Deep Dive
1. Purpose: Building Verifiable Compute Infrastructure
Cysic addresses a core limitation in decentralized cloud networks: the lack of cryptographic verification for computational results. Founder Leo Fan argues that without proofs, networks merely create "Airbnb for GPUs," requiring users to trust node operators. Cysic's "ComputeFi" model aims to make computational correctness as unforgeable as a Bitcoin transaction by using ZK proofs. This verifiable infrastructure supports applications like private smart contracts, on-chain AI agents, and scalable ZK rollups.
2. Technology: A Full-Stack Hardware & Software Network
The system integrates three layers. The supply layer consists of a decentralized network of compute contributors, ranging from mobile devices to professional GPUs and custom ZK ASIC miners like the ZK Pro. The software layer includes open-source engines like the Venus zkVM, which optimizes proof generation. The settlement layer is the Cysic Network, an EVM L1 blockchain launched on September 24, 2025, which records all tasks, proofs, and payments on-chain.
3. Tokenomics: Fueling the Compute Economy
The CYS token has a fixed supply of 1 billion. Its primary utilities are to pay for compute services on the network and to secure the blockchain through staking. Staking CYS also mints Cysic Governance Token (CGT), which holders use to vote on protocol upgrades and resource allocation, aligning network participants with its long-term development.
Conclusion
Cysic is fundamentally a decentralized protocol that cryptographically links hardware supply, computational demand, and on-chain settlement to establish a trustless marketplace for verifiable computation. As AI and ZK applications demand more provable compute, how effectively can Cysic's integrated stack scale to meet this need?