Understanding Brevis in One Article: How to Participate in Kaito Yapper to Capture Airdrop Opportunities for the ZK Protocol Endorsed by Vitalik Buterin?

In 2025, a year marked by the rapid development of zk-SNARKs technology, an innovative project called Brevis, publicly endorsed by Ethereum founder Vitalik Buterin, is attracting significant attention in the industry.

What is Brevis? Essentially, this is a full-chain data notarization platform based on zk-SNARKs technology, which transfers computationally intensive tasks off-chain and utilizes zero-knowledge proofs to verify computation results on-chain, providing efficient and reliable historical on-chain data access and computing capabilities for smart contracts. The project completed a $7.5 million seed round of financing in November 2024, led by Polychain Capital and participated by well-known institutions such as IOSG and Nomad Capital, demonstrating top-tier capital's strong confidence in the practical application of ZK technology.

01 In-Depth Analysis of the Project: Technical Architecture and Application Scenarios of ZK Co-processors

What is the core technological value of Brevis? The protocol builds a multi-layer zk-SNARKs co-processor system, addressing the cost and efficiency bottlenecks of accessing smart contract and computing historical on-chain data through an innovative technological architecture. Its core technology, the ZK co-processor, allows smart contracts to access historical data from different blockchains in a trusted manner without the need to re-execute expensive computations on-chain. This design effectively eliminates the computational bottleneck of smart contracts, providing substantial “unlimited computing power” for various data-driven application scenarios.

On the technical implementation level, Brevis has achieved the capability of full-chain data validation, allowing for the access, computation, and utilization of any data across multiple chains in a trustless manner. The project provides a flexible programmable SDK that enables developers to easily build applications that rely on on-chain data without needing to deeply understand complex cryptographic knowledge. This developer-friendly design significantly lowers the usage threshold of ZK technology, providing a technical foundation for the rapid expansion of ecological applications.

The application scenarios mainly revolve around three core dimensions: in the data-driven DeFi field, Brevis can be used to build complex on-chain financial strategies, credit scoring, and risk management systems; at the account abstraction level, by verifying the user's on-chain historical behavior, it supports use cases like social recovery, enhancing the security of wallets; in general Web3 applications, it can be used to build user loyalty programs, on-chain reputation systems, and in-game experiences based on historical data. This diversified application scenario provides a broad market space for the long-term development of the protocol.

02 Team and Financing: Strong Endorsements from Top Capital and Technology Leaders

Although the team background of Brevis is not detailed in the provided materials, it is evident from the project's technical implementation and the institutional support it has received that the core members possess profound experience in cryptography research and blockchain development. The project has made significant breakthroughs in the ZK field, particularly in achieving substantial progress in ZK L1 verification, with benchmark results formally recognized by the Ethereum Foundation, which indirectly confirms the team's technical strength in the zero-knowledge proof domain.

In terms of financing, the project demonstrates strong institutional appeal. The $7.5 million seed round financing completed in November 2024 was co-led by Polychain Capital and others, which is a reasonable scale for ZK infrastructure projects. It is noteworthy that there is a rare YZi Labs as the lead investor situation, as this institution is renowned for identifying and nurturing early-stage tech projects. The lineup of investors includes both cryptography-focused funds and strategic industry investors, including well-known institutions such as IOSG and Nomand Capital. This diverse investment structure not only provides financial support but also brings valuable technical resources and ecological collaboration opportunities to the project.

From the perspective of industry recognition, Brevis received collective endorsement through retweets from Ethereum founder Vitalik Buterin and the official Ethereum account in October 2025, which is seen as a key step towards the practicality of ZK technology. Such a level of public recognition is extremely rare in cryptocurrency projects, providing strong support for the project's technical credibility and market influence.

03 Token Economy: Expected Value Accumulation Mechanism

Total Supply design needs to balance the incentive requirements for the long-term development of the protocol and the sustainability of the token economy. Although specific data has not been publicly disclosed, based on the characteristics of ZK infrastructure projects and the disclosed financing scale, the total amount of tokens needs to fully consider the growth curve of network usage frequency and the sustainability of participant incentives. A reasonable total amount setting should cover the current ecosystem's incentive needs while reserving sufficient space for future cross-chain expansion and multi-ecosystem integration. The release mechanism of the supply also needs to be linked to the growth of network adoption and the scale of computational workload, ensuring that token inflation aligns with value creation.

The initial circulation strategy is crucial for early price discovery and community building of the project. Considering that Brevis has already attracted thousands of early participants through incentive activities like “Honor's Claw” and “OG Hunt”, the initial circulation must be sufficient to support the market's trading depth and price stability. Unlike other infrastructure projects, the value of Brevis's tokens has actual network usage fees and demand for computing services as potential support, which provides a relatively reliable fundamental reference for initial circulation valuation. The distribution of circulating tokens should prioritize network users, community contributors, and technical developers, ensuring that the flow of tokens is consistent with the value creation of the protocol.

At the core functionality level, the anticipated Brevis token will build multi-dimensional application scenarios:

Network fee payment and computing resource consumption are the most fundamental and core expected functions of the token. When users and developers use the Brevis network for data queries and computing tasks, they may need to consume tokens to pay for service fees. This mechanism transforms the consumption of physical world computing resources into economic incentives on the blockchain, creating a unique value cycle system. Specifically, as more smart contracts and dApps integrate Brevis's co-processor services, the demand for computing resources will create a sustained token consumption, providing fundamental support for the token's value. Especially in complex on-chain data analysis and historical state verification scenarios, the cumulative effect of computing service fees will be quite significant, and as adoption increases, this utility value will become an important support for the token price.

The voting function for governance rights and protocol development direction will grant token holders the right to participate in network decision-making. In the decentralized governance framework of Brevis, token holders may have the right to vote on significant decisions such as adjustments to key protocol parameters, technical upgrade paths, and the use of treasury funds. Given the complexity of the cryptographic technologies and cross-chain architecture involved in the protocol, the governance mechanism may need to be designed as a progressively decentralized model, initially led by the core team for key technical decisions, and gradually transitioning to full community governance as the community's governance capabilities mature. Token holders can also obtain enhanced voting weight by staking their tokens in the governance contract, which encourages long-term holding and deeply integrates governance participation with interests.

Ecosystem incentives and community contribution rewards are important supports for the long-term value of tokens. The protocol may allocate a significant proportion of tokens to ecosystem incentives, used to reward network participants and technical contributors. Through innovative mechanisms such as the Kaito Yapper leaderboard, the project has demonstrated a high regard for community contributions, and this model is expected to further expand and institutionalize after the official release of the token. It is noteworthy that Brevis innovatively applies zk-SNARKs to creator activities, verifying on-chain behavior and qualifications while protecting user privacy through end-to-end privacy protection technologies. This design not only promotes community participation but also showcases the practical application value of protocol technology, creating unique use cases and sources of demand for the token.

04 Market Performance: Dual Drive of Community Buzz and Technical Recognition

Brevis has demonstrated significant community enthusiasm and technical recognition in the ZK infrastructure track. Although the project token has not yet been officially issued, incentive activities such as “Honor Claw” and “OG Hunt” have attracted thousands of early participants, and the community generally expects Brevis to conduct a token airdrop, which further stimulates user participation enthusiasm. Especially with the launch of the “Brevis Yapper Leaderboard” in September 2025 in collaboration with Kaito AI, which provides creators with the opportunity to earn potential token allocations through content contributions, this innovative approach to community building has accumulated valuable social capital for the project.

From a technical recognition perspective, the official endorsement from Ethereum and Vitalik Buterin that Brevis has received is extremely rare in ZK projects. This recognition not only enhances the technical credibility of the project but also opens the door for future ecological collaboration and mainstream adoption. As a pioneer in the ZK co-processor track, Brevis's technical solution addresses the practical pain points in smart contract development, unlocking new possibilities for on-chain applications. This practical value provides a solid fundamental support for its long-term development.

From the market trend, the ZK technology track is in a rapid rise in 2025, with projects like Succinct and Boundless going directly to CEX spot markets. Currently, Brevis has gained support from CEX, V God, and the Ethereum Foundation, demonstrating strong market interest in the application of ZK technology. With the increasing complexity of blockchain applications and the growing demand for access to historical data, the track that Brevis is in is expected to experience explosive growth.

05 Competitive Advantage: Synergistic Effects of Technological Innovation and Ecological Positioning

Brevis has built multiple competitive advantages in the ZK processor track. Its most prominent advantage lies in the innovative ZK processor architecture, which addresses the fundamental bottleneck of accessing and computing historical data in smart contracts. Compared to traditional on-chain computation methods, Brevis's off-chain computation combined with on-chain verification model can significantly reduce gas costs and enhance computational efficiency, especially in complex data querying and analysis scenarios, where this advantage is particularly evident.

Full-chain data verification capability is another key differentiating advantage. By supporting historical data access and computation across multiple blockchains, Brevis is able to provide a unified data infrastructure for cross-chain applications, a capability that holds significant strategic value in the blockchain ecosystem where the multi-chain trend is becoming increasingly apparent. Compared to single-chain solutions, Brevis's full-chain positioning allows it to capture a broader market demand and occupies a favorable position for the formation of future cross-chain interoperability standards.

Powerful institutional endorsement and ecological relationships provide the project with unique resource advantages. The backing from CEX Labs and official recognition from Ethereum gives Brevis significant advantages in technical credibility, market influence, and ecological access. Particularly as a project supported by the CEX incubator, Brevis may enjoy certain priorities in exchange listings, marketing promotion, and ecological collaboration, which is especially important in the highly competitive infrastructure sector.

06 Risks and Challenges: The Dual Test of Technology Adoption and Market Competition

Despite the significant potential demonstrated by Brevis, investors must remain aware of the challenges it faces. The risk of technology adoption is a common threat faced by any infrastructure project. While Brevis's co-processor model is technologically advanced, its ultimate value depends on the level of adoption by developers and the richness of real-world application scenarios. The protocol needs to establish a strong developer community and a wealth of application cases; otherwise, it may face the dilemma of being “technologically advanced but under-adopted.”

Market competition pressure constitutes another major risk. The ZK infrastructure track is attracting the attention of more and more excellent teams, including well-known competitors such as Succinct and Boundless. Brevis needs to continuously prove its technological superiority and product differentiation in this highly competitive environment, or it may face the risk of developers' attention being diverted and weak ecological growth. In particular, competition in the completeness of developer tools and user experience will directly impact the long-term viability of the project.

Cognitive threshold of technical complexity may affect adoption speed. The ZK technology itself has a relatively high cognitive threshold, and the concept of Brevis's coprocessor is an even more unfamiliar technical paradigm for many developers. The project needs to significantly lower the usage threshold through documentation, tutorials, and developer tools, or it may limit the actual realization of its technical advantages. Although the project provides a programmable SDK to simplify the development process, the speed of ecosystem construction still needs to be closely monitored.

Uncertainty of Token Economic Model is a potential investment risk. Currently, the details of the token economy have not been fully disclosed, and the specific model design will directly affect the token's value accumulation mechanism and long-term price performance. Investors need to closely follow the token distribution plan, release mechanism, and economic model design to ensure that it can reasonably balance the interests of all parties and support the long-term development of the protocol.

Future Outlook: The Development Path and Industry Impact of ZK Co-processors

Looking ahead, Brevis is expected to become an important driving force in the practical application of ZK technology. In the short term, the project will continue to focus on technology optimization and ecosystem development, with an emphasis on validating the market acceptance and technical stability of the ZK coprocessor model. The official release of the token and the comprehensive disclosure of the economic model will be key milestones, requiring a balance between technological development, community incentives, and the multiple demands of token economics.

In the medium term, Brevis may explore richer application scenarios and broader integration within the blockchain ecosystem. As the protocol accumulates more developer feedback and application cases, its technical architecture and product experience are expected to be further optimized, providing more efficient data querying and computing services. Collaboration with traditional internet companies and financial institutions may also open new market opportunities for the protocol, becoming a data bridge connecting the blockchain world with the traditional world.

In the long-term vision, Brevis is committed to building a fully decentralized, community-governed on-chain data computing infrastructure. What is Brevis's ultimate goal? It hopes to enable smart contracts to seamlessly access and compute historical data on any chain through the innovative concept of ZK co-processors, ultimately achieving a fundamental shift in the paradigm of blockchain application development. If successful, this model will not only provide developers with more powerful tools but also give rise to a new generation of data-driven dApps, pushing the entire Web3 industry towards a more complex and useful direction.

For investors, Brevis represents an innovative attempt to deeply integrate cutting-edge cryptographic research with practical blockchain infrastructure. Its value creation stems from both network usage fees and demand for computational services, as well as being rooted in the foundational status of zk-SNARKs technology in the entire blockchain industry. This multiple value foundation not only provides an additional security margin but also increases the complexity of analysis, requiring investors to conduct a comprehensive assessment from multiple dimensions, including technology, ecology, economy, and industry trends. In the rapidly evolving zk-SNARKs infrastructure track, Brevis's technological innovations and strategic positioning provide a good starting point, but the ultimate success or failure will depend on the team's ongoing execution capability and responsiveness to developer needs.