$VOXX Asset
Compute Networks
A VOXX compute network is a market of requesters and independent workers coordinated by deterministic jobs and verifier-controlled escrow.
Participants
| Requester | Defines a job, chooses its program and verifier, commits the input, sets a deadline, and funds escrow. |
|---|---|
| Worker | Discovers supported jobs, obtains the committed input envelope, executes the program, and prepares a result. |
| Prover | Generates verifier-specific evidence in production architectures. It may be the worker or a specialized service. |
| Verifier | A registered adapter that deterministically accepts or rejects evidence for a versioned statement. |
| Settlement chain | Orders job and result transactions, executes VOXX contracts, and provides finality and native gas. |
Worker lifecycle
- Wait for a configured number of host-chain confirmations.
- Read new
JobCreatedevents from the canonical registry. - Reject unknown programs, verifiers, malformed inputs, expired jobs, and uneconomic rewards.
- Execute the allowlisted workload in an isolated runtime.
- Build a result commitment and verifier-specific proof payload.
- Simulate settlement, submit the transaction, and persist a crash-safe block cursor.
The reference TypeScript worker implements this loop for one square workload, including allowlists, dry-run mode, settlement simulation, and cursor persistence.
Open and reserved execution
Open jobs v0.1
Any account may submit a valid result before the deadline. The first accepted settlement closes the job and becomes the beneficiary. Competition is permissionless at the application layer.
Reserved jobs Target
A future requester could reserve execution for a selected worker after a bid or quote. A bond may cover objectively encoded non-performance, but subjective quality disputes must not be slashable on-chain.
Where $VOXX fits
$VOXX is intended to denominate eligible jobs across compute networks. It can make demand and worker revenue legible in one application asset while proof adapters remain workload-specific. It does not make different workloads equally expensive, and it does not subsidize work by itself.
Run the v0.1 worker against a local chain.
Operator Guide