When it comes to autonomous technology, although autonomous vehicles are more popular and visible, autonomy covers a wide range of applications from the smallest factories to large industrial plants and even missile and space vehicles. With the development of artificial intelligence technology, autonomous systems have found increasing use in the manufacturing, defense, and aerospace industries in recent years. According to analysts' predictions, autonomous and unmanned systems will be one of the fastest-growing technology areas in the next 10-15 years.

Autonomy, which refers to technology that can perform unmanned operations, has brought about forward-looking digital transformation in many sectors that manufacture. The autonomy technology, which is very important in terms of production efficiency, stands out as a system that needs to be constantly monitored because it is constantly updated and offers better options.

Many areas such as cars, robots, airplanes, and ships have become capable of operating autonomously. The underlying technology of Industry 4.0, which has been on the agenda of every sector in recent years, especially in the manufacturing industry, is said to be autonomous and artificial intelligence.

When autonomous technology is mentioned in the manufacturing industry, the first thing that comes to mind is robotic devices that communicate with each other within factories. These robots, which have different features that eliminate human errors thanks to their fast and accurate instant decision analysis, are now widely used.

As Industry 4.0 develops, the interaction between autonomous robots is also increasing. Autonomous robots, which continue to develop, will soon be able to perform all operations smoothly without any human commands, by observing within the scope of their own analysis and predictions. Thanks to this technology, which will develop in proportion to artificial intelligence, autonomous robots that learn and communicate spontaneously will emerge.

At Pi Robotics, we provide you with the necessary autonomous technology to minimize error rates in your factories and production areas and ensure production continuity.