Embedded AI · Parametric Digital Twin · Intelligent Light Nodes

Adaptive Intelligence
for Physical Light.

SIL transforms architectural lighting from a passive fixture network into an intelligent, spatially aware system — from one object to an entire building envelope.

SIL
CORE

One intelligence layer. Any scale. Any geometry.

The shift

Light is connected.
It is still mostly blind.

Architectural lighting is often built from project-specific devices, fixed scenes and fragmented control layers. The result is costly to commission, hard to scale and rarely understands the architecture it inhabits.

SIL makes the building part of the control system. Geometry, context, device identity and operational data become native inputs to the lighting behaviour.

The platform

Four layers. One spatial operating model.

SIL is conceived as a modular technology stack: embedded intelligence in each device, a spatial network layer, and adaptive behaviours driven by context.

04

SIL AI

Adaptive behaviour using environmental, occupancy, event, operational and energy data.

Context
03

SIL OS

Parametric mapping, digital twin, commissioning, monitoring and device/network management.

Spatial intelligence
02

SIL Node

Modular physical light device architecture for interior, exterior and media-façade applications.

Physical output
01

SIL Core

Common embedded electronics, identity, sensing, communication, diagnostics and local control.

Embedded intelligence
Modular outdoor lighting node technical study

Hardware architecture

One core.
Many light engines.

SIL separates embedded intelligence from application-specific power and optics. The same core architecture can serve a design object, an interior luminaire, an outdoor node or a media-façade pixel.

Identity & addressingSensing & diagnosticsPower / data interfaceFirmware baselineOutdoor-ready variantsManufacturer integration
Parametric perforated panel distribution study

Parametric intelligence

The façade becomes a coordinate system.

Instead of treating thousands of devices as an anonymous pixel array, SIL links each node to the geometry of the building: location, orientation, viewing distance, façade panel, optical role and device properties.

Digital twin → device mapping → commissioning → monitoring → adaptive behaviour.

Reference capability

From project-specific complexity
to a reusable platform.

Dammam Aramco Stadium architectural reference
Saudi ArabiaStage 3 design development

Dammam Aramco Stadium

A founder reference demonstrating large-scale parametric media-façade design, device/buildability studies and architectural coordination. SIL is a new universal platform under development; it is not represented as the installed stadium system.

24,000studied light points
3pixel scales
RGBWaddressable architecture
Fortebank Headquarters illuminated façade in Astana
KazakhstanDelivered reference

Fortebank Headquarters

Architectural lighting and media-façade experience delivered through the founder’s international practice in Astana.

Applications

One architecture, multiple scales.

01

Media Façade

Distributed exterior nodes mapped directly to architectural geometry.

02

Smart Building

Adaptive interior and exterior lighting linked to building and operational data.

03

Hospitality & Culture

Context-aware environments balancing experience, energy and maintainability.

04

Design Objects

The same embedded intelligence reduced to a single collectible or functional object.

SIL conceptual adaptive light object

OBJECT → INTERIOR → EXTERIOR → BUILDING

Physical light as a distributed intelligent medium.

Founder

Built from architectural experience, engineered toward product.

Alexandre Kolinka

Founder & CEO — Studio Incandescence

Architectural lighting designer, product developer and technology founder working at the intersection of physical light, parametric design, embedded electronics and large-scale media systems.

Previous experience includes founding Kolinka Lighting Bureau in Astana, securing local electrical certification, delivering Fortebank Headquarters, and leading architectural-lighting design development on Dammam Aramco Stadium while Associate at Lighting Design Collective in London.

2025—Studio Incandescence
SIL platform · products · R&D
2023–24Lighting Design Collective, London
Associate · Dammam Aramco Stadium
AstanaKolinka Lighting Bureau
Founder · local company setup · Fortebank
GlobalArchitectural light & media systems
Europe · Middle East · Asia

R&D · Industrial partners · Pilot buildings

Build the first intelligent light infrastructure with us.

SIL is entering integrated prototype development and is open to R&D, manufacturing, OEM and building-scale pilot partnerships.

Contact Studio Incandescence Paris · International development