More heterogeneous chips Memory chip/instruction support

As computer technology evolves contiguously, more and more heterogeneous chips have emerged with their own unique advantages and features. In the future, Utility network will continue to upgrade or actively expand its support for these heteroge- neous chips, such as memory chips and more in- struction sets. This can further improve the versa- tility and adaptability of Utility network, enabling it to meet more different scenarios and user needs.

Utility network is committed to building a comprehensive, efficient and secure network of computing resources to meet the demands of hy- perscale computing power. To achieve this goal, Utility network will support the addition of more verifiable chips, compute storage, and network de- vices with security engines through the develop- ment of the Utility Proposal (UP). With the support of this protocol, Utility network will drive the de- velopment of self-configuration in the following three areas.

First of all, Utility network will actively pro- mote the integration and application of various het- erogeneous chips to take advantage of their respec- tive computing performance. These heterogeneous chips include the CPU, GPU, TPU, etc., which is familiar to us. These chips have their own unique performance advantages and can fully meet the computing needs in different scenarios. In addition, Utility network will explore in-depth cooperation with various storage devices to achieve efficient management of data storage to match computing re- sources. This includes support for traditional hard drives, solid state drives, and new storage technolo- gies aimed at improving the speed and reliability of data storage. It is worth mentioning that Util- ity network will also focus on the development of network devices to enable high-speed transmission and distributed scheduling of computing resources. All of this will help to build a highly optimized net- work of computing resources to provide users with more flexible and efficient computing services.

Through the above measures, Utility network will give full play to the advantages of storage and computational parallelism and the realization of incentive integration, providing a solid foundation for the all-human network born from super-scale computing. Utility Network will continue to ex- plore and innovate to promote the development of computing resource network and contribute great power to the scientific and technological progress of mankind.