Brevis PriceBREV

What is Brevis (BREV)?

Brevis (BREV) is a smart verifiable computing platform that provides foundational infrastructure for scalable, trustless computation across blockchain, data, and AI systems. Its mission is to build the Infinite Compute Layer: an open, decentralized compute network where any program or data query that is impossible to run on-chain can be executed off-chain and verified on-chain through zero-knowledge proofs at dramatically lower cost and latency. At its core, Brevis functions as a zero-knowledge coprocessor, enabling smart contracts to perform heavy off-chain computations and access omnichain historical data, with results verified via succinct ZK proofs for trustless on-chain settlement. The project is developed by the team behind Celer Network, bringing deep expertise in cross-chain interoperability and state channel technology. BREV has a maximum supply of 1,000,000,000 tokens, with 250,000,000 (25%) currently in circulation. The token powers the Brevis ProverNet, a proof generation network initially deployed on Base, with plans for future migration to a dedicated Brevis rollup where BREV will serve as the native gas token.

Key Specifications & Tokenomics

• Name: Brevis
• Ticker / Symbol: BREV
• Blockchain / Platform: Base (ProverNet initially deployed on Base; future migration to a dedicated Brevis rollup is planned)
• Contract Address: 0x086F405146Ce90135750Bbec9A063a8B20A8bfFb
• Category: DePIN, Distributed Computing, Zero Knowledge Proofs, Ethereum Ecosystem
• Total Supply: 1,000,000,000 BREV
• Max Supply: 1,000,000,000 BREV
• Circulating Supply: 250,000,000 BREV (25% of total)
• Community Incentives Allocation: 32.2% (322 million BREV)
• Official Website: https://brevis.network/
• Official X (Twitter): @brevis_zk
• CertiK Rating: 4.4
• Holders: 18.18K

Who created Brevis?

Brevis was co-founded by Michael (Michael Dong), who serves as founder and CEO, and Dr. Mo Dong, who serves as co-founder. Michael holds a Ph.D. from the University of Illinois at Urbana-Champaign. The project was developed by the team behind Celer Network, leveraging their expertise in cross-chain interoperability and state channel technology. The team is described as deeply focused on zero-knowledge research and cryptographic expertise, including other PhD-level members. In November 2024, Brevis completed an approximately $7.5 million USD seed funding round co-led by Polychain Capital and Binance Labs. The project is also associated with YZi Labs Portfolio and Hashkey Capital Portfolio.

How does Brevis work?

Brevis operates as a ZK coprocessor that executes intensive computations off-chain and returns succinct zero-knowledge proofs on-chain. This architecture allows blockchains and decentralized applications to verify complex logic and data processing with minimal on-chain cost. The system is designed to access and aggregate historical on-chain data from multiple blockchains, enabling omnichain data attestation. The Brevis ProverNet is a network of provers that generate proofs for requested computations. Developers submit jobs such as data queries or complex computations and pay BREV as the medium of exchange. Smart contracts on destination chains verify proofs rather than trusting raw off-chain data or computation outputs, minimizing trust in off-chain actors. The architecture is presented as an extensible compute layer that can scale as demand for proofs grows, separating general-purpose computation from the consensus layer of existing blockchains. Brevis is also one of the teams behind ECDSA.Fail, a research paper on arXiv, and its agent AutoEng competed in the challenge and held the top of the leaderboard.

What makes Brevis unique and valuable?

Brevis addresses a fundamental limitation in blockchain technology: traditional blockchains struggle to handle heavy computation and complex data queries across multiple networks without sacrificing speed or security. Brevis solves this by acting as a zero-knowledge proof coprocessor that runs intensive tasks off-chain while returning verifiable proofs back on-chain. It functions like a math and data coprocessor sitting beside smart contracts, handling complex work and handing back trustless results. The platform enables applications such as cross-chain reputation, historical liquidity or trading analysis, and multi-chain DeFi logic using verified data. By relying on zero-knowledge proofs, Brevis minimizes trust in off-chain actors, allowing smart contracts to verify proofs rather than trusting raw off-chain data. The architecture is designed to scale as demand for proofs grows, making it a foundational infrastructure for scalable, trustless computation across blockchain, data, and AI systems.

What is Brevis used for?

BREV is the utility and governance token for the Brevis ProverNet and broader Brevis ecosystem. Its primary use cases include proof fees, where all fees for generating and verifying zero-knowledge proofs within Brevis ProverNet are paid in BREV. Developers submit jobs such as data queries or complex computations and pay BREV as the medium of exchange. BREV is also used for staking, contributing to network security and coordination among developers, provers, and other participants. As the governance asset of the Brevis ecosystem, BREV allows holders to participate in decision-making processes. Additionally, BREV is intended to become the native gas token for network activity on the dedicated Brevis rollup, further expanding its utility as the ecosystem matures. The token fuels transaction fees, mining rewards, and network security.

How Is the Brevis ecosystem developing?

The Brevis ecosystem is centered around the Brevis ProverNet, a marketplace coordinating proof generation that initially launched on Base with plans for a dedicated rollup. Applications enabled by the platform include cross-chain reputation, historical liquidity or trading analysis, and multi-chain DeFi logic using verified data. The omnichain data attestation capability enables dApps to access and compute full historical on-chain data across multiple blockchains. In December 2025, Brevis published details of the BREV token, revealing a total supply of 1 billion tokens with 32.2% allocated for community incentives. The project has been covered by multiple industry publications and reached an all-time high in January 2026. Coinbase announced a strategic Brevis listing in January 2026. The ecosystem continues to develop with ongoing research contributions and community engagement through official channels.

How to mine Brevis?

Brevis does not use traditional proof-of-work mining. Instead, the network relies on a proof generation network where provers generate zero-knowledge proofs for requested computations. Participants in the Brevis ProverNet can earn BREV tokens as mining rewards for contributing computational resources and generating proofs. Staking is another core mechanism, where BREV holders can stake their tokens to support network security and coordination. The token fuels transaction fees, mining rewards, and network security within the ecosystem. As the network migrates to a dedicated Brevis rollup, BREV will become the native gas token for network activity, further integrating staking and proof generation into the token economy. Detailed information on specific mining or staking programs can be found through the project's official channels.

How to keep your Brevis Coin safe?

Keeping your BREV tokens safe requires following standard cryptocurrency security practices. Use reputable wallets that support Base network tokens and always verify contract addresses before interacting with any smart contract. Store the majority of your holdings in a hardware wallet for long-term security, and avoid sharing your private keys or seed phrases with anyone. Be cautious of phishing attempts and fake websites that mimic official Brevis channels. Always access official links through verified sources such as the project's website and official X account. Given the volatility of cryptocurrency markets, it is advisable to prepare and examine all available information before making any trading decisions. Consider using hardware wallets, enabling two-factor authentication where available, and keeping software up to date to protect your assets.