so the infrastructure case reads like product value rather than hidden backend detail. A visitor should be able to connect a Testnet wallet, run the flow, and then use these routes to see why the system already behaves like production-intent infrastructure.
Use this layer when a reviewer, buyer, or partner needs to see how each public surface maps to a live execution engine, a proof route, and a service lane inside PrivateDAO.
A normal user can create a DAO, submit a proposal, vote, and execute from one wallet-first flow while the product keeps proof and treasury discipline attached.
Treasury motions, payout requests, and sensitive execution paths stay private where needed, yet still produce reviewer-safe evidence and operator-readable state.
Stablecoins are not shown as token badges; they are activated as governed settlement rails for merchant billing, treasury reserves, payroll, and reward distribution.
Automation is turned into a bounded treasury assistant instead of an unscoped bot, so teams can automate repetitive payouts and rebalances without surrendering wallet control.
The infrastructure layer is visible as product value: faster reads, clearer logs, analytics, reviewer packets, and operator confidence after every signed action.
The platform can onboard, educate, activate, and measure users inside the same product instead of outsourcing product understanding to offsite docs and ad-hoc community support.
Proposal Review AI, Treasury Review AI, Voting Summary, RPC Analyzer, and Gaming AI strengthen how buyers understand PrivateDAO. They are part of the product story because they improve real decisions.
QVAC is used where disclosure would hurt the operator: private payroll, confidential treasury proposals, compliance review, and high-value votes. It prepares the brief locally before signing so sensitive governance intent does not need a centralized model endpoint.
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, Hosted reads, 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.