Yeliz Akmaca 
Cysic is a ComputeFi protocol that develops a hardware-accelerated infrastructure to scale ZK technologies, AI computation, and high-performance verification processes. The project aims to reduce the cost of generating zero-knowledge proofs, create a secure compute marketplace between provers and verifiers, and provide developers with enterprise-grade computation resources. Cysic’s approach moves all off-chain workloads, from modular rollups to AI models, into a blockchain-secured compute marketplace designed for easy scalability.
Team and Founders
The Cysic team consists of experts in hardware engineering, ZK system architecture, high-performance parallel computing, and distributed systems.
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Co-Founder: Xiong Fan (Leo Fan), PhD from Cornell University, led ZK hardware acceleration and built FPGA prototypes that positioned Cysic as an industry leader.
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Co-Founder: Bowen Huang, Yale graduate, led the evolution of ZK hardware from GPU and FPGA systems to ASIC-level chips and has six years of experience in CAS.
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Rae Wang: Head of Operations.
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Shervin Beyk: Head of Business Development.
Investors and Key Partnerships
Cysic is backed by top Web3 infrastructure investors and collaborates with hardware, ZK, and AI companies to accelerate production and commercialization.
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zkEVM and L2: zkSync, Scroll, Manta
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zkVM and Prover Networks: Succinct, Risc0, Nexus
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AI Ecosystem: Talus, Modulus Labs, Gensyn, Inference Labs
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Additional Partners: Chainlink, Blocksense, zkPass
Leading investors include:
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Polychain Capital
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HashKey Capital
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OKX Ventures
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ABCDE
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Matrix Partners China
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Web3.com Ventures
Project Vision
The core idea behind Cysic is to reduce the high cost of ZK proof generation and provide a hardware-accelerated marketplace for any project requiring large-scale computation. This approach supports ZK rollups, AI models, verifiable computing systems, and trust-based Web3 applications. Each node has a clearly defined role and revenue model, secured and validated through on-chain mechanisms.
How the Project Works
The Cysic ecosystem is built around three primary actor groups: compute providers, verifiers, and applications requesting computation.
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Providers deliver computation using high-performance GPU, FPGA, or ASIC devices.
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Verifiers validate the correctness of generated proofs and computation outputs.
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Users or integrated projects issue compute requests and set market-driven pricing.
The network uses a dual-token model with the native token CYS and the governance token CGT. The entire system operates on Cosmos CDK and CometBFT infrastructure, enabling Proof-of-Compute functionality that ensures security, efficiency, and transparent validation.
Governance
Cysic’s governance model is built on its dual-token architecture.
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CGT (Compute Governance Token) is a non-transferable credit token responsible for governance decisions.
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CYS staking allows users to earn CGT. The staking amount and duration determine the governance weight.
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CGT holders vote on Compute Pool management and other critical network decisions.
Roadmap
The roadmap focuses on hardware development, infrastructure deployment, and ecosystem expansion.
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Release of hardware accelerators
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Standardization of prover and verifier node software
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Launch of the Cosmos CDK-based mainnet
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Multi-layer marketplace for ZK, AI, and HPC workloads
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Expansion of incentive programs
Token Utility
The CYS token powers the economic layer of the Cysic ecosystem.
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Payment method for compute services
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Participation in governance
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Incentives for provers and verifiers
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Resource reservation in the compute marketplace
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Collateral and security functions
The secondary token CGT plays a role in compute consumption and usage-based pricing.
Token Information
CYS is the core token used for incentives and governance mechanics, while CGT functions as a usage-based credit token. Together, they create a balanced economic model that supports scalability and network resilience.
Token Distribution
The allocation design ensures sustainable growth and balanced network incentives.
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Node operator incentives
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Community and ecosystem funds
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Early investor allocations
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Team and advisor reserves
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Market and operational funds
Ecosystem
The Cysic ecosystem supports a wide range of high-demand use cases.
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ZK rollups and zkEVM projects
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AI model verification
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Hardware-driven HPC providers
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Blockchain-based data computation
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Hybrid mining solutions for PoW networks
Key Features
Several features distinguish Cysic from other infrastructure providers.
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Hardware-accelerated ZK prover architecture
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High-security on-chain design powered by Cosmos CDK
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Unified compute marketplace for ZK, AI, and HPC workloads
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Proof-of-Compute-based incentive system
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Flexible hardware support for ASIC, GPU, and portable miners
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Dynamic pricing based on supply and demand
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Low-latency performance for large-scale computation
Official Links
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