WASM Integration

WebAssembly (WASM) integration in the Utility network is key to enabling cross-platform algorith- mic code to run, and WASM is a common binary instruction set designed to provide an efficient and compact VM format for a variety of computing devices [30]. Through WASM integration, the Util- ity Network is able to support a variety of differ- ent hardware and software environments to ensure cross-platform compatibility and associated perfor- mance.

WASM is tightly integrated with the algorithm code behind rollup operation in the Utility network, where the algorithm code is first compiled into WASM bytecode, and then packaged and optimized by the rollup technique. In this way, the WASM bytecode can be executed quickly on each node in the Utility network, improving the overall compu- tation efficiency.

In addition, the Utility network works seam- lessly with Kubernetes’ WASM execution environ- ment. kubernetes can support multiple languages and platforms using the WASM Runtime, enabling algorithmic code in the Utility network to run on different computing devices. This seamless integra- tion facilitates reduced resource consumption and improved computational efficiency while ensuring code security and reliability.

Figure 9: Integration of Kubernetes framework with WASM environment

With WASM integration, the Utility network enables a highly flexible and scalable computing ecosystem. Whether handling complex AI model training tasks or performing lightweight inference deployments, the Utility network is able to provide powerful computational capabilities in a variety of hardware and software environments.