Core Viewpoint - The Global Most Valuable Practice Solution (GMVPS) aims to promote the deep integration of technological innovation and commercial application, leading the future development direction of the computing industry, and serves as an authoritative benchmark for industry innovation [2] Group 1: Event Overview - The 2025 GMVPS officially launched on July 21, 2023, marking a new upgrade for the event [2] - GMVPS is organized by the Global Computing Alliance (GCC) and supported by various communities and innovation centers [2] Group 2: Case Collection Focus - The 2025 GMVPS will publicly solicit benchmark cases in four major industrial technology fields and three specialized technology directions, focusing on intelligent computing, high-performance computing, green computing, and edge computing [3] - The event will cover mainstream value industries such as finance, telecommunications, government, internet, manufacturing, energy, transportation, education, biopharmaceuticals, and industrial software [3] Group 3: Benefits for Participants - Participating companies will gain significant brand and commercial value, with expert evaluations and technical guidance provided by a panel of authorities from GCC and industry experts [4] - Selected cases will receive media coverage and be permanently included in the GCC official GMVPS case database, enhancing the brand credibility and influence of participating companies in the global computing industry [4]

Group 1 - The core objective of the digital transformation plan for the electronic information manufacturing industry is to achieve a numerical control rate of over 85% for key processes in large-scale enterprises by 2027, providing a clear path for digital transformation [1] - The digital transformation of the electronic information manufacturing industry is crucial for its high-quality development and for promoting the deep integration of the real economy and the digital economy [1] Group 2 - Benchmark enterprises play a vital role in the industry transformation process by providing successful experiences that can be replicated across the industry, leading to a digital upgrade of the entire industrial chain [2] - Smart factories with a significantly higher numerical control rate than the industry average utilize advanced numerical control equipment, automated production lines, and industrial robots, resulting in improved production efficiency and reduced costs [2] Group 3 - Despite advancements in the electronic information field, there are still critical core technology challenges that need to be addressed to facilitate digital transformation [3] - Innovations in advanced computing, such as high-performance computing and cloud-edge collaboration, are essential for enhancing computing capabilities and data processing efficiency in the electronic information manufacturing sector [3] Group 4 - The digital transformation of the electronic information manufacturing industry requires the establishment of an open, collaborative, and win-win ecosystem involving upstream and downstream enterprises, digital transformation service providers, and research institutions [4] - Companies should actively collaborate with suppliers and customers to achieve information sharing and business coordination, while also partnering with digital transformation service providers to enhance the success rate and efficiency of their digital transformation efforts [4]