The computing resources of network operators are currently fragmented and underutilized, which can lead to inefficiencies and higher costs. Computing service providers also want to serve more applications, but they may not have the resources to do so on their own. Computing service consumers want to use computing services from multiple providers with lower costs and more flexibility. This Catalyst addresses all of these challenges and aims to improve the efficiency and utility of computing resources, and to provide a more trusted and transparent computing transaction environment system, enabled by blockchain and AI technologies. The project will develop a trusted and transparent computing transaction system, enabled by blockchain and AI technologies. The system will decouple computing service consumers and providers, dynamically matching requests and supplies for computing service consumptions. This will benefit computing service consumers, providers, and bearer networks. Specifically, the project will: * Define the architecture of the computing transaction system. * Develop the algorithms for matching requests and supplies. * Integrate the system with bearer networks. * Deploy the system and test its performance. Overall, this project has the potential to improve the efficiency and utility of computing resources, and to provide a more trusted and transparent computing transaction environment.