From memory-efficient zero knowledge proofs on edge devices and browsers to high-speed proofs running across specialized nodes, NovaNet is the only modular ZKP network that brings fast, privacy-preserving proofs to any device and blockchain.
It does not matter if you want your verifier to work on ETH, SOL, AVAX, or even a web2 server, NovaNet aims for minimal verifier lock in.
WASM is widely adopted and extremely portable. It even works in browsers! Any WASM executable can be traced and proved in NovaNet.
How do we get zero-knowledge proofs to run everywhere? NovaNet is an IVC based incentive and peer-to-peer aggregation layer for various ZKP schemes and zkVMs.
Proof racing causes a loss in efficiency, prevents privacy, and destroys the possibility of parallelization. NovaNet uses game theoretic prover cooperation to do decentralized proving differently.
Prover racing is inferior to game theoretic prover cooperation. Moreover, privacy preserving applications run locally and only pay a fee for aggregation. Space efficient prover technology allows for the previously unthinkable.
Parallel proving allows for big problems to get solved fast. Incremental verifiable computation via folding allows for even constrained devices to join the network and earn. Modularity is the key to better performance.
Specialized, hardware advanced, and new proving scheme can become opcodes in the modular NovaNet zkFramework. These specialized provers can upgrade the network and earn a premium for their work. NovaNet is the most adaptable prover network to date.
