03,20,2026 16views
【Smart CityAttention to online enterprises】Recently, the Jiangsu Provincial Government released the "Jiangsu Province 'Artificial Intelligence+' Action Plan", which systematically plans the development path of artificial intelligence, aiming to build Jiangsu into a leading innovation source, industrial highland, and integrated application pilot zone for "Artificial Intelligence+" in the country.
The Action Plan sets specific goals for crossing the three time nodes of 2027, 2030, and 2035: by 2027, Jiangsu will be the first to achieve extensive and deep integration of artificial intelligence, with a penetration rate of over 70% for new generation intelligent terminals, intelligent agents, and other applications, and a rapid growth in industrial scale. By 2030, the penetration rate of new generation intelligent terminals, intelligent agents and other applications will exceed 90%, forming a number of leading domestic models and creating a batch of large-scale commercial application scenarios. The scale of the artificial intelligence industry will exceed one trillion yuan, and the intelligent economy will become an important growth pole for the province's economic development. By 2035, we aim to establish a leading innovation hub for "artificial intelligence+" in China, a new highland for industries, and a leading area for integrated applications, fully entering a new stage of intelligent economic and social development.
As the core driving force of a new round of technological revolution and industrial transformation, artificial intelligence is reshaping production models, optimizing life experiences, and opening up new development tracks. General Secretary Xi Jinping pointed out that China attaches great importance to the development of artificial intelligence and actively promotes the development of the Internetbig dataDeep integration of artificial intelligence and the real economy, cultivating and strengthening the intelligent industry, accelerating the development of new quality productive forces, and providing new momentum for high-quality development
Artificial intelligence+deeply empowers the real economy and promotes industrial transformation and upgrading. In the manufacturing industry, intelligent upgrading has become a key lever for cost reduction and efficiency improvement. The AI predictive maintenance system developed in collaboration between General Motors and Nvidia has successfully alerted 87% of equipment failures, reducing the average annual downtime from 1200 hours to 720 hours and reducing losses by $430 million annually; BMW utilizes AI to optimize factory scheduling, significantly reducing idle production time, while Siemens designs industrial parts through AI to achieve the optimal balance between cost and strength. In the field of agriculture, "smart vegetable planting" has become a new trend. The intelligent plant factory in Dezhou, Shandong Province, uses AI systems to accurately control lighting, water and fertilizer, and robotic arms to automatically screen and grade seedlings with an accuracy of 98%. Every day, 500 kilograms of high-quality vegetables are sent to various parts of the country, greatly improving agricultural production efficiency and resource utilization. In the aerospace field, the "Jilin-1" satellite constellation is equipped with an AI remote sensing large model, which replaces manual labor to quickly complete farmland identification and crop damage assessment, solving the problem of rapid interpretation of massive remote sensing data and making the satellite "brain" smarter and more efficient.
Artificial intelligence+is close to the needs of people's livelihoods, making smart living within reach. AI applications in the medical and health field safeguard life and health. DeepMind's medical AI system predicts acute kidney injury with an accuracy of 90% 48 hours in advance, and its blood test cancer detection system can identify 13 types of early cancer within 3 seconds, surpassing the accuracy of chief physicians in tertiary hospitals; The AI system of Shenzhen Sigma Biotech assists in the research and development of new gastric cancer drugs, shortening the cycle by 60% and bringing hope to patients. In daily life, AI services are everywhere: the "Smart Home" AI center in Yangliujun Community, Hangzhou, realizes intelligent monitoring of traditional Chinese medicine equipment, automatic dimming of street lights, and precise garbage classification; AI dressing assistants on social media platforms generate personalized recommendations based on users' body shape and occasion needs, link purchase channels, and reshape the consumer decision-making chain; humanoidrobotXiaoQ provides precise customer service in coffee shops, and China Mobile's humanoid robots can even perform cross-talk shows and torch relay, demonstrating the potential for diversified services.
Looking ahead to the future, "Artificial Intelligence+" is moving towards a deeper integration stage, but it also faces many challenges. From the perspective of development trends, AI will achieve a leap from "functional intelligence" to "situational intelligence", capable of perceiving multidimensional information such as environment, time, and emotions, and providing more accurate responses; Multi AI collaborative systems will gradually replace single applications and form a full chain ecosystem through standardized data sharing; With the advancement of 5G-A and 6G technologies, edge AI will experience an explosion, achieving real-time intelligent services with low latency and high privacy. At the same time, technological applications also face problems such as cost control, talent shortage, and ecological governance: the improvement of model reasoning ability is accompanied by a surge in token consumption, which brings performance pressure to enterprises; There is a significant gap in interdisciplinary and composite talents, which hinders the effectiveness of technology implementation; The data security and ethical standards of AI applications still need to be improved, becoming a key issue for the healthy development of the industry.
In the future, with the continuous iteration of technology, the continuous improvement of ecology, and the increasingly standardized governance, "artificial intelligence+" will unleash greater potential, accelerate the development of new quality productivity, inject inexhaustible power into high-quality development, and allow more people to share the dividends of technological progress.
