Team and Founders

The Cysic team consists of experts in hardware engineering, ZK system architecture, high-performance parallel computing, and distributed systems.

• 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.

• 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.

• Rae Wang: Head of Operations.

• 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.

• zkEVM and L2: zkSync, Scroll, Manta

• zkVM and Prover Networks: Succinct, Risc0, Nexus

• AI Ecosystem: Talus, Modulus Labs, Gensyn, Inference Labs

• Additional Partners: Chainlink, Blocksense, zkPass

Leading investors include:

• Polychain Capital

• HashKey Capital

• OKX Ventures

• ABCDE

• Matrix Partners China

• 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.

• Providers deliver computation using high-performance GPU, FPGA, or ASIC devices.

• Verifiers validate the correctness of generated proofs and computation outputs.

• 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.

• CGT (Compute Governance Token) is a non-transferable credit token responsible for governance decisions.

• CYS staking allows users to earn CGT. The staking amount and duration determine the governance weight.

• CGT holders vote on Compute Pool management and other critical network decisions.

Roadmap

The roadmap focuses on hardware development, infrastructure deployment, and ecosystem expansion.

• Release of hardware accelerators

• Standardization of prover and verifier node software

• Launch of the Cosmos CDK-based mainnet

• Multi-layer marketplace for ZK, AI, and HPC workloads

• Expansion of incentive programs

Token Utility

The CYS token powers the economic layer of the Cysic ecosystem.

• Payment method for compute services

• Participation in governance

• Incentives for provers and verifiers

• Resource reservation in the compute marketplace

• 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.

• Node operator incentives

• Community and ecosystem funds

• Early investor allocations

• Team and advisor reserves

• Market and operational funds

Ecosystem

The Cysic ecosystem supports a wide range of high-demand use cases.

• ZK rollups and zkEVM projects

• AI model verification

• Hardware-driven HPC providers

• Blockchain-based data computation

• Hybrid mining solutions for PoW networks

Key Features

Several features distinguish Cysic from other infrastructure providers.

• Hardware-accelerated ZK prover architecture

• High-security on-chain design powered by Cosmos CDK

• Unified compute marketplace for ZK, AI, and HPC workloads

• Proof-of-Compute-based incentive system

• Flexible hardware support for ASIC, GPU, and portable miners

• Dynamic pricing based on supply and demand

• Low-latency performance for large-scale computation

Official Links

• Website
• Twitter
• Telegram

You can also freely share your thoughts and comments about the topic in the comment section. Additionally, don’t forget to follow us on our Telegram, YouTube, and Twitter channels for the latest news and updates.

The post What is Cysic (CYS) ? appeared first on Coin Engineer.