This is the operating surface where a normal user moves from approved policy into Testnet action: encrypted payroll, private settlement, treasury routing, stablecoin billing, and community or GamingDAO rewards with wallet signatures and proof-linked continuity.
Execution starts only after review, approval, and policy gates are clear.
The execute route explains what a user is about to sign, why timelock and policy checks matter, and where the final receipt can be verified.
A normal visitor should reach a Testnet transaction in minutes
The execution route keeps payroll, vendor payment, billing rehearsal, treasury route planning, and proof continuity on one page.
Use a Solana Testnet wallet. No code, CLI, or local setup.
Initialize a DAO from the browser and keep the generated address visible.
Prepare a proposal with payroll, vendor, reward, or treasury intent.
Commit a hashed vote, reveal it after the window, then finalize.
Execute the approved action and open the confirmed Testnet signature.
Open Solscan and PrivateDAO proof routes from the same screen.
Review → Intelligence → Prepare → Wallet sign → Verify
Before signing, review proposal, treasury, counterparty, privacy, and route context in Intelligence. Execution then happens here from the connected Testnet wallet, and the resulting receipt path stays verifiable in Proof.
Run contributor payout rehearsals with stablecoin rails, memo-linked receipts, wallet signatures, and proof continuity from the same browser flow.
Issue settlement-ready payments with policy context, chain verification, and reviewer-safe traces without leaving the operation shell.
Use governed execution to plan route quality, execution intent, and treasury posture shifts through a controlled market-ops corridor.
Attach private reward distribution to governance approvals and exportable proof artifacts for audits, judges, and operator replay.
Every integration is part of one confidential coordination graph
Organizations need privacy because payroll, votes, vendors, treasury routes, and internal operations leak by default. Blockchains need verifiability because trust collapses when execution cannot be checked. PrivateDAO connects both: private preparation, wallet-controlled Testnet execution, and public-safe proof.
A market-passed decision still needs private reviewer assignment, private scoring, treasury approval, payout execution, and a public audit receipt.
PrivateDAO turns the post-governance path into one confidential coordination graph: Market Decision -> Grant Review -> Treasury Approval -> Payroll Allocation -> Execution -> Prove -> Audit Proof.
Open the PrivateDAO workflow, encrypt the private scoring room, sign the Testnet digest, export public attestation, then verify who reviewed, approved, executed, and proved the outcome without exposing the private notes.
Treasury requests leak strategy, vendor terms, and negotiation context before the DAO is ready to execute.
PrivateDAO encrypts the request body, stages Discuss -> Review -> Approve -> Execute -> Audit, and anchors only a digest commitment on Solana Testnet.
Open the claim console, select Confidential Treasury Request, encrypt the request, sign the memo digest, then verify the explorer receipt.
Public payroll exposes contributor salaries, bonus reasons, and internal compensation strategy.
Payroll rows become encrypted selective-disclosure receipts while the organization keeps a public-safe batch digest and REFHE proof path.
Run Confidential Payroll Request, sign the Testnet memo, export public attestation, and keep the private disclosure receipt for authorized reviewers.
Security teams cannot reveal exploit details while they are still investigating and patching.
Incident findings, responder notes, and mitigation plans stay encrypted until disclosure; the decision path still leaves a signed digest trail.
Open Security Incident Room, encrypt the response context, anchor the digest, and route reviewers to the mitigation proof.
Exploit, oracle, or key-loss decisions need speed and privacy without losing accountability.
PrivateDAO gives the council a private evidence lane, fast approval claim, execution handoff, and postmortem audit surface.
Select Emergency Governance, sign the encrypted decision digest, then verify the final action and public-safe postmortem trail.
Grant reviewers influence each other when notes, scores, and committee debate are public too early.
PrivateDAO separates intake, blind review, award approval, grant execution, and outcome audit with encrypted review packets.
Anchor a Confidential Grant Review claim, export the public attestation, then inspect the final award proof surface.
Organizations lose decision context across sessions, teams, and reviewer handoffs, or they expose too much too early.
PrivateDAO stores why decisions happened, who objected, what alternatives were rejected, and what happened later, with progressive disclosure and digest continuity.
Capture the decision as an encrypted memory-vault claim, sign the digest, and keep public/private receipts separated.
AI agents can prepare work, but organizations need human approval, private context, and auditable execution lineage.
Agent intent, human review, approval, execution, and outcome are connected through encrypted context plus a wallet-signed Testnet digest.
Select Agent Governance Request, encrypt the agent intent, sign the approval digest, and verify the lineage attestation.
Strategic votes become public before the organization is ready.
Commit/reveal governance, local Groth16 proof artifacts, and standalone Testnet verifier receipts turn private voting into a verifiable workflow.
Create DAO, create proposal, commit, reveal, finalize, execute, then open Solscan and proof.
Private votes lose credibility if the proof path is hidden from normal reviewers.
The governance rail binds commit, reveal, Groth16 proof context, and a visitor-signed Testnet digest claim into one verifiable path.
Open Govern, run the governance flow, anchor the ZK commit/reveal claim, then inspect readiness and Explorer links.
Salary rows, bonus reasons, and payroll strategy leak when teams operate from public wallets and spreadsheets.
Encrypted payroll manifests, REFHE envelope settlement, and wallet-signed payout rehearsal bind private payroll context to public-safe proof.
Encrypt payroll payload, anchor a confidential-payroll claim, run payout rehearsal, export proof.
Payroll privacy is not enough unless encrypted computation receipts and payout evidence stay connected.
REFHE payroll proof produces ciphertext-safe receipts, then the visitor anchors a digest claim on Solana Testnet.
Open REFHE payroll proof, generate the receipt, anchor the REFHE claim, export public attestation.
Sensitive operational plans should be encrypted before they enter review, automation, or payment rails.
Browser AES-GCM encryption creates a local encrypted packet, hashes ciphertext, and signs only the digest on Testnet.
Open Services, pick Encrypt Manifest, anchor a claim, verify locally, export public attestation.
Reward and payout corridors expose timing, recipients, and operational intent.
MagicBlock corridor receipts and visitor-signed encrypted claims make private payments testable while preserving a visible execution trail.
Open the private payments service, anchor a claim, and inspect corridor evidence.
Private payment UX needs a single route from payment corridor to explorer-visible proof.
MagicBlock corridor evidence, health checks, and visitor-signed encrypted payment claims become one Testnet-verifiable lane.
Open MagicBlock, inspect on-chain proof, anchor the MagicBlock claim, verify the digest transaction.
Vendor and contributor payments reveal counterparties before the organization wants disclosure.
Recipient-private settlement intent, rail health, and selective-disclosure receipts keep the operation private but reviewable.
Prepare settlement intent, forward through the rail, anchor the encrypted claim, verify receipt.
Treasury operations need stronger signing control than a single hot-wallet action.
Ika readiness, Solana pre-alpha final approval, and custody preparation expose the threshold-signing path as an execution rail.
Open Encrypt/Ika operations, inspect readiness, prepare custody, anchor an Ika claim.
Treasury custody claims are weak unless the approval, readiness, and signing boundary are inspectable.
Ika readiness, Solana pre-alpha final approval, custody preparation, and a visitor Testnet claim form one reviewable path.
Open Encrypt/Ika operations, inspect final approval, prepare custody, anchor the Ika 2PC-MPC claim.
Treasury moves lose context when routing, approval, and growth/accounting events live in separate tools.
Jupiter route review and Torque event delivery connect treasury execution with operational telemetry.
Preview the route, run the claim or event lane, then inspect provider status.
Growth rewards become untrustworthy when product activity, treasury policy, and event delivery are split.
Torque MCP/event delivery is tied to governed treasury context and an on-chain digest claim for reviewer-visible proof.
Open Torque, inspect provider status, trigger/prepare event delivery, anchor the Torque MCP claim.
Stablecoin payroll, grants, and rewards usually expose operational context or sit outside governance proof.
PUSD becomes a governed settlement rail: prepare private payroll/grant/reward context, encrypt the claim, sign from wallet, and verify public-safe evidence.
Open the PUSD route, anchor the PUSD utility claim, inspect the utility API, then verify the matrix anchor.
Signers approve proposals without enough risk, history, counterparty, or treasury context.
QVAC local reasoning plus GoldRush/Covalent, Zerion, QuickNode, and provider status create the pre-sign intelligence gate.
Open Intelligence, review Operational Gravity, then continue to Execute.
Every execution mode still lands on one on-chain operational spine
Payroll, vendor settlement, treasury rebalances, and reward corridors use one signer flow: connect, review, sign, verify, and keep proof continuity visible for operators and reviewers.
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.
Load the wallet runtime only when the visitor is ready to claim
The page stays fast first. When a visitor starts, PrivateDAO loads the encrypted claim console, builds the AES-GCM packet locally, and anchors a digest through a Solana Testnet Memo transaction.
Execution stays clean because review and encryption happen before signing
The execute route should never feel like a blind button. It receives context from GoldRush and intelligence, encrypted payloads from the confidential lane, and sends receipts to proof.
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.
Local-first decision layer for sensitive DAO operations
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.
Execution is where integrations become product behavior
Ika, Encrypt, REFHE, 2PC-MPC, MagicBlock, Umbra, Cloak, Jupiter, Torque, Zerion, GoldRush, QVAC, and QuickNode are not separate site stories here. They are rails inside one user path: protect intent, prepare a safe operation, sign from a wallet, and verify the Testnet result.
Use the rehearsal lanes for stablecoin and SOL operations with wallet signatures and live explorer hashes. This is the direct browser flow for payroll-grade execution testing.
Client-side encrypted payroll/vendor payload
This step runs encryption in-browser before execution. Only encrypted payload + commitment moves forward to receipts and audit flow; the payment proof is produced by the wallet-signed Testnet rehearsal below.
Charge a small Testnet fee from the same wallet-first product, then inspect the proof on-chain
This is the current truthful commercial lane. Every visitor can run the flow immediately with a wallet-signed transaction on Testnet. When official stablecoin mint rails are configured, the lane executes as SPL TransferChecked; otherwise the same lane executes as a memo-coded SOL rehearsal so the service stays testable end-to-end.
Settlement flows remain policy-bound and reviewer-readable. Use the same billing lane for invoice-like vendor motions, then verify the receipt from Proof and runtime logs.
Choose the privacy posture that matches the operation
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.
Prepare and forward rail-specific private settlement intents
This workbench turns private settlement into a real operator action surface. It prepares a Cloak or Umbra execution intent, forwards it through a rail-specific proxy when available, and records the resulting receipt path.
{
"rail": "cloak",
"operationType": "private-payroll",
"asset": "USDC",
"amount": "250",
"recipient": "B3STL1akxLGLvPpKd6Grz19jjVySkWrGgHFwGNK8yEZ",
"memo": "Payroll tranche / reviewer-safe memo",
"auditMode": "selective-disclosure",
"recipientVisibility": "private-by-default",
"createdAt": "2026-06-11T02:24:01.574Z"
}The rail receipt will appear here after the operator forwards the prepared intent.
Route planning, swap quality, and governed treasury posture stay in one operation story. Keep policy and route rationale attached before any execution.
Run a live Jupiter route preview before the treasury signs
Use governance actions to run reward-oriented operations, then inspect signatures, logs, and continuity lanes without leaving this execution shell.
Retention and incentives stay inside the operation flow
Governance and execution should produce participation outcomes. This panel keeps the reward and retention path connected to live operations instead of making growth a separate marketing layer.
Recent execute activity
Source: Local browser timeline
Start integrating the privacy layer without rebuilding the protocol
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.