PROVE
Succinct
$0.1964
2,97%
Succinct
PROVE
$0.1964
2,97%
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PROVE is the native token of the Succinct Prover Network, a decentralised protocol for outsourcing zero-knowledge proof generation to a global network of provers. It is used to pay for proofs, with all transactions settled on-chain via the SuccinctVApp contract. Provers must stake PROVE to access auctions for proof requests, and token holders can delegate stake to earn rewards and incentives. The network employs a nested vault system for staking, providing liquidity and governance participation through iPROVE and stPROVE tokens. Governance initially relies on a security council but transitions to full on-chain voting based on staked PROVE. Slashing mechanisms enforce accountability for provers who fail to deliver. PROVE supports scalable, trust-minimised proving infrastructure for applications such as rollups, bridges, oracles, and AI agents by aligning incentives across users, provers, and stakers in an open, permissionless marketplace.
The Succinct Prover Network is a decentralised protocol designed to coordinate a global network of provers that generate zero-knowledge (ZK) proofs. The system connects applications (requesters) with provers through a two-sided marketplace governed by an auction mechanism called “proof contests.” The core innovation is the use of general-purpose ZK virtual machines (zkVMs)—specifically SP1, built by Succinct Labs—which allow developers to create ZK proofs from standard code without custom circuits or advanced cryptographic expertise.
Proof requests submitted to the network are auctioned off to provers who compete on cost and speed. These provers, using hardware ranging from home GPUs to datacentre-grade clusters, are rewarded in PROVE tokens. The architecture includes an off-chain auctioneer for high-speed matching and on-chain smart contracts for final settlement and verifiability. This ensures low latency while maintaining trust-minimised guarantees.
The network supports applications such as rollups, oracles, AI agents, bridges, and verifiable computing use cases. It is designed for open participation, incentivising a diverse and decentralised set of provers while maintaining high performance and reliability.
PROVE is the native utility token of the Succinct Prover Network. It plays several roles in the network’s economic, operational, and governance systems:
1. Payments PROVE is used as the medium of exchange for paying provers who generate ZK proofs. Requesters deposit PROVE into a central smart contract (SuccinctVApp), which holds escrowed balances and releases them upon successful proof verification. All proof-related transactions—including deposits, payments, and withdrawals—are processed on-chain and tied to verifiable state transitions using ZK proofs.
2. Staking Provers and their delegates must stake PROVE to participate in auctions. The amount of staked PROVE determines how many auctions a prover can enter concurrently. Staking is done via a nested vault structure:
- PROVE is first deposited into a global vault (iPROVE),
- Then into prover-specific vaults,
- Resulting in stPROVE tokens for stakers, which represent both economic and governance rights.
Stakers earn a share of the prover's fee revenue and receive additional incentives supplied by the Succinct Foundation, particularly during the network's early phases.
3. Governance Initially governed by a security council, the protocol aims to transition to decentralised on-chain governance. Voting rights are delegated via staked PROVE (represented by iPROVE tokens). Participants with sufficient stake can propose and vote on protocol upgrades, parameter changes, and contract ownership transitions. Governance will eventually be fully managed via the SuccinctGovernor contract.
4. Slashing Slashing mechanisms are implemented to ensure prover reliability. If a prover fails to deliver a proof within the agreed timeframe, part of their staked iPROVE may be slashed. This incentivises consistent performance and economic accountability.
PROVE was created by Succinct Labs, the team behind the Succinct Prover Network. The founding team includes:
Uma Roy – Co-Founder and CEO
Uma Roy holds a Bachelor's and Master's degree in Computer Science from MIT. Before founding Succinct Labs, she worked as a software engineer at Gantry and was an AI resident at Google Brain, focusing on cross-lingual language models and natural language processing. She is an advocate for user-centric Web3 infrastructure, particularly around the concept of “intents” over rigid transactions, and regularly writes and speaks on improving developer experience in decentralised systems.
John Guibas – Co-Founder
John Guibas co-founded Succinct Labs and leads much of the protocol's technical architecture. He is one of the principal authors behind SP1, the general-purpose zkVM, and the proof contest mechanism that underpins the Succinct Prover Network.
Eli Yang – Head of Operations
Eli Yang manages the operational aspects of Succinct Labs, including ecosystem growth, staking incentives, and community engagement. He plays a key role in aligning the network’s incentive structures with long-term decentralisation goals.
Succinct Labs raised $55 million in a Series A round led by Paradigm, with participation from other investors such as the founders of Polygon, EigenLayer, and Bankless Ventures.
