Engineering new ways to live and work.
We research and develop systems that can learn, adapt, and do useful work. Our focus spans AI, robotics, and connected homes, building on a decade of industrial automation engineering.
Can a robot adapt when the task changes? Can a home learn its occupants' routines? Can AI help people make better use of the information around them? These are the kinds of questions behind our R&D.
Our experience with complex automation gives us a place to start. We bring controls engineering, software, and systems integration into new applications, looking at how the parts need to work together.
Simulation, digital twins, and virtual commissioning help us examine system behavior while a design can still change. The aim is to understand the problem, develop an approach, and use what we learn to make it better.
Define the question. Understand the need.
Work out the design. Connect the pieces.
Study the behavior. Find the weak points.
Apply what we learn. Improve the design.
Different applications, connected by a common challenge: helping technology understand its environment and respond in useful ways.
How can systems learn from the information they already collect?
We research AI that can interpret operating data, anticipate maintenance needs, and support better decisions. The work reaches from industrial operations to the engineering tools used to build them.
Explore AI integration
How can robots adapt to the work around them?
Our robotics development combines perception, movement, and control. We are exploring how robots can handle repetitive work, respond to changing conditions, and work alongside people across different industries.
Explore Robotics
What if a home could learn how you live?
Our Real Smart Home concept brings lighting, climate, energy, and security together. We are developing ways for these systems to learn routines and coordinate their response, with comfort, privacy, and ease of use in mind.
Explore Real Smart HomeEngineering teams spend too much time recreating work they have done before. We are developing AEOS to turn defined standards and project requirements into coordinated engineering deliverables.
Start with Standard provides the foundation. AEOS works from that foundation to generate electrical designs, controls software, robot programs, and HMI. It brings our research into the tools engineers use to design and deliver automation.
Our research spans AI, robotics, and connected homes. Across these areas, we are developing ways for systems to understand their surroundings, coordinate their actions, and adapt to changing conditions. AEOS applies our development work to automation engineering itself.
A decade of automation projects gives us a practical foundation in controls, software, systems integration, and commissioning. We bring that experience into our research, along with engineering tools such as simulation and digital twins, to explore how new ideas can work as part of a complete system.
Yes. Tell us what you are trying to achieve, what you have already developed, and where you need help. We can discuss the engineering challenge, the expertise it needs, and whether there is a fit for working together.
Tell us what you are working on, what you want to achieve, and where you need help. Let's see what we can develop together.
