A practical route for confidential payroll: encrypt payroll data in the browser, generate computation commitments, send only ciphertext and hashes to the backend, then prepare Ika dWallet custody boundaries for governed settlement.
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.
This route separates encrypted computation proof, live Ika SDK readiness, intent receipt, and final private settlement so reviewers can see exactly what is live and what requires funded custody execution.
The browser encrypts the payroll packet, creates commitments for the encrypted input and computed aggregate, then sends only ciphertext and hashes to the backend proof route.
Encrypted packet and proof receipt will appear here.
This workbench uses @ika.xyz/sdk on the read node to initialize Ika testnet, read the live network encryption key, choose the dWallet curve, and show a live execution lane for custody routing. It also reads the Ika Solana pre-alpha program and the funded Testnet/pre-alpha operator wallet used for the approval-flow lane.
The Ika SDK route response will appear here.