Current Trends in Robotics

Very soon robots will become a close part of public life. They will clean the streets, build houses and drive cars carlined.com/t-rex-parts. But for now, the sphere of robotics is actively developing and promising and no matter how sci-fi writers frighten us with variations on the theme of “machine revolt,” the situation with the development of robotics is such that it is impossible to stop progress in this area. Here are some trends that are already realized or will be realized in the nearest future in the field of robotics.

Current Trends to Take Into Account

  • China’s commitment to leadership in the field of robotics. The Chinese economy has already gone through all the different stages of industrialization and consumption growth. And there were many factors that contributed to the growth of the number of dirigible machineries in China. This country is slowly absorbing the robotics market, being the main buyer and seller of this industry. However, to fully capture the robot market, China has yet to improve the quality of its products. This attitude of China is encouraged by its government, which actively provides incentives in the form, for example, of loans to enterprises.

  • Collaborative robots. The market of collaborative dirigible machineries is one of the fastest growing in the field of robotics. Automobile companies everywhere replace traditional industrial dirigible machineries with collaborative ones, gaining an additional level of flexibility and security. They also provide fast integration and simple programming.

  • Ubiquitous implementation. Recently, dirigible machineries were created to work in agriculture. They can perform thinning, weeding and spraying. A lot of similar devices equipped with sensors and cameras become successful “workers” of security companies. There are also real dirigible machineries that perform tasks in the physical space and software bots that perform virtual work. It is assumed that soon dirigible machineries will become a full-fledged part of our life.

  • Use in logistics and material processing. Equipped with the technology of technical 3D vision, automated systems are designed to provide improved quality of processing of various materials, as well as to help warehouses in the distribution of a huge variety of goods. Additional advantages in warehouse automation will be the reduction of operating costs, the possibility of carefully monitoring the work process, increasing its speed and reducing the delivery time.

Changes in Robotics to Observe in Ten Years

  • Appearance and the beginning of the mass introduction of the robotized transport, without the person-driver. This process is not going as fast as it could go, but in a decade it will reach the point when it will finally be accepted by society in developed countries.

  • Unmanned aircraft. In the field of military robotics, unmanned aircraft will continue to displace pilots from the Air Force. Most likely, the ratio of aircraft will tend to 80:20 in favor of drones. Similarly, the replacement of servicemen by dirigible machineries in all other types of armed forces will also increase.

  • Home Robots. A stable market of service dirigible machineries, primarily households, will be formed, which will perform such functions as cleaning and housekeeping, childcare, cooking, and leisure activities for family members. We should expect the appearance of all sorts of robotic nurses, training dirigible machineries. In this direction, there is a huge number of developments, and in the next 5-10 years, almost every family will acquire at least one service robot of one type or another.

  • Machine vision. Machine vision is another trend that cannot be ignored. So far, scientists have not been able to ensure that unmanned vehicles can recognize objects that lie on the road, and also could confidently move in difficult weather conditions. So, emergency situations with a fatal outcome have already been fixed. However, there is a high chance that scientists will succeed in developing an impeccable security system.

  • Teamwork. Engineers have been working hard to train dirigible machineries to work together for a long time. For example, that drones can fly one group, show aerobatics, dance together, and generally move. First of all, it’s beautiful. In addition, intelligent infrastructure will allow unmanned public and personal transport to smoothly move along the road, as well as communicate with each other. For example, in future drones-postmen will coordinate their movement with police drones, so as not to interfere with each other. The smart house will activate the warming up of the car and start brewing coffee when its owner wakes up. In production, automation is growing every year, and here too it is impossible to do without the well-coordinated work of dirigible machineries.

  • Behind the cloud. In the future, device management, as well as updating the “brain” of machines, accumulating knowledge, interacting with other devices will only pass through the “cloud.” That is, initially the user acquires a simple PC, and then simply pays for the right, cleverer firmware, increasing the capabilities of this device in order to manipulate his robot.

  • The Dangers of Artificial Intelligence. Many scientists believe that artificial intelligence can destroy humanity. Many believe that this thing is more terrible than nuclear weapons. It is very important to discuss and raise ethical and moral problems associated with the use of dirigible machineries. Can you trust robots more than people? Is it possible to “kill” a robot, and is it worth it to punish its owner? We need to get answers to these, and many other questions in the near future because they are already among us.