Shocking 😱
The decentralized Succinct Prover network developed by $PROVE surprisingly offers a streamlined zero-knowledge proof generation scheme. Even more impressive is that this network allows developers to integrate zero-knowledge proof technology into various blockchain applications without having to build complex infrastructure.
Its core component, SP1, performs stably in terms of performance and can efficiently handle proof computation tasks.
Currently, this technology has been adopted by projects like Polygon zkEVM and Gnosis Chain to optimize on-chain verification processes. The team recently completed a $55 million financing round led by Paradigm, and these funds are primarily used to expand the scale of the proof network's nodes.
The development process using SP1 is relatively simple. Developers can directly deploy the prover through an open-source toolchain without needing to delve deep into the underlying cryptography. This lowers the barrier for adding privacy protection or scalability features in applications.
The operation mechanism of the Succinct Prover network is distributed, with multiple independent nodes working together to complete the proof generation tasks. This design avoids the risks of single points of failure and makes the cost of proof services more controllable. For scenarios that require bulk proof generation, the network automatically allocates computational resources.
Overall, this technology mainly addresses two issues: first, making zero-knowledge proofs easier for ordinary developers to use; and second, enhancing the reliability of proof generation through distributed architecture. It has shown predictable stability in actual operation, but the final effect still needs to be observed during large-scale applications.
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