Light, Exactly Where and When You Need It
Lampi is a mobile robotic lamp designed to deliver light dynamically. Instead of fixed lighting, Lampi moves to wherever illumination is required—automatically and on demand.
It integrates IoT connectivity and blockchain-based communication, enabling smart coordination with other devices and systems. Whether for efficiency, comfort, or automation, Lampi redefines lighting as a service rather than a static fixture.
Autonomous navigation to deliver light exactly where it's needed, when it's needed.
Seamless connectivity with smart home systems and other IoT devices for coordinated automation.
Decentralized coordination protocols for trustless interaction with other autonomous systems.
Automatically adjusts light intensity based on ambient conditions and user preferences.
Smart power management and LED technology for sustainable, long-lasting illumination.
Transforms lighting from a fixed installation into a flexible, on-demand utility.
Reading light that follows you from room to room. Task lighting that positions itself for cooking, crafting, or work. Ambient lighting that adapts throughout the day.
Spotlight that highlights products or displays. Meeting room lighting that reconfigures for different setups. Warehouse task lighting that moves with workers.
Examination lighting that positions precisely where needed. Patient room lighting that adapts to medical procedures. Elder care illumination that prevents falls.
Lampi represents a fundamental shift in how we think about illumination. For over a century, lighting has been fixed—mounted to ceilings, attached to walls, stationary on desks. Lampi breaks free from this constraint. It doesn't just turn on and off; it understands context, anticipates needs, and positions itself with precision. Blockchain integration enables Lampi units to coordinate autonomously, creating dynamic lighting networks that respond to changing environments without centralized control. This is lighting that thinks, moves, and adapts—exactly as it should be.