How it works

Do more with lighting with a complete package of hardware, software, and AI to control, optimize, and revolutionize your approach to atmosphere and light.  

3 Technologies
1 Great Light Solution

LUXEON FUSION
LIGHT ENGINE

Lighting &
Light Quality
To LED

SUMMA
AI

Artificial Intelligence & Data Analysis
To Summa AI

SUMMA
SENSE

Smart Sensors & Optimization
To Summa Sense

LUXEON

Fusion Light Engine

A Full-Service Light Experience

Modernize lighting across business, industry, retail, art, architecture, food, fashion, and more, with our multi-purpose light engine. The Summa Enhanced LUXEON Fusion Light Engine integrates into our hardware and cloud dashboard, giving you complete control of scene, setting, and atmosphere. Every fixture is wireless, cloud-connected, and easy to operate manually or with AI – directly from the cloud.  

Plus, with full integration into sensors and our AI, you can create true Human Centric lighting, set and maintain beautiful scenes, or maintain custom scenes for specific products and moods. All without manual intervention. 

Our light engine simplifies development, engineering, and manufacturing, with reductions in SKU count – resulting in faster product fulfilment. The result, you get smart lighting at a lower cost. 

 

  • 600,000+ colors within white tints  
  • Black Body Line CRI and Ra 90+  
  • Dim-to-Warm 3000k > 1800K over complete spectrum  
  • Custom colors  100+lm/Watt on select colors and light engines
  • 1800-10.000k operating range 
  • Dimming to 0,1%  
  • Set CCT per 10K and DUV in 3 decimals  
  • < 1 step MacAdam with AI spectral optimization
  • Set X, Y color in 3 decimals 
Watch the video

Summa AI

Data-Driven for Unparalleled Atmosphere

With Summa, your light becomes modern, automated, and data driven. What is data-driven lighting? Our AI implements two sets of data to optimize and manage lighting and atmosphere. The first is the integrated hardware controls, providing minute adjustments to color feedback for perfect color and lighting, using 3D spectrum modeling. It also integrates a hardware maintenance loop to ensure total system control. 

Most importantly, the AI learns over time. More usage means more usage data, meaning more optimization of light and colors, even when the system is offline.  

Summa AI benefits

 

  • Client dashboard  
  • Summa Cloud/Summa AI 
  • Client Network 
  • Supplier Data 
  • API Collaborations  
  • Offline Collaborations 
  • Light & Sensor Data 
  • Connected light with integrated sensor – heat grid array sensor – driver – LED 

 

watch the video

Color

  • Dim every color to 0,1%
  • Smooth flicker free dimming
  • Set CCT per 10K and duv in 3 decimals
  • Dim-to-warm Traditional 3000K > 1800K + over complete spectrum
  • Full Human Centric Lighting below and on black body line
  • Presets for special colours within spectrum
  • Dynamic color adaption
  • Constant lumen output over lifetime

Accuracy

  • < 1-step MacAdam due to AI spectral optimisation
  • Color consistency over lifetime within 1-step MacAdam
  • Set X, Y color in 3 decimals

Functionality

  • Spectrum modulation for special color points
  • Scalable accuracy by input parameters
  • LED data feedback
  • Multilingual
  • No wired control systems needed
  • Visual luminair control (Floorplan)
  • Dimming
  • Group control multiple luminaires
  • Adaptation of current available protocols
  • Driver data feedback
  • System data feedback
  • Data visualisation

Summa Sense

Collect Data for Atmosphere & Business Applications

What if your lighting system could learn from how customers, guests, and employees interact with your spaces? If you could collect data to automate and optimize not just how and when you light spaces, but also to optimize your spaces for utilization and engagement?  

Summa Systems delivers external sensors, so you can track hot and cold spots across the building, see real-time visitor count, and make adjustments to layout, lighting, and atmosphere, to maximize utilization. And, with full integration into our AI, that data and optimization is automated, as our AI learns from your data for continuous improvement.  

Unlimited Possibilities:

  • Heatmaps  
  • Conversion Tracking  
  • Housekeeping Planning  
  • Behavioral Analysis  
  • Sensor responses (e.g., movement during off hours) 
  • Automatic adjustments to light intensity  
  • Turning lights on & off based on traffic 
  • KPI generation and interpretation  
  • Failure detection  
  • Hardware lifespan improvement 
  • Cost optimization  
  • A/B testing 

Together
they achieve greatness

Color

600.000 colors within the ‘white-tints’
Dim every colour to 0,1%
CRI and Ra 90+ on “Black Body Line”
Smooth flicker free dimming
Set CCT per 10K and duv in 3 decimals
Dim-to-warm Traditional 3000>1800K + overcomplete spectrum
Full human centric below and on black body line
Special colors
Presets for special colors within spectrum
Dynamic color adaption
100+ lm/watt on select range of colours
1800K-10.000 K operating range
Constant lumen output over lifetime
Set color on perceived value
Set color on spectrum

Accuracy

< 1-step MacAdam due to AI spectral optimisation
Color consistency over lifetime within 1-step MacAdam
Set X, Y color in 3 decimals

Functionality

A system solution that simplifies luminaire development and  manufacturing, including SKU count reduction, resulting in faster project fulfillment
Spectrum modulation for special colour points
Scalable accuracy by input parameters
LED data feedback
Multilingual
No wired control systems needed
Visual luminair control (Floorplan)
Dimming (PWM, AM/hybrid in future)
Group control multiple luminaires
Driver data feedback
System data feedback
Data visualisation

Collaborations

Adoption of current available protocols
Open API for external development
Invoice generation
Build your own modules
KPI Generation (Data interpretation)
Monitoring
Failure detection
Extending hardware lifetime
AB testing based on external parameters
Headquarter Full Control

Dynamic Lighting

Human Centric
Dynamic shop windows
Automation of scenes
Presets for special colors (within spectrum)
Dynamic group control multiple luminaires
Dynamic colour adaptation

Sensoring

Heatmapping
Floorplan optimisation
Counting
Conversion rate
Housekeeping planning
Scalable accuracy by cloud analysis
Wireless Over the Air Updates
Behaviour analysis and optimisation
Calculation of energy usage
Respond on sensor trigger (e.g. burglary)
Pattern detection (for example walking and distance)
AB testing based on sensors
3rd party sensors (for example Lux)
Presence detection