Physics AI

EVOLUTION in the automation industry

xCognition integrates technology capable of modeling the physics of motion in production processes, adapting it to process variables to improve precision, repeatability and operational flexibility.

What is Physics AI?

Most industrial AI systems analyze historical data, predict anomalies, or suggest optimizations. Physics AI, on the other hand, works on the physical behavior of the robot and the process: it interprets variables such as elasticity, inertia, friction, vibrations, tooling dynamics, and operating conditions.

xCognition uses physics-informed neural networks to guide the robot more adaptively and precisely. LEAS brings this technology to real-world plants, integrating it with its expertise in welding, industrial automation, and turnkey systems.

Physical cognition

The robot doesn't just execute trajectories: it interprets its own physical behavior and compensates in real time for variables that affect quality and precision.

Easier programming

The system reduces reliance on manual point-by-point programming, enabling faster setups, smoother batch changes, and greater production flexibility.

Retrofit and Integration

The technology can be integrated into existing industrial robots and cobots, leveraging existing production investments and reducing adoption risk.

Designed to work with any robot

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Performance validated in advanced industrial applications

The performance figures shown are from applications validated by Xaba in highly complex industrial settings, including aerospace and advanced manufacturing. Results may vary based on process, robot, materials, geometry, and operating conditions.

10x

Greater speed in robotic drilling compared to conventional systems.

5x

Improved trajectory accuracy and relative positioning.

500+

Industrial robot and cobot models compatible with xCognition.

<2 hours

For setup and adaptation of the robot to new production variants.

Sectors

A technology that cuts across the sectors in which LEAS operates

Energy

For structural components, supports, metal fabrications, and applications where quality, repeatability, and process traceability are essential.

Data Centers & Digital Infrastructure

For racks, chassis, and metal structures that require flexible production, controlled tolerances, and operational continuity.

Heavy Construction & Shipbuilding

For machining complex structures and critical joints in highly variable production environments.

HVAC & Home Appliances

For mass production with frequent batch changes and the need to reduce setup and reprogramming times.

Oil & Gas

For piping, structural steelwork, and components intended for harsh environments and high-quality standards.

Aerospace & Defense

For high-precision robotic applications, such as drilling, assembly, and complex machining.

Safety

For critical components, complex geometries, and production processes requiring constant process control.

General industry

For companies seeking to increase production flexibility by leveraging existing robots and equipment.

AI that acts during the process

Physics AI doesn't just analyze historical data: it directly affects robot behavior, improving trajectory, precision, and operational adaptation in real time.

From autonomous welding to precision drilling, from intelligent assembly to retrofitting existing systems: a new generation of industrial automation for those who need to produce better, faster, and with less reliance on manual programming.

Industrial AI integrated by those who know production

The partnership between LEAS and Xaba combines LEAS's industrial automation expertise with Xaba's cognitive technology to develop concrete, integrated, and results-oriented solutions.

For the customer, this means introducing an integrated solution, designed around the process, materials, tolerances, and real-world production objectives.

Physics AI in action

Discover how xCognition transforms a traditional robot into a system capable of understanding the physical behavior of the process and adapting its actions in real time.

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Step 01

Analisi del processo

Valutazione di robot, materiali, tolleranze e obiettivi produttivi.

Step 02

Technology Integration

Installation of xCognition on new islands or existing plants.

Step 03

Physical modeling

Learning the physical variables of the robot and tooling.

Step 04

Autonomous production

Greater adaptability, business continuity and ongoing LEAS support.

Want to know more?

We are always available to show you what we can do for you.

Enhance existing facilities without starting from scratch

One of the most significant advantages of Physics AI is the ability to intervene on robots and cells already in production. This allows for increasing the potential of existing assets, reducing the impact of the investment and reducing adoption times.

Physics AI