People can use robots easily using basic AR and VR functions using moderate channels.

As the robotics industry keeps expanding every year, robotic technology applications are being combined with a range of other technological innovations that are creating a sensation in today's modern world. In other fields, the integration of robotics is perhaps better seen with augmented reality and virtual reality. People can use robots easily using basic AR and VR functions using moderate channels. In various industries, such as healthcare, object detection, manufacturing, crime department, and urban planning, AR, VR, and robotics can be used together.

The following are the five ways in which AR, VR, and robotics can work together:

Healthcare 

Robots are often used in the field of healthcare. Innovative robotic arms, for instance, conduct sensitive operations, and other robots are available in drug production lines. However, robots may also provide patients with direct support. Besides that, with the introduction of AR and VR, robotic surgery can encounter advancement. To interpret data obtained from various sensors and augmented reality to scan different parts of the body, these robots use Artificial Intelligence. For professional development, VR-based surgery strategies may also be used.

Object Detection

Robots can learn how to group related objects collectively using a wide variety of data approaches, distinguish between different items, and recognize new items that look identical to those they have seen before. In several cases, this technique can yield exact answers.

According to BBN Times, "a team of researchers at the University of California, Berkeley, managed to train a robot to pick objects indicated by the researchers after being trained to recognize various items in a virtual reality environment. With this approach, trainers and developers can minimize costs and effort required for collecting data and real-world objects. Using 3D models, robots can also be trained to recognize biological structures in the human body in detail."

Manufacturing

With robotics, AR technology can promote and speed up activities in factories. It enables manufacturers to exhibit designs, building sites, etc., and without much hassle to display their idea.

Real-life situations excluding the danger are imitated by virtual reality. It thus becomes a standard preparation method for people who face physical hazards. Using VR for simulation or modeling often reduces the need for modeling of 3D printers and improves the work more.

Crime Department

Experts believe that in industries, AR, robotics, and VR can soon become normal. Forensic experts must obtain evidence efficiently and without interference at crime scenes. Therefore, the AR annotation tool enables these people to digitally label proof traces at crime scenes and to update, exchange and transfer lists of evidence. VR on the other hand, provides low-cost, affordable options. For instance, VR technology maps training goals explicitly and develops & tests a virtual prototype to train agents in order to adapt to challenging work circumstances.

Further, the AI robots are an ever more popular weapon in the fight against crime for police and other law enforcement personnel all across the world, but they will not probably replace people anytime soon.

Urban planning

Cities could develop a greater understanding of how new projects of construction would fit into the current urban environment and increase overall profit growth by generating AR and VR models of new construction projects. Cities will also receive input on their proposals by making these models accessible to citizens and local enterprises. Therefore, robotics and virtual reality can work together to develop more complex strategies to support employees.