5G+ Beidou + Robotics, factories are in a panic, but the bosses are smiling.
Recently, the Ministry of Industry and Information Technology held a meeting proposing to promote the integration of five key technologies: 5G, artificial intelligence, robotics, industrial internet, and Beidou navigation. This is not just a simple list of technologies; it aims to ensure that these technologies work together effectively in factories. Previously, there was a strong emphasis on the power of individual technologies, but now the focus is on whether these technologies can operate smoothly together in actual production environments.
A steel plant installed a fully connected 5G system last year, but the old equipment could not recognize the new protocol, causing the production line to stop for three days. This situation is not uncommon; many factories have equipment that is decades old, with varying data formats that cannot be integrated with new systems. Although official documents do not mention standardization issues, companies have already begun contacting suppliers to retrofit their equipment and push for upgrades.
The Beidou system is commonly known for navigation, but it is also very useful in factories. A port in Zhejiang uses the Beidou system to guide unmanned trucks, improving work efficiency by over 30%. However, this is rarely publicized. Beidou not only determines location but also synchronizes time, making it particularly suitable for logistics and chemical transportation, where precision is crucial. Unfortunately, it is often treated as a supporting role in policy arrangements, while its actual impact is much greater than people realize.
Robots sound advanced, but in factories, they spend most of their time handling goods and performing repetitive tasks like welding. Complex tasks such as flexible assembly and precision inspection still rely on human workers. Moreover, some visual algorithms can easily make errors under changing lighting conditions, with misjudgment rates reaching 8%. However, when purchasing robots, few people ask whether they can operate normally in extreme environments, and manufacturers rarely mention this, resulting in factories often bearing the consequences.
Last year, there were only 42 pilot 5G factories nationwide. Now, with policies tightening, there is only a year and a half left in the window period. Local governments have built dedicated 5G networks to meet targets, but the bandwidth is only utilized at 5%. Money has been spent without seeing results, and these networks are often built just to receive subsidies. Everyone knows that the more urgent the situation, the more likely it is to create bubbles.
China, the US, and Europe are all promoting industrial upgrades. The US focuses on the chip sector, the EU emphasizes human-machine collaboration, while China is taking a different path. Instead of pursuing leadership in individual technologies, it looks at whether the overall system can operate smoothly in practical applications. This approach carries significant risks; if any link in the chain fails, the entire system could collapse. Although no one directly mentions being ‘choked’ in terms of technology, everyone understands that without its own industrial operating system, even the best technology is just a castle in the air.