Succinct: Discard dApps, Embrace vApps It's time to abandon dApps and embrace vApps. ZKVM superstar @ SuccintLabs, which raised $55 million, has launched vApp, which will lead a new development paradigm. Let me first introduce where vApps are stronger than dApps! What tangible changes has it brought. 1. Targeting a wider range of developers. Building dApps requires the use of Solidity language, and with nearly 3 million Rust developers worldwide, Solidity developers only make up a small portion of Rust. In vApps, developers can use languages such as Rust, which is a traditional application development language. More application developers can easily build vApps. 2. Save up to 832 times the cost. The verifiable cost of traditional EVM is very high. Writing application logic in EVM and then making it verifiable through SP1 validated interpreters can bring huge overhead (up to 832 times). In SP1, vApp uses native Rust execution, which can avoid up to 832 times the overhead of EVM and other interpreters. 3. Reduce the workload of proof by 95%. VApp can use zkVM's precompilation feature to reduce the proof workload required for common encryption operations by up to 95%. In vApp, developers do not need to perform repetitive backend engineering to build applications. The vApp SDK allows developers to easily encapsulate their application logic into the required components without the need for complex development work. What is vApps? Succinct is a decentralized proof network driven by SP1, which is a critical infrastructure supporting vApps. VApps is short for Verified Applications. The foundation of vApps is SP1, which provides a verifiable computing layer for each vApp, ensuring the reliability and security of the application by generating zero knowledge proofs (ZK proofs) for code execution. The vApp SDK is the core of the vApp framework, which abstracts all the components required for an application. Developers only need to write the application logic. Under the vApp framework, developers do not need to learn Solidity or handle complex on chain and off chain integration. They only need to write application logic in Rust, and the rest of proof generation, cross chain interoperability, and state settlement are automatically completed by the system. VApp can also easily implement verifiable features for existing Web2 applications or new Web3 applications through simple plugins, allowing them to focus on building core functions. VApps supports multi chain native and greatly improves performance, suitable for a wide range of scenarios from advertising transactions to gaming, healthcare, etc. It solves the pain points of slow speed, high cost, and complex development of dApps, and opens up infinite possibilities for Web3 applications. DApp developers and Web2 developers, it's time to switch tracks and develop vApps. gProve! @0xCRASHOUT @Naive_BNB @lovecity0088 @succinct_zw @Greta0086