In recent years, the robotics profession has developed rapidly, and robots are widely used in various fields, especially in the industrial sector. It is not difficult to see their enormous potential. At the same time, we must also recognize that the flourishing development of the robotics profession is inseparable from advanced scientific research progress and skill support. Below, we will list the top ten cutting-edge skills of robots for your reference.

1. Soft robots - flexible robot skills

Flexible robot closing valve

Flexible robot skills refer to the use of flexible materials for the development, design, and production of robots. Flexible data has the characteristic of being able to change its shape freely on a large scale, and has broad application prospects in pipeline fault inspection, medical diagnosis, and detection.

2. Deformable robots - liquid metal control skills

British scientists manipulate liquid metals through programming

Liquid metal manipulation skill refers to a skill that accurately controls the appearance characteristics and movement status of liquid metal data by manipulating the external electromagnetic field environment. It can be used in intelligent production, post disaster rescue, and other fields.

Liquid metal is an amorphous and movable liquid metal, and the current skill points mainly focus on the casting and forming of liquid metal. Liquid robots are still just a beautiful vision.

3. Biological signals can manipulate robots - electromyographic manipulation skills

ICub, a children's robot developed by the Italian Skills Research Institute

The electromyographic manipulation skill utilizes the surface electromyographic signals of the human upper limb to manipulate the robotic arm, and has a wide range of applications in long-distance manipulation, medical recovery, and other fields.

4. Robots can have skin - sensitive tactile skills

The tactile robotic arm "Gentle Bot" grabs tomatoes

Sensitive tactile skills refer to the use of new tactile sensors based on electrical and particle tactile skills, which can make robots more sensitive to the shape, texture, and hardness of objects, ultimately serving a series of miscellaneous tasks such as medical and exploration.

5. "Automatic" communication - conversational intelligent interaction skills

Sophia robots who once threatened to eliminate humans

Robots developed using conversational intelligent interaction skills can not only understand user questions and provide accurate answers, but also automatically guide the completion of conversations in situations where information is incomplete.

Apple's new generation of conversation interaction skills will be disconnected from Siri's question and answer format, and can even automatically suggest conversations.

6. Robots have psychological activities - emotional recognition skills

Pepper developed by SBRH in Japan for emotional recognition of humans

Emotional recognition skills can achieve useful recognition of human emotions and even psychological activities, enabling robots to acquire similar abilities to humans in investigation, understanding, and response. They can be used in areas such as robot assisted medical recovery and criminal investigation identification.

Identifying and interpreting human facial expressions is a derivative skill that accompanies facial recognition.

7. Using Mind to Control Machines - Brain Computer Interface Skills

Using Focausedu to Write with Mind

Brain computer interface skills refer to the collection, recognition, and transformation of electrical activity and characteristic signals in the nervous system, enabling the instructions announced by the human brain to be directly transmitted to designated machine terminals, which can be used for disability recovery, disaster relief, and entertainment experiences.

8. Robot leadership - autonomous driving skills

"Alphaba" Intelligent Driving of Public Transport System

The use of autonomous driving skills can provide humans with automated and intelligent loading and transportation tools, and extend to areas such as road condition testing, national defense and military security.

9. Reconstructing Virtual Sites - Virtual Reality Robot Skills

A clinical example of using an mVR virtual reality surgical planning system to process the spine

Virtual reality robot skills can enable operators to perform virtual remote control operations on robots, and have practical value in areas such as repair and inspection, entertainment experience, on-site rescue, and military reconnaissance.

10. Interconnection between Robots - Robot Cloud Service Skills

Intelligent robotic arms at the German Robot Exhibition

Robot cloud service skills refer to the robot itself as a fulfillment terminal, which is stored and calculated through the cloud, instantly responding to needs and realizing functions, effectively achieving data exchange and knowledge sharing, and providing users with a new type of robot service that is infinitely scalable and on-demand.