How Are AI Agents Entering Physical World?
Robots and artificial intelligence have long merged to create a new form of life – machines that think, feel, and act.
AI is becoming the brain of new mechanics, enabling robots to:
- see and hear,
- understand speech and emotions,
- adapt to their environment,
- make decisions independently.
This is made possible through the synthesis of computer vision, machine learning, NLP, and sensory integration.
Here are a few examples:
Tesla Optimus Gen 2: a robot from Tesla already used in manufacturing. It can walk, interact with objects, perform various tasks, and may eventually become part of an industrial automation park.
Apptronik Apollo: a modular humanoid robot designed for logistics and industrial tasks, currently being tested in real-world conditions by NASA and Amazon.
Kawasaki Corleo: a four-legged robot powered by a hydrogen engine, capable of navigating complex terrain and controlled by a rider. Showcased at Expo 2025 in Japan as a model of future mobility.
Ameca: a humanoid with realistic facial expressions, built for human interaction. It can engage in lively conversations and recognize emotions, used in public demonstrations, scientific events, and media as an example of next-generation social AI.
Today, robots are achieving what seemed impossible yesterday. This isn’t just a trend, it’s the foundation for a new infrastructure where human-machine interactions will be safe and productive.
We’re entering an era where AI agents get «bodies», integrate into the economy, learn to operate in the physical world, and start to transform it.
Stay tuned for updates!
7:
01010011 01101000 01101111 01110000
Hint: 8 bits per symbol. The first letter is 53 in HEX.
To share the news, please enter your Personal Account!
Log in to your account