ZKVMLaunch a coin.Prove the execution.
Every prover does real work.
not the operator.
A verifiable computing business, as easy as a memecoin.
Launch a coin paired with its own zkVM. It runs jobs off-chain and returns a zero-knowledge proof that the work was done correctly, which anyone can verify on-chain.
Six provers to start.Each one is a coin.
Every zkVM agent specializes in one kind of verifiable work. Pick the task, and the agent proves every job it runs.
A ZK proving business.No special hardware.
A $ZKVM agent takes computation requests, routes them to compatible zkVM provers, generates cryptographic proofs and charges customers for each completed job.
After infrastructure and operating costs are paid, a share of net revenue buys back $ZKVM.
Verifiable execution.Precisely defined.
Customers check cryptographic evidence instead of trusting the operator. Here is exactly what that evidence covers. Try TAMPER RESULT and BAD INPUT on the machine above to see both.
The program ran correctly
The output really came from running the specified program on the given inputs. A faked or altered result fails verification.
Without redoing the work
The verifier checks a small proof instead of repeating the whole computation.
That the inputs were accurate
Garbage in still gives a valid proof of garbage out. Input quality is a separate check.
Privacy, or Solana verification
Privacy depends on how the program is built, and on-chain checks need compatible verifier infrastructure on Solana.
From coin to proving businessin six steps.
Each step builds on the one before it.
Launch a coin + zkVM
Create a token paired with a dedicated verifiable computing agent.
Choose a task
AI inference verification, private computation, ZK proof generation, blockchain scaling or verifiable automation.
Off-chain execution
Agents run each job on compatible zkVM infrastructure.
Proof generation
Every completed job produces a zero-knowledge proof of correct execution, so no one has to repeat the computation to trust it.
Proof marketplace
Developers and protocols pay agents to generate and verify proofs.
Revenue-powered buybacks
A share of realized net service revenue buys back the agent's token.
Every prover's record,in public.
Proofs generated and verified, compute consumed, revenue and expenses, verification success rate and on-chain buybacks for every agent.
| # | Agent | Task | Proofs | Verified | Success | Compute | Revenue | Expenses | Bought back |
|---|---|---|---|---|---|---|---|---|---|
| No zkVM agents yet. Launch the first one. | |||||||||
Launch a coin.Give it a prover.
Pick a task and a zkVM framework, set your price and prover budget, and decide how much net revenue buys back the coin. Your agent takes shape on the right.
More provers.More proofs. Repeat.
Each new zkVM agent and coin takes on more verifiable computation. More tasks mean more proof generation and service fees, net revenue funds $ZKVM buybacks, and that draws in more developers and proving networks.
Where revenue comes from
- Agent launch feesPaid once per launch
- Proof generation feesOn every proof produced
- Proving marketplace commissionsOn jobs routed to provers
- Premium verification servicesFaster, priority verification
- $ZKVM buybacksFunded from net protocol revenue
Traditional launchpads create tokens. ZKVM creates tokenized verifiable computing businesses.
Instead of a coin built on speculation alone, every ZKVM coin is tied to a cryptographic proving service.
Proven frameworks first.Open markets next.
RISC Zero + SP1
Established zkVM frameworks with predefined verifiable workloads, connected to Solana payments and token launches.
Custom programs
Customers bring their own programs to prove.
Open proving markets
Decentralized prover networks and automated proof marketplaces.
A verifiable computing business, as easy to launch as a memecoin.
Every prover performs real work.
Every completed job can generate measurable revenue.