(A) technological innovation and upgrading

With the continuous progress of science and technology, AGV/special inspection robot will usher in a series of technological innovations and upgrades in the future. The continuous development of sensor technology, navigation technology and artificial intelligence will make the perception and navigation ability of AGV robot move to a new level. For example, the application of augmented reality (AR) technology can make AGV robots more accurately perceive the surrounding environment and realize more accurate navigation and path planning. Through AR technology, the robot seems to have a pair of "eyes", which can clearly identify various objects, signs and potential obstacles, and can also shuttle flexibly and accurately to the target location in complex scenes.

At the same time, the integration of AI and ML (machine learning) technology will also give AGV robots more intelligent decision-making ability and independent maintenance ability. It can quickly make reasonable judgments and decisions, optimize workflow and improve work efficiency according to the obtained environmental data, task requirements and other information. Moreover, when there are some minor faults or potential problems in the equipment, the robot can detect and try to repair itself in time by virtue of its self-maintenance ability, or send accurate fault prompt information to the staff, which greatly improves the overall reliability and availability of the equipment, ensures its long-term stable operation, and provides more powerful support for the production and operation activities of various industries.

Laser navigation is one of the main trends of AGV development in the future. At this stage, the research and development of its laser sensor is diversified, the technology is more complicated and high-end, and the performance requirements are biased towards the combination of the same kind, multiple combinations and multi-scene applications, which can improve the performance and reduce the cost, which also lays a solid foundation for AGV robots to better adapt to different application scenarios and meet diverse needs. Natural navigation technology is also in line with the future development direction of AGV. It does not need to make large-scale adjustment of basic equipment, but only needs small-scale transformation. It has many advantages such as high system flexibility, flexible path planning and strong environmental adaptability, which can help AGV robots to be successfully applied in more complex environments.

(2) Individualized development

There are obvious differences in the demand for AGV robots in different industries, which promotes the AGV robots to evolve in a diversified and personalized direction in the future, so as to better adapt to the special requirements of different scenes in various fields.

In the medical industry, the internal logistics and drug distribution in the hospital is a crucial link, which requires AGV robot to have accurate positioning ability, good stability and appearance design that meets health standards, and can transport drugs, medical devices and various medical materials smoothly and accurately among various departments, wards and pharmacies in the hospital, so as to avoid polluting the medical environment, ensure the timeliness of material distribution and help the hospital improve the overall service efficiency and medical quality.

In the retail field, in the face of the rapidly changing order situation and the demand for goods to be put on shelves, AGV robots need to have flexible goods grabbing and handling functions, which can quickly respond to order processing instructions, efficiently transport goods from the warehouse to the sales area and accurately put them on shelves, and can also seamlessly connect with the inventory management system of retail stores to update inventory information in real time, so as to ensure sufficient supply and orderly display of goods, meet the needs of consumers for quick shopping, and improve the operational efficiency and customer satisfaction of retail stores.

In addition, fields such as agriculture and service industry also have their own unique scene requirements. AGV robots will gradually integrate into these fields through customized functional configuration and shape design, bringing more automation and intelligence elements to their development, realizing more personalized applications and constantly expanding their application boundaries.

(3) Strengthening cooperation and interaction

In the future, AGV robots will pay more attention to cooperation and interaction with other robots, equipment and personnel, and jointly promote the accelerated arrival of the era of smart logistics through close connection and collaborative work.

After the AGV robot is interconnected with various intelligent devices such as storage system and production equipment, it can form an efficient and cooperative organic whole. For example, in a smart factory, the AGV robot can closely cooperate with the processing equipment and conveyor belt on the automatic production line, accurately transport raw materials and parts to the corresponding stations in real time according to the production progress and material demand, and then quickly transport the finished products to the next link or storage area after the processing is completed, so as to realize the efficient circulation of materials, avoid the shortage or backlog of materials in the production process, and greatly improve the efficiency and continuity of the whole production process.

In the logistics distribution, AGV robot can cooperate with sorting system, packaging equipment and intelligent storage shelves. It can automatically pick up the goods from the shelves according to the order information, and then transport them to the sorting area, which will be sorted by the sorting system, and then complete the packaging of the goods with the packaging equipment, and finally transport the packaged goods to the transport vehicles accurately. The whole process is completed in one go, reducing manual intervention and improving the speed and accuracy of logistics distribution.

At the same time, AGV robot can also interact seamlessly with people to realize man-machine cooperation. In some scenes that require manual fine operation or complex judgment, the robot can fight side by side with the staff, and the staff can give instructions to the robot and adjust task parameters conveniently. The robot takes on heavy and repetitive material handling work by virtue of its own automation advantages, which not only gives full play to people's subjective initiative and creativity, but also makes use of the robot's high efficiency to improve work efficiency, and also ensures the safety of personnel's work, so that production, logistics and other work can be carried out more smoothly.