• Website: https://goten.pages.dev
• Docs: https://docs-goten.pages.dev
• Deck: Canva
• Contract:
  • Sepolia Token: 0xceD74eB93fc5c0c6993a811F989779dD4FE27967
  • Sepolia Miner: 0x4c85F47D01668349FCb1653EaFE901dd7324e45b

Goten is a Data Availability (DA) layer-based on-chain transaction executor focused on enhancing Layer 2 interoperability. By leveraging zk-proof systems, Goten ensures system security and transaction reliability, thereby improving the user experience across multiple chains.

Users can quickly withdraw from various Layer 2 chains and perform cross-chain transactions using our service, leveraging deep liquidity pools to ensure high-security on-chain fund transfers.

Validators, also known as miners, help users submit transactions on the platform, earning transaction fees and project tokens. They send pre- and post-proof data to the DA layer. To promote a decentralized system, Layer 1 token rewards are distributed on Layer 2, encouraging validators to participate as miners.

Goten consists of three main components:

1. Goten Reward Token: Goten’s flagship product is a unique token deployed on Layer 1 (Ethereum). This token can be cross-chained or deposited into the Layer 2 system. It is obtained exclusively through executing zk proofs. Token distribution across different chains is balanced during operational periods to maintain deposit levels.

2. Goten Prover (Miner): Goten provers implement proofs on various chains, publish proofs to the DA layer, and use contracts for action proofs. Currently, Groth16 is used to enable Solidity to read zk proofs, allowing zkVM transaction proofs to be verified on-chain. Provers can also execute on-chain actions.

3. Goten Liquidity Pool: This is the practical application of Goten, enabling multi-chain lending and decentralized exchanges. Users can deposit into this pool and utilize the composability of contracts to facilitate multi-asset interoperability across chains.

| Goten is a monorepo managed using turbo. You can find the source code for each package in the apps and packages directory.

• apps`
  • apps/web is the web frontend. It built by frontend template, wagmi and vite
• packages
  • packages/contract

1. Install all peer dependencies

pnpm install

2. Build only frontend

pnpm build --filter web

3. Deploy Contract

cd packages/contract
pnpm deploy:token --networks <YOUR_NETWORK>
pnpm deploy:miner --networks <YOUR_NETWORK>

| Use case: Liquidity Pool as lending protocol

sequenceDiagram
    actor U as User
    actor M as Miner
    participant C as RewardToken
    participant L as LendingPool
    participant S as SP1-ZKvm
    participant DA as Celestia-DA

    %% User 
    U ->>+ L: Stake some collateral into pool
    L -->>- M: Listen event and get tx hash
    
    %% Contract
    M ->> C: Register as a miner (stake token)
    M ->>+ S: use SP1 to generate zk proof (withdraw)
    S ->>+ DA: Submit Compress zkProof to DA
    DA -->>- M: Query Proof data and can let everyone verify
    M ->>+ L: Send Proof to celestia for verify
    
    %% Withdraw
    U ->> L: After prove collateral can lend money in other pool according collateral