PROVE

Succinct makes all computations trustworthy

When AI models output results on-chain, how can you be sure they haven't been tampered with? When cross-chain bridges transfer assets, how do you verify that transactions are real and valid? @Succinct provides the answer: with ZK proofs, making all computations 'verifiable and non-revealing', and all of this at an unimaginably low cost.

@Succinct 's SP1 zkVM can convert any program into a ZK proof, whether it's the reasoning process of AI or the pricing model of DeFi, both can be precisely verified. Even more impressive is the recursive proof technology, which can compress massive computations into a single proof, enhancing on-chain verification efficiency by more than 10 times, making the on-chain implementation of complex applications possible.

$PROVE is the 'glue' of this trust system, where provers stake PROVE to provide services, developers pay PROVE to use the network, and token holders vote to optimize rules, creating a positive feedback loop. Currently, the price stabilizes at 1.47U, and with the acceleration of AI + Web3 integration, the application scenarios for PROVE will explode in growth.

From protecting user privacy to preventing contract vulnerabilities, from simplifying cross-chain processes to empowering trustworthy AI, Succinct's influence is permeating every corner of Web3. #Succinct is building the underlying logic of 'computational trustworthiness'. #Succinct ensures that the combination of AI and blockchain no longer has trust blind spots. #Succinct 5500 million in financing will accelerate technology implementation. In the future of #Succinct , every on-chain application may need it.