AI Controls
Description
This presentation introduces participants to AI-enabled Luminaire Level Lighting Control (LLLC)—a major technical advancement in commercial smart lighting.
It explores how artificial intelligence enables true self-commissioning lighting systems, eliminating many of the complexities traditionally associated with setup and configuration. Participants will gain a clear understanding of:
How the technology works and the role of AI in self-commissioning.
Key differences between AI-driven self-commissioning systems and legacy LLLC offerings.
Where the greatest value is realized in real-world applications, from energy optimization to reduced installation costs.
By the end of the presentation, participants will understand how self-commissioning fits within the broader LLLC landscape, the advantages it provides, and how it effectively eliminates the trade-offs between capital expenditure and energy conservation—unlocking smarter, more sustainable lighting solutions.
Speaker
Andrei Ianos | Director, Sales & Customer Support at JDRF Electromag Engineering Inc.
With a career dedicated exclusively to smart lighting solutions, Andrei Ianos has been an active driver of the Luminaire Level Lighting Control (LLLC) movement, guiding its transition from early wired systems to today’s advanced wireless architectures. Having held key positions at industry leaders like Fifth Light Technology, Eaton, and Cooper Lighting Solutions, he brings deep technical insight to the evolving smart building space. At JDRF Electromag Engineering, Andrei leverages autonomous controls and machine learning to eliminate every technical, financial, and operational barrier to energy efficiency. He holds both a Bachelor’s in Electrical Engineering & Management and a Master of Applied Science in Power Electronics from McMaster University.
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