The rise of data-intensive applications in the Web3 ecosystem has brought new challenges. The computational limitations of traditional Blockchains are increasingly unable to meet the growing complexity of application demands, and the verifiability of off-chain computation has become key to breaking through this bottleneck. Against this backdrop, the Lagrange Coprocessor has emerged, igniting a revolutionary wave of verifiable computation with its innovative identification of smart engines.

The development history of the Lagrange Coprocessor is filled with remarkable milestones. In August 2025, it launched the ZK Coprocessor 1.0 version, laying the technological foundation. Subsequent optimizations significantly reduced off-chain computation latency to 150 milliseconds, and this breakthrough rapidly expanded its service coverage to include 10 major Blockchain networks, including ZKsync and Optimism.

'Compute Rise' program's launch attracted active participation from 200,000 developers, cumulatively processing up to 80 million off-chain tasks, fully demonstrating the platform's broad application prospects. As of August 2025, on-chain data shows that the total locked value (TVL) of the Lagrange Coprocessor is close to 620 million USD, with a transaction volume reaching an astonishing 550 million times, highlighting the strong confidence the market has in it.

It is worth mentioning that the strategic cooperation between Lagrange Coprocessor and Polygon has pioneered a new field of AI-driven off-chain proof, achieving a transaction volume of 32 million dollars within just one month. In addition, its system upgrade supports the real-time computing needs of 70 new applications, with API calls exceeding 120 million, highlighting the platform's strong technical strength and scalability.

The core advantage of the Lagrange Coprocessor lies in its continuous technological innovation. By introducing advanced zero-knowledge proof (ZK) technology, the platform not only enhances computational efficiency but also ensures the privacy and security of data. This innovation provides developers with unprecedented scalability, making more complex Web3 applications possible.

With the rapid development of the Lagrange Coprocessor, we are witnessing the emergence of a new type of digital economic infrastructure. It not only addresses the technical bottlenecks currently faced by Web3 applications but also paves the way for the widespread implementation of decentralized applications in the future. By providing efficient, secure, and scalable computing power, the Lagrange Coprocessor is reshaping the Web3 ecosystem, bringing new opportunities and possibilities for developers and users alike.

Looking ahead, the continued innovation of the Lagrange Coprocessor will further push the boundaries of Web3 technology, laying a solid foundation for the construction of a more open, transparent, and efficient digital economy. As a pioneer in the field of verifiable computing, it will undoubtedly play a key role in shaping the future of a decentralized world.