In the field of fisheries and aquaculture, “one-book fishing” has always been regarded as a synonym for high-quality fish catches due to its characteristics of minimal damage to fish catches and high freshness retention. However, behind this traditional technique lies a huge pain point: extreme dependence on manual labor. With the intensifying aging of the population and the younger generation’s reluctance to engage in high-intensity and high-risk water operations, skilled workers with fishing skills are becoming increasingly difficult to find. Soaring labor costs and increased management difficulties have caused many enterprises relying on this technology to encounter development bottlenecks. If I tell you that there is a technology that can help you get rid of heavy dependence on human labor and achieve “unmanned one-book fishing”, would you be interested? Pain point: Why is the traditional model being abandoned by the times? Labor shortage: Skilled anglers are hard to come by, and it takes a long time and high cost to train a qualified worker. Management challenges: Humans are not machines, and they experience emotions and fatigue, which can lead to unstable fishing efficiency and pose safety hazards. High cost: Apart from wages, there are also hidden expenses incurred from accommodation, social security, and various personnel management. In such a general environment, continuing to build up manpower to expand the scale is akin to erecting a skyscraper on sand. Breaking the pattern: How can my technology achieve “humans surpass machines”? I can develop a “fully automated smart one-book fishing system”. This is not just a machine, but a complete solution that integrates mechanical automation, intelligent sensing, and data analysis. The core advantage of this technology lies in: Higher efficiency: The moment a fish bites the hook, the system can automatically determine the timing to lift the rod through algorithms, with a reaction speed and accuracy that even surpasses the most experienced anglers. 24-hour uninterrupted operation: The machine does not need to rest or operate in three shifts. Whether it’s day or night, or in adverse weather conditions (within safety limits), the equipment can continue to operate, multiplying fishing efficiency several times. Labor saving: Originally, a ship required 10 to 20 workers, but now only one operator is needed in the control room for remote control. You no longer have to worry about “not being able to recruit people”, but can rejoice in the “high efficiency of the machine”. Online connectivity: Technically, it is feasible for one person to operate a fleet of boats, where the main boat is manned, while the other boats automatically follow without requiring human operation. All boats can automatically fish. Invitation: Let’s work together to become the game-changer in the industry I am well aware that even the best wine needs a good marketing strategy. I possess technical skills, but the power of one person is ultimately limited. My current goal is not just to benefit myself, but to promote this solution and empower the entire industry. If you are: Large aquaculture enterprises: need to precisely capture and market adult fish, reduce damage, and increase selling prices. Leisure fishery practitioners: We aim to create a high-tech “unmanned fishing ground” to attract tourists for experience. The owner of a traditional fishing fleet: We are struggling with labor and efficiency issues and are eager for transformation. Visionary investors: optimistic about the future of agricultural technology and smart fishery. Then, it is highly necessary for us to sit down and have a chat. Note: There is no prototype for this plan yet! I possess strong technical skills. Many years ago, when smartphones were not yet popular, the phone I used was designed and manufactured by myself. If you are interested in this, you can leave a message. If this post is inappropriate here, please let me know. Thank you! If you can provide some assistance, I would like to offer cash as a token of gratitude!