protocol-native compute · nockchain
the marketplace for verifiable compute
Source GPU, ZK, and inference capacity from audited providers. Every workload settles on-chain with cryptographic proof of execution.
2.4M+
GPU-hours settled
847
Verified providers
<120ms
Quote latency
100%
zk audit coverage
01 — Problem / Solution
enterprise compute lacks verifiability
Traditional cloud was built for convenience, not proof. Compute Market closes the trust gap with protocol-native settlement.
02 — How it Works
how compute market works
From intent to settlement in five steps.
01
Submit Job as ZK-Intent
Workload requirements encoded as a verifiable intent.
02
Providers Compete & Match
Verified nodes bid against your resource envelope.
03
Off-chain Execution
Compute runs in isolated provider infrastructure.
04
Generate Cryptographic Proof
Execution trace compiled into a succinct zk proof.
05
Verify & Settle on Nockchain
Proof anchored. Escrow releases atomically.
03 — Marketplace
compute exchange
Post workloads to the order book or request capacity from verified providers. Full zk verification pipeline included.
Marketplace Console
nockchain-mainnet · session active
04 — zk Auditing Layer
trust without exposure
Zero-knowledge proofs verify that compute ran correctly — without revealing what was computed.
When a provider finishes your job, they produce a cryptographic proof that the execution matched your workload envelope. Validators check the proof on Nockchain — confirming correctness while your data never leaves its commitment.
Verification pipeline
Job Execution
Provider runs workload off-chain
ZK Proof
Succinct proof of correct execution
On-chain Verification
Nockchain validates & settles
Job Execution
Provider runs workload off-chain
ZK Proof
Succinct proof of correct execution
On-chain Verification
Nockchain validates & settles
Key benefits
Trustless verification
Validators confirm execution mathematically — no reliance on provider attestations alone.
Data stays private
Proofs attest to correctness without revealing inputs, models, or intermediate state.
Auditable settlement
Every proof anchors to chain state. Reconstruct any job history from a single root.
Enforced accountability
Invalid proofs trigger slashing. Provider reputation scores update automatically.
Proof verification
Simulate on-chain validation
job_hash 0x4e1d…a803
scheme groth16
public_inputs [redacted]
Run a simulated verifier against a sample proof bundle. No data is exposed — only validity is checked.
05 — Why Nockchain
settlement layer built for compute
Generic chains optimize for token transfers. Nockchain optimizes for proof verification and resource accounting.
Purpose-built L1
Nockchain is designed for verifiable computation — not retrofitted from a payments ledger. Settlement semantics match workload lifecycles.
Native interoperability
Bridge proofs and cross-chain attestations without wrapping compute in generic smart-contract abstractions.
Predictable economics
Fixed protocol fees, transparent slashing, and NOCK-denominated escrow eliminate FX drift and billing surprises.
Composable primitives
Build marketplaces, schedulers, and enterprise portals on shared settlement rails — one proof format, many interfaces.
06 — Roadmap
development roadmap
Protocol milestones on the path to permissionless, production-grade compute markets.
Current
NowCustom NockApp Marketplace + zk Auditing Layer
June 2026
Integration with Nockchain AI Compute Market
H1 2027
Native integration with Nock Markets framework & Permissionless ZK Compute Markets
2027+
Full production marketplace with advanced verification and liquidity