Weekly Report #17~18 (2024–11–01)

1. In the past few days, we participated the Binance Blockchain week in Dubai and demonstrated the VeForum built by our vrs-core-sdk.
2. We’ve been starting to cooperate with the Bitrealms which is the first web3 shorts platform. We’ll guide the bitrealms dev team to migrate their product to Verisense, including the AI judging feature.
3. We also fixed some bugs of external http requests of the vrs-core-sdk.
4. At meantime, we pushed the progress of monadring development forward. We estimated the testnet version will be online in Dec this year.
5. Implementation of Timer Initialization. We implemented the timer_init function, which is a crucial component of the system’s timer module. This functionality ensures a more reliable and efficient initialization process for timers, providing necessary support for subsequent time management features.
6. Adjustment of Timer Interface and Timestamp Host Function. This week, we adjusted the timer interface and modified the timestamp host function. These changes aim to improve the usability of the interface and the accuracy of the functionality, enabling the timer module to better integrate into the overall system architecture.
7. AI Agent Demo Implementation. We developed a demo of an AI agent that can access services based on large language models (LLMs) through a WebAssembly (WASM) module. This feature demonstrates how AI services can be integrated into a WebAssembly environment, providing a viable reference architecture for future intelligent application development.
8. Modification and Correction of HTTP Mode. To address the issue where HTTP requests had no response due to tokio::select!, we modified the HTTP mode. By adjusting and correctly utilizing the asynchronous programming model, we successfully resolved this issue, ensuring HTTP requests respond properly, thereby enhancing system stability and user experience.
9. Initial Version of VRF Implementation. This week, we successfully implemented the initial version of a Verifiable Random Function (VRF). We chose to use BLS signatures as the basis for our distributed VRF solution. The aggregation properties of BLS signatures allow us to generate random numbers efficiently while maintaining security. This implementation lays a solid foundation for the randomness and security of our system.

By focusing on demand-side innovation and addressing the unique needs of AVS applications, Verisense Network is pioneering a more sustainable and effective restaking ecosystem. This approach not only ensures the long-term viability of restaking but also unlocks the full potential of pooled security, driving the next wave of blockchain innovation.

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