Coming soon Emerging

AI in robotics

Robots that use AI to see, understand instructions and act. Mostly early and experimental.

Forward-looking: this describes work in progress, not a finished product. Nothing here is a promised date or release.

What is it?

Robots have long been used in factories, but most follow fixed, pre-programmed movements. New research combines robots with AI models that can understand images, language and actions, so a robot might follow an instruction like 'put the red cup in the sink' in a place it has not seen before.

Companies and labs are testing general-purpose robots, including humanoid designs, in warehouses, factories and homes. Progress is real but early. Physical tasks are hard, safety requirements are strict, and it is uncertain when such robots will be common or affordable.

Which models use it?

Google DeepMind has published robotics research that uses vision-language models to guide robot actions.
Self-driving vehicle services, such as Waymo, use AI to perceive and act in the real world in selected cities.
Several companies are developing humanoid robots and testing them in industrial settings.
Warehouse and factory robots already use AI vision for tasks like picking and sorting.

How to use it

Learn the basics through free robotics simulators and courses before buying hardware.
Try educational robot kits that support simple AI vision or voice commands.
Follow research announcements from universities and labs, and watch real demonstrations critically.
Check whether a demo was remote-controlled, sped up or carefully staged.
If you work in industry, look at proven uses such as AI quality inspection before general-purpose robots.

Benefits

Could take on dangerous, dirty or repetitive physical work.
May help with tasks like logistics, inspection and, eventually, home assistance.
Combining language with robots could make them easier to instruct.

Limits and risks

Robots still struggle with messy, unpredictable real-world environments.
Mistakes in the physical world can cause injury or damage, so safety testing is essential.
Hardware is expensive and needs maintenance.
Demos can overstate abilities, and timelines for home robots are uncertain.

Prompt template

Copy it, replace the parts in [brackets] and paste it into any AI chat.

I want to learn about AI in robotics as a [beginner / student / engineer]. My budget is [amount] and I have [hours per week]. Suggest a learning path with free simulators, beginner projects and key concepts (perception, planning, control). Include safety tips and how to judge whether a robot demo is realistic. Avoid predicting dates.