Cysic

About Cysic (CYS)

What Is Cysic (CYS)?

Cysic is a compute network built around a specific bottleneck: generating zero-knowledge proofs is expensive, and so is running AI workloads that need to be verifiable. Cysic sells acceleration for that work, both as custom hardware and as a marketplace where anyone with capable machines can take on proving and inference jobs and be paid for them.

The project describes itself as full-stack compute infrastructure for verifiable AI, zero-knowledge proofs and what it calls ComputeFi, defined in its documentation as "the financialization of compute resources". CYS is the network's native token, earned by contributors and spent by the teams requesting work. A separate governance token, CGT, sits alongside it.

Official sources:

• Cysic
• Cysic documentation
• Cysic Mainnet explorer
• GitHub
• Research notes

Who Founded Cysic? (History)

Cysic was founded in August 2022. Reporting names Leo Fan and Bowen Huang as co-founders; Leo Fan holds a doctorate in cryptography from Cornell University and previously worked at Algorand, NIST and Rutgers. Secondary sources differ on co-founder names, so prefer the project's own team page.

The company began as a hardware acceleration effort for zero-knowledge proving rather than as a blockchain. It raised roughly $18 million across two rounds: a $6 million seed led by Polychain Capital, closed in late 2022, and a $12 million pre-Series A co-led by HashKey Capital and OKX Ventures. Along the way it integrated with proving-heavy projects, including Scroll's zk rollup, and ran as a multi-node prover on the Succinct Prover Network. Reported dates for the mainnet and the CYS launch vary between September and December 2025 depending on the source, so confirm the exact milestone against Cysic's own announcements.

How Cysic Works

Cysic layers a marketplace on top of its own settlement chain:

1. Jobs are posted by requesters Teams that need proofs or inference submit a task and set constraints such as budget and latency tolerance.

2. Providers bid for the work Compute contributors, called provers, bid on tasks through an auction. The eligible hardware range is deliberately wide, spanning CPUs, GPUs, FPGAs, mining rigs, specialized ASICs and even mobile devices.

3. Results are checked before payment Randomly selected verifiers validate the returned result, and only then are rewards distributed, so payment is conditioned on verified correctness rather than self-reported completion.

4. Everything settles on the Cysic Network The chain is an EVM Layer 1 built with the Cosmos development kit and CometBFT's Byzantine fault tolerant consensus, giving deterministic finality once a block commits. It records tasks, settles proofs, handles payments, and supports on-chain swaps, governance and conversion between CYS and CGT.

Cysic organizes these into four tiers: an open compute supply layer of provers and verifiers, a compute demand layer of clients, a ledger and settlement layer which is the chain, and a hardware real-world-asset layer covering the physical devices.

Key Ecosystem Components

• Provers and verifiers, the participants who supply and check computation
• Validators, who propose and finalize blocks under CometBFT and are selected by stake weight
• The Cysic Network EVM Layer 1 for settlement, swaps and governance
• The ZK C1 chip, an ASIC the project describes as purpose-built for modular arithmetic, FFTs, MSMs and field operations
• ZK-Air, a portable accelerator with USB-C or PCIe connectivity supporting zkVM frameworks including RISC Zero, SP1, Halo2 and Plonky2
• ZK-Pro, a datacenter server clustering multiple chips, with the wider hardware line expected to ship in 2026
• The hardware real-world-asset layer, which tokenizes physical machines as on-chain assets

CYS Token Utility

CYS is used for:

• Paying for proof generation and compute jobs on the network
• Rewarding provers and verifiers for completed and validated work
• Staking, which secures the chain and, under Cysic's Proof of Compute framing, is weighed alongside the amount of computation a participant pledges rather than by capital alone
• Conversion to and from CGT, the governance token, through an on-chain mechanism

Beyond the native chain, CYS representations are recorded on BNB Chain and Base, so always confirm which network a given deposit address belongs to.

What Makes Cysic Unique?

Most decentralized compute networks are software coordination layers renting whatever hardware happens to exist. Cysic designs the silicon itself and then builds the marketplace around it, and it treats those machines as tokenizable assets rather than vendor inventory. Its consensus framing follows from that: influence is meant to reflect useful computational work contributed, not only capital staked. The efficiency figures published for its chip against GPU provers are vendor claims and should be read as such until independently benchmarked.

How Cysic Differs from Similar Networks

General GPU marketplaces such as Akash Network, io.net and Aethir rent generic cloud capacity; Cysic starts from cryptographic proving, so verification is built into how work gets paid for. Aleo uses proving to run a privacy-preserving chain, whereas Cysic is not trying to be an application platform and sells the proving itself to whoever needs it, including other chains. Rendering and inference networks like Render lean on reputation, while Cysic's correctness guarantee comes from verification and redundancy. Its closest structural peers are the proof marketplaces several rollup ecosystems have been standing up, with the hardware vertical as the differentiator.

Use Cases of Cysic

• Outsourced proof generation for zk rollups and zkVM-based applications
• Verifiable AI inference, where the requester wants evidence the stated model produced the output
• Bridge and light-client proofs that must be produced quickly and cheaply
• Earning rewards by contributing idle GPU, ASIC or FPGA capacity
• Tokenized exposure to physical compute hardware through the real-world-asset layer

How Cysic Is Secured

The chain uses CometBFT, which tolerates up to one third of validators failing or acting maliciously and gives finality that cannot be reverted once a block commits. Validators are chosen by stake weight for block proposal. At the marketplace layer, the defense against bad work is verification: randomly selected verifiers check results before rewards are released, backed by staked value that can be put at risk. Security therefore depends on validator distribution, the soundness of verification sampling, and the correctness of the proving implementations and the bridge contracts carrying CYS to other chains.

Risks and Considerations

• Much of the hardware roadmap, including ZK-Air and ZK-Pro, is forward-looking, and custom silicon timelines commonly slip
• Performance claims for the ZK C1 chip are vendor-published and not independently verified here
• Demand for outsourced proving depends on rollup and verifiable-AI adoption, still early and concentrated among a few customers
• A dual-token design with conversion between CYS and CGT adds economic complexity and a surface for design errors
• Prover and validator concentration is a real risk where specialized hardware is an advantage
• Bridged token representations carry bridge risk distinct from the native chain
• Documentation covers architecture more thoroughly than supply mechanics, so verify emission and unlock details against primary sources

Why Cysic Matters

Proving cost is one of the concrete limits on how far zero-knowledge technology can spread, and verifiable AI hits the same wall from another direction. Cysic is one of the few teams attacking that limit at the silicon level while also building the market that would price it. If proof demand grows, dedicated proving capacity becomes infrastructure rather than a niche; if it does not, purpose-built hardware is an expensive bet.

Where Can You Buy Cysic (CYS)?

CYS trades on centralized exchanges, and representations of the token can also be swapped on decentralized exchanges on BNB Chain and Base. Availability differs by jurisdiction, so check the venue's own market list before trading.

Major Centralized Exchanges (CEX)

CYS was surfaced through Binance Alpha and, in August 2026, was listed on the South Korean exchange Upbit with pairs against BTC and USDT.

• Upbit
• Binance

Because listings for newer infrastructure tokens shift frequently, confirm current venues and pairs directly rather than relying on cached lists.

Storage Options After Purchase

• Custodial storage on an exchange, simplest but not self-owned
• Standard EVM wallets pointed at the Cysic Network using its own chain parameters
• BNB Chain or Base compatible wallets for the bridged representations
• Hardware wallets paired with an EVM wallet interface for larger holdings

Confirm the network and contract address before every deposit, since CYS exists in more than one on-chain form.

Related Coins

You can compare CYS with related ecosystems on Coinrithm:

• Aleo (ALEO)
• Render (RENDER)
• Akash Network (AKT)
• io.net (IO)
• Aethir (ATH)