Woman inside an autonomous vehicle; a couple walks in a crosswalk outside. The setting sun appears bright but the interior of the cabin is comfortably dimmed.

Autonomous Vehicles

Dynamic Glass for autonomous vehicles

A safer view for autonomous mobility

Autonomous systems rely on consistent, high-quality optical input to operate safely. Miru’s dynamic glass actively manages light transmission, reducing glare and environmental variability that can interfere with cameras, LiDAR, and sensor performance.

Designed for seamless integration into existing automotive platforms, Miru’s solution enables real-time optical control without compromising form factor, durability, or energy efficiency. The result is more reliable perception across a range of driving conditions.

  • Dynamic light modulation for consistent sensor input
  • Glare reduction across varying environmental conditions
  • Low-voltage operation with minimal energy demand
  • Stable state retention without continuous power
  • Seamless integration with automotive glazing systems
An autonomous minibus on a street with pedestrians on the sidewalks nearby and dappled light coming through a tree.

Our dynamic glass enables intelligent systems to adapt to their surroundings, transforming how people experience light, comfort, and the world around them.

Close up of the camera on a pair of augmented reality glasses.
Close up of the camera on a pair of augmented reality glasses.

Wearables + Augmented Reality

Enable display clarity in all real-world lighting conditions
A close up of the steering wheel on a modern car.
A close up of the steering wheel on a modern car.

Automotive

Miru Dynamic Glass enables AI in today’s modern vehicle platforms
Close up of the lens on an autonomous vehicle.
Close up of the lens on an autonomous vehicle.

Autonomous Vehicles

We create safer cockpits and an enhanced passenger experience
Close up of a robot head with bright sun reflecting from visor.
Close up of a robot head with bright sun reflecting from visor.

Robotics

Our technology improves sensor reliability and machine vision in dynamic light conditions
Close up of three lenses on a drone.
Close up of three lenses on a drone.

Defense

Enhance situational awareness in mission-critical operational environments
Close up of the corner of a dynamically tinted window in an apartment
Close up of the corner of a dynamically tinted window in an apartment

Architectural

Higher energy efficiency, improved health and wellbeing, and elevated aesthetics

Close up of the windows on the side of a boat cabin reflecting the setting sun and water.
Close up of the windows on the side of a boat cabin reflecting the setting sun and water.

Marine + Industrial

Manage heat and glare in demanding operating environments
Close up of wall-mounted controls in a hospital next to a window with a city outside.
Close up of wall-mounted controls in a hospital next to a window with a city outside.

Healthcare

Improve patient comfort and health in different settings