Accessing verifiable historical onchain data in a scalable way is solved by @Brevis_zk
Brevis is much more than a simple data service, it's an efficiency & trusted layer directly solving the biggest problem of slow & costly ZK.
Rather than forcing dApps to generate numerous expensive proofs for every computation. It drastically slashes this requirement making ZK implementation significantly cheaper & faster.
Using Brevis SDK, developers can offload complex, heavy calculations from the main chain. Only a single compact ZK-proof is then submitted back on-chain for verification, ensuring speed while maintaining trustlessness.
Grant dApps complete, non-custodial access to historical blockchain data across various chains, eliminating the need to rely on any central authority. dApps are now trustworthy, scalable & low-cost.
It's a massive win for web3 & smart contract functionality. 🚀
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Accessing verifiable historical onchain data in a scalable way is solved by @Brevis_zk
Brevis is much more than a simple data service, it's an efficiency & trusted layer directly solving the biggest problem of slow & costly ZK.
Rather than forcing dApps to generate numerous expensive proofs for every computation. It drastically slashes this requirement making ZK implementation significantly cheaper & faster.
Using Brevis SDK, developers can offload complex, heavy calculations from the main chain. Only a single compact ZK-proof is then submitted back on-chain for verification, ensuring speed while maintaining trustlessness.
Grant dApps complete, non-custodial access to historical blockchain data across various chains, eliminating the need to rely on any central authority. dApps are now trustworthy, scalable & low-cost.
It's a massive win for web3 & smart contract functionality. 🚀