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ZKSpace —— ZK-Rollups Based Layer-2 DEX with The AMM Model
**Website Explorer Whitepaper**
ZKSpace is a Layer-2 decentralized exchange that adopts AMM model and zk-Rollup technology. It’s built on Ethereum, and aims to give traders low latency & no gas fee experiences.
ZKSpace is a token Swap protocol based on Automated Market Maker (AMM). Through ZK-Rollup technology, the full set of uniswap functions are realized in Layer-2, while providing unlimited scalability and privacy. ZKSpace provides liquidity providers and traders with ultra-high throughput Swap infrastructure, and transactions do not require any Gas fees.
ZKSpace is a decentralized project led by the community. ZKS is a certificate for community participation in governance; ZKSpace supports limited transaction pairs. In addition to the transactions initially added by the official team, users who hold ZKS can vote or pledge to achieve currency listing.
The total amount of ZKS tokens is fixed at 1 billion, and the current circulation is close to 200 million.
ZK Rollup is a non-interactive Rollup that relies on concise proof of validity. Each assertion will be accompanied by an easy-to-verify zero-knowledge proof to prove that the calculations and results in the assertion are correct. This is very friendly to miners and other observers, because the cost of verifying the proof is low, and the correctness of the assertion can be verified immediately.
ZK Rollups technology is decentralized, users can participate without permission, and at the same time can obtain the security equivalent to Layer 1. In this regard, it has certain advantages over most Layer 2 technologies.
The ZKSpace server can interact with users through the WebSocket interface, and can also monitor transactions on the Ethereum blockchain. All legal transaction requests will be placed in the ZKSpace memory pool, which will ultimately be processed by the Swap Engine.
ZKSpace's zero-knowledge proof system adopts a distributed architecture and uses the latest zero-knowledge proof algorithm PLONK to generate proofs. PLONK's global trust setup only needs to be generated once, and applications with a certain range of circuit scale can be reused, which greatly reduces the threshold for using zero-knowledge proof.