Microsoft is harnessing Artificial Intelligence to control robots with ChatGPT. It’s a bold technological advance, but one that also raises ethical and security issues.
The robotics industry is constantly evolving, offering new opportunities for companies to progress. With the advent of Artificial Intelligence (AI), robots are becoming increasingly autonomous and powerful. In the context of machine improvement, Microsoft is currently exploring the use of ChatGPT. This technology would make it easier to communicate with the machine, without the need for advanced technical skills.
Microsoft teams up with OpenAI to use ChatGPT on robots
Microsoft has announced its next project, which involves using ChatGPT to control robots as part of a partnership with OpenAI. According to a company blog post, the aim is to see if ChatGPT can think beyond text and reason about the physical world to help with robotic tasks.
Microsoft wishes to facilitate interaction between humans and robots. And this, without the need to learn complex programming languages or details about robotic systems. This initiative would communicate directly with the machine in plain English and to help them understand the environment around them.
Robots have become ubiquitous in our world, from manufacturing products in factories to the robotic vacuum cleaners that clean the floors of our homes. However, programming these devices requires advanced technical knowledge. Microsoft’s research could revolutionize the robotics industry by making them more accessible to everyone. While this may seem troubling, given the company’s AI experience with the Bing chatbot, this initiative offers many opportunities for the future.
ChatGPT-controlled robots: an innovative framework for unprecedented possibilities
Microsoft has developed an innovative framework to enable the use of robots via a large language model such as ChatGPT. This design process begins with defining high-level tasks that robots can perform. Then, ChatGPT translates these tasks into robotic language. Next, a simulation is run to check that the instructions are correct. In this way, adjustments are made until the robot can execute them accurately. At the end of the adjustments, the final code will be deployed on the robot.
Microsoft already uses ChatGPT to run droneswhich is a significant technological advance. Microsoft engineers may have a head start on using ChatGPT to control physical machines.
However, it is crucial to resolve all safety-related issues before going any further, given the potentially dangerous nature of some robots.
If the project succeeds, it could be the start of a new era for humanity and the machine, offering unprecedented possibilities in many fields. It also underlines the the need for clear regulations governing the use of AI in applications involving physical machines, in order to guarantee safety and accountability in this constantly evolving field.