Cysic

cys
Rank #261•Layer 1, Decentralized Computing, Zero-Knowledge Proofs
CoinYQ Dossier

Cysic put a price on a proof, then split money from the vote

A Cysic proof crosses three contests. Provers compete on price and reserved CYS, verifiers compete to answer before the round closes, and validators use CGT-backed voting power to finalize the ledger. The design makes compute measurable, but it also exposes three control layers: Cysic’s auction software, chain admission and governance, and privileged bridge contracts.

The bottleneck began inside the proof factory

Cysic Labs began around 2022 with a hardware thesis: ZK systems could not reach cheap, fast proving through cryptography alone. FPGA and ASIC work was paired with software, testnets and a marketplace intended to turn spare accelerators into purchasable proof capacity.

Phase I opened verifier participation in July 2024, followed by broader prover campaigns. Those tests rewarded participation and supplied operating data, but their node and proof totals remain project-reported metrics rather than an independent measure of decentralization.

Mainnet gave one proof an auction instead of a posted price

The current mechanism starts with difficulty in cycles, a deadline and a maximum bid denominated in CYS per million cycles. Eligible provers reserve CYS and submit prices. The lowest bid sets an edge; winners are randomly selected from a pool beginning at the second-lowest bid, so no single cheapest machine automatically captures every task.

After execution, 20 verifiers are sampled from the task’s block hash. The round closes when at least 12 answer. Eighty percent of the task reward funds successful provers, with 7:3 or 7:2:1 randomized splits, and the responding verifiers divide the remaining 20%. Missing a deadline triggers reassignment and a documented slash initially using beta=1.

CYS pays for work; CGT decides who speaks for the chain

CYS is the native fee and compute asset of chain ID 4399. A provider reserves it to bid; users pay for proofs; contributors receive it. A holder can convert CYS into non-transferable CGT and delegate that CGT to a validator. Undelegating CGT takes 21 days, and only CGT originally created from CYS can be converted back to CYS.

The Foundation assigns governance to CGT: proposals on emissions, marketplace rules, treasury, proof upgrades and validator policy. Current validator instructions require 1,000,000 CGT and submission of an exit IP to the Cysic team for whitelisting. That admission step means the operational validator path is presently narrower than the broad language of holder-elected nodes.

One billion units entered through five different doors

The declared supply is 1,000,000,000 CYS. Ecosystem incentives receive 40.19%, investors 23.62%, contributors 12.11%, the Foundation treasury 8%, and community incentives plus liquidity 16.08%. These percentages sum to the whole supply but do not reveal every recipient wallet.

Investors have a 12-month cliff and 12-month linear release; contributors a 12-month cliff then 36 months; the Foundation a 12-month cliff then 24 months. Locked balances cannot be staked. Ecosystem distribution is described as dynamic, so future circulation depends on grants, bounties, mining, staking and governance execution.

The same ticker has different control surfaces on three chains

Native CYS belongs to the Cysic L1. The official bridge links it to 0x0C69199C1562233640e0Db5Ce2c399A88eB507C7 on BNB Smart Chain and 0x19e8d59ff3D7A31289e0Dc04Db48d43b02c7ffa6 on Base. Bridge validators lock or burn on the source side and mint or unlock on the destination.

Verified Base code is a direct token contract with a BRIDGE_ROLE that can mint and burnFromAddress, while the owner can pause transfers and blacklist addresses; role admins and ownership can also change. That is bridge custody and compliance power, not a native-chain holder vote. The airdrop terms identify the Foundation as a Cayman exempted foundation company and deny a contractual or fiduciary relationship arising from that airdrop. Separately, the materials reviewed did not establish equity, revenue sharing, hardware ownership or guaranteed compute rights for CYS or CGT holders; that finding does not determine rights under other agreements or applicable law.

How the project changed

  1. 2022
    Cysic starts from ZK acceleration

    The team pairs proof software with FPGA and ASIC research.

  2. 2024-07
    Phase I testnet opens

    Verifier participation begins, followed by larger prover campaigns.

  3. 2025-09-24
    Network docs mark a chain launch

    The current product documentation uses this date for the L1, before the token launch window.

  4. 2025-12-01
    Airdrop registration opens

    The Cayman Foundation begins eligibility screening under published terms.

  5. 2025-12-11
    CYS and public mainnet economics launch

    Cysic announces the native token, bridge representations and ComputeFi mainnet.

Evidence and primary sources

Last evidence review: 2026-09-05

What is Cysic?

Cysic is an EVM-compatible Cosmos CDK Layer 1 for assigning and settling verifiable compute. Requesters buy ZK proofs, provers run them, verifiers check them and CometBFT validators finalize chain state. Native CYS is the fee, payment and compute-reserve asset on chain ID 4399. Non-transferable CGT is obtained from CYS and carries delegation and protocol governance. The CYS contracts listed on BNB Smart Chain and Base are bridge representations, not the native ledger.

What problem does Cysic solve?

Cysic targets fragmented and centralized access to specialized computing resources. Zero-knowledge proof generation and AI workloads can require costly GPUs, ASICs, or other accelerators, while users need evidence that outsourced work was completed correctly. The project proposes an open coordination and settlement layer where task requesters can submit jobs and independent providers can compete to execute them. Claims about proof volume, node counts, performance, workload demand, and decentralization have not been independently validated here.

How does Cysic work?

For a ZK task, Cysic’s documentation says a requester specifies requirements, a deadline, and a maximum bid; eligible compute providers bid, selected providers execute the work, and verifiers check the submitted results before rewards are distributed and the process is recorded on Cysic Network. CYS is described as the token for transaction fees, compute-service payments, staking or token reservation, and rewards for validators, provers, verifiers, and other compute contributors. The project says both token stake and pledged computation contribute to its CometBFT-based Proof-of-Compute consensus. Governance is described separately through non-transferable CGT obtained by committing CYS. The precise implementation and security guarantees depend on the workload and require assessment from current code, audits, and on-chain state. Delegation to validators uses CGT, not CYS directly; unstaking delegated CGT takes 21 days, and only CGT originally converted from CYS can convert back.

Key facts

  • Cysic Foundation documentation identifies CYS as the ticker, gives Cysic Network chain ID 4399, and states a total supply of 1,000,000,000 CYS. Native CYS and all bridged representations have not been independently reconciled across chains.
  • The official allocation is 40.19% for ecosystem incentives, 23.62% for investors, 12.11% for contributors, 8% for the foundation treasury, and 16.08% for community incentives and liquidity.
  • Official vesting terms state a 12-month cliff followed by 12 months of linear vesting for investors, 36 months for contributors, and 24 months for the foundation. The documentation says locked tokens cannot be staked.
  • The project describes CYS as the economic token for payments, transaction fees, staking or reservation, block rewards, and compute-provider rewards. It describes CGT as a separate, non-transferable governance credit obtained by committing CYS; neither token is established here as granting equity, revenue sharing, reserve redemption, or ownership of hardware or compute assets.
  • The official mainnet page identifies bridged CYS contracts on BNB Smart Chain at 0x0C69199C1562233640e0Db5Ce2c399A88eB507C7 and on Base at 0x19e8d59ff3D7A31289e0Dc04Db48d43b02c7ffa6.
  • Verified code for the Base contract exposes role-controlled minting and burning, pausing, address blacklisting, ownership, and access-control functions. The live owners, admins, bridge-role holders, multisignature arrangements, timelocks, and corresponding BSC controls were not established in this review.
  • Cysic’s public GitHub organization includes mainnet prover and verifier scripts and open-source ZK repositories. This shows published technical work but does not by itself prove the project’s performance or decentralization claims.
  • Current validator instructions require 1,000,000 CGT and an exit-IP whitelist from the Cysic team. Current network docs date the L1 to September 24, 2025, while the Foundation planned CYS for Q4 and Cysic announced the token and public mainnet economy on December 11, 2025; these are distinct rollout milestones.

Official links

Categories

Layer 1Decentralized ComputingZero-Knowledge ProofsArtificial IntelligenceCompute MarketplaceCosmos Ecosystem

Frequently asked questions

What is CYS used for?

According to official Cysic documentation, CYS is used for network transaction fees, compute-service payments, staking or token reservation, and rewards for validators, provers, verifiers, and other compute contributors.

Does holding CYS directly provide governance or ownership rights?

The project describes a dual-token system in which committing CYS can produce non-transferable CGT, and CGT carries protocol-governance functions. No located legal document establishes that CYS or CGT grants equity, revenue sharing, treasury or reserve redemption, or ownership of underlying hardware or compute assets.

What is the stated supply and allocation?

Cysic Foundation states a total supply of 1,000,000,000 CYS: 40.19% for ecosystem incentives, 23.62% for investors, 12.11% for contributors, 8% for the foundation treasury, and 16.08% for community incentives and liquidity. Because bridged representations also exist, current cross-chain totals should be checked on the relevant explorers.

Where are the CYS contracts, and can transfers be restricted?

The official mainnet page lists BNB Smart Chain address 0x0C69199C1562233640e0Db5Ce2c399A88eB507C7 and Base address 0x19e8d59ff3D7A31289e0Dc04Db48d43b02c7ffa6. Verified Base code includes role-controlled minting and burning, pausing, and blacklisting, but live role holders and operational controls were not established in this review.

Why are there two mainnet dates?

Current network docs date the L1 launch to September 24, 2025. Foundation tokenomics put CYS in Q4, and Cysic’s issuer announcement launched the token and public mainnet economy on December 11. The page treats chain availability and token-economic rollout as separate milestones.

How does a prover win a task?

It reserves CYS, meets the deadline benchmark and bids below the requester maximum. Three winners are sampled from up to eight bids starting at the second-lowest; the lowest bid alone does not win.

Can anyone become a validator today?

The guide requires at least 1,000,000 CGT and asks operators to submit an exit IP to the Cysic team for whitelisting. That is an operational admission control in addition to stake.

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