A Watti Lamp illuminates a modern living room, showcasing intelligent lighting solutions with robotics and AI.

Revolutionary Watti Lamp Uses Robotics and AI for Intelligent Lighting Solutions

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Written by Seth Sebastian

2026-08-23

For over a century, desk lamps have been static companions, lighting our workspaces with little autonomy. Enter Watti — a groundbreaking reinterpretation that blends robotics with illumination and intelligent lighting solutions. Designed to be more than just a light source, Watti integrates a five-axis robotic arm powered by precisely controlled RobStride motors, offering a dynamic range of motion reminiscent of an Anglepoise lamp — but with self-directed movement.

Advanced Technology Behind Dynamic Illumination

At its core, Watti is equipped with a ring of 45 WS2812 RGB LEDs, controlled by a Raspberry Pi 5 running ROS 2, to illuminate in countless hues and intensities. More than just a lamp, Watti’s embedded Orbbec Astra Mini S camera captures both color and depth data, delivering a 3D perspective of its environment at 640×480 resolution and 30 frames per second. These features allow Watti to dynamically adapt its lighting output based on environmental cues.

Close-up of the Watti Lamp's robotic arm adjusting LED bulbs.

While the software can currently visualize these data streams, the potential for further advancements remains on the horizon. Future enhancements plan to leverage this functionality for hand tracking, automatic task illumination, and precise 3D scanning, transforming how users interact with Watti.

For those interested in cutting-edge robotics, discover how Genesis AI is leading a non-humanoid robotics revolution, broadening the scope of robotic applications beyond lighting.

Interactive Scene Creation with Watti Studio

Beyond its hardware, Watti shines as a programmable tool through Watti Studio, an intuitive browser-based editor. Users can craft scenes synchronizing the lamp’s motion and lighting along a shared timeline. Previewing and refining these setups with a virtual model, users can work efficiently even without the physical presence of the lamp. When ready, scenes are executed through the Raspberry Pi, ensuring seamless autonomy from the editing interface, showcasing the system’s capabilities in practical applications.

Woman using a smartphone app to control the Watti Lamp's lighting.
Watti Lamp emits a warm glow in a dimly lit bedroom.

A Prototype Ready to Expand Horizons

Currently in its prototype stage, Watti operates on a robust 24 V, 10 A power supply, comprising about $700 in parts. Although targeted at researchers and hobbyists for the time being, the release of comprehensive hardware files and guides is anticipated to open doors for further innovation and custom builds in smart lighting technology.

Watti Lamp's sensors detecting room ambience for optimal lighting adjustment.

Watti, conceptualized by Nikolay Tyulkin, imagines a world where lighting adapts to its context — a smart lamp that enhances productivity without intervention. The vision: a lamp that intuitively understands and engages with its environment, truly revolutionizing how we perceive and use light through cutting-edge advancements.

Person reading under the adjustable light of a Watti Lamp on a desk.

Explore more about how AI and technology are impacting education in our feature on artists demanding a ban on AI in schools, offering another aspect of AI’s societal influence.

Source: yankodesign.com

Frequently asked questions

What technology does the Watti lamp use for movement?

Watti integrates a five-axis robotic arm powered by precisely controlled RobStride motors.

What hardware components are included in Watti?

Watti is equipped with a ring of 45 WS2812 RGB LEDs, a Raspberry Pi 5 running ROS 2, and an Orbbec Astra Mini S camera for 3D perspective.

How can users interact with Watti?

Users can interact with Watti through Watti Studio, a browser-based editor that allows them to create synchronized scenes of the lamp’s motion and lighting.