Intelligent Lighting Control

About

amBX UK Limited owns, develops and delivers the unique amBX intelligent lighting control technology for partners, clients and licensees worldwide. At amBX we believe in a future for lighting that can transform human experience from artificial light as much as it can reduce energy usage. The potential benefits of better lighting available on connected networks will re-define how the world uses light and amBX is at the heart of this development. Our mission is to empower individuals and organisations to harness the new possibilities of digital light. We work in many sectors of the commercial lighting market as well as the new market for internet connected lighting, so please contact us if you are interested in finding out how amBX can help transform your business or lighting project. Technology amBX Smart Core is a powerful control software technology with a unique and innovative approach to the management of lighting that is designed for the new generation of digital and connected lighting. amBX Smart Core delivers effective management of this new generation of digital and network-connected lighting for offices and public buildings. Its dynamic and real-time capabilities enables new ways to setup and manage lighting and to deliver an optimum lighting experience every time in changing conditions and environments without the need for intricate, time consuming and expensive programming. The amBX system is uniquely suited to the new networked and IoT lighting applications. amBX Smart Core works by controlling the lighting in a single space or multiple spaces based around end-user needs whilst reacting to environmental factors such as levels of daylight, time of day, temperature, whether the space is in use or not and other relevant data. The system is then able to take account of all these factors and produce, in real time, the best implementation possible of the desired outcome using the light fittings that are available. In effect the software produces the perfect virtual implementation of the desired outcome and then projects the best representation possible of that in the real world using the lighting available.