Validator Network
Validators serve as the trust infrastructure of ComputeNet. They verify receipts, participate in consensus, and maintain network integrity.
Validator Responsibilities
Each validator in the network performs critical functions to maintain decentralized verification of useful compute.
Receipt Validation
Validators receive and verify compute receipts from the network.
Consensus Participation
Cast weighted attestations and participate in consensus rounds.
Peer Propagation
Maintain peer connections and propagate validated receipts.
Uptime Reporting
Report telemetry and maintain high availability.
Fraud Detection
Identify and report dishonest or malformed execution.
Active Validators
Live testnet status - 0/3 online
Telemetry reflects live ComputeNet research/testnet activity.
Attestation Model
Validators independently verify compute receipts and cast weighted attestations. No single validator is treated as authoritative — trust emerges from independent reproducibility across the network.
Receipt received
Validator receives compute receipt
Re-execution
Workload is independently re-executed
Hash comparison
Execution hashes are compared
Attestation cast
Weighted vote is submitted
Consensus check
Acceptance ratio is calculated
Node Endpoints
Live testnet validator endpoints for network connectivity.
| Endpoint | Region | Status | Latency | Last Poll | |
|---|---|---|---|---|---|
| https://alpha.computenet.ai/status | London | Offline | -- | Never | |
| https://beta.computenet.ai/status | Frankfurt | Offline | -- | Never | |
| https://gamma.computenet.ai/status | New York | Offline | -- | Never |
Run a Validator
Validator participation is currently limited to the research testnet. Future phases will introduce open validator onboarding with documented requirements and setup procedures.
# Validator setup coming soon
# Check /genesis for roadmap
# Current testnet status:
echo "validators_online: 0/3"
echo "network_status: offline"
Learn More
Explore the technical documentation to understand the validator architecture, consensus mechanism, and network topology.