We don’t build robots.
We make them useful.

We develop Physical AI for real-world applications.

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Forget robot as you know them

Welcome to the era of Physical AI, the artificial intelligence that enables robots to operate in the real world. We design and integrate it to turn them into tools that enhance automation, safety and efficiency. A tangible impact for businesses. Real support for people.

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The future is now

We are not tied to specific robots

We select the most suitable robotic hardware for your context and make it efficient for your goals.

Research
We continuously test new robotic hardware
Selection
We start from your needs and choose the most suitable robot
Solution
We develop Physical AI for the selected robot
Maintenance
We monitor the robot and keep the Physical AI performing at its best
Explore the applications

Every need can be addressed with Physical AI

Examples? This is just the beginning

Get inspired by our projects and contact us to build yours

Workplace safety

Physical AI that reduces risks and accidents in the workplace.

Retail

Physical AI that supports customers in making purchase decisions.

Social care

Physical AI that assists people in services and care.

Industry

Physical AI that increases the efficiency of production processes.

Contacts

Tell us what you need.
We’ll make the robot useful.

Email
info@ezlab.it
Phone

+39 049 4102195

Glossary

Physical AI

Physical AI refers to a set of artificial intelligence technologies designed to act in the physical world through robots and intelligent systems. It includes software that enables machines to perceive their environment, interpret data, and perform actions that are consistent with the operational context.

Emotional robotics is a field of robotics that explores how intelligent systems can recognise and respond to human emotional states. It is based on software capable of interpreting behavioural signals and adapting the interaction between people and robots.

Mobile robotics focuses on robots that can move and operate within dynamic physical environments. This area includes software that allows robots to navigate, orient themselves, and perform tasks in industrial and service contexts.

Human Robot Interaction studies and designs the ways in which humans and robots interact. It includes software and models that make interaction understandable, safe and effective, enabling collaboration between people and robotic systems.

Intelligent robotics software refers to the set of digital solutions that govern robot behaviour. It includes control systems, data management and artificial intelligence that allow robots to adapt, make decisions, and operate autonomously or collaboratively.