This is the first in a series exploring how Miru Dynamic Glass is being applied across industries including automotive, architecture, wearables, and autonomous systems.
In 2026, Miru will begin commercial deployment of its Dynamic Glass technology in automotive applications – the first major market for a platform designed to support a broad range of intelligent surface applications.
This milestone reflects a broader shift taking place across the automotive industry.
Modern vehicles are increasingly software-defined, sensor-driven, and optimized for performance. Yet the glass surrounding drivers, passengers, cameras, and sensors still behaves largely the way it always has: it either lets light and heat in, or blocks them entirely. Static glass forces the rest of the vehicle to compensate, from cabin cooling to glare management to sensor visibility.
Dynamic Glass changes the role glass can play in the vehicle.
Miru combines advanced electrochromic technology with intelligent control to create glass that actively responds to changing conditions in real time.
Panoramic roofs can adapt as sunlight shifts. Side glass can reduce glare without cutting occupants off from the outside world. Sensor-facing surfaces can support clearer, more consistent visibility across changing light conditions.
Smart glass is not one technology
Smart glass is often treated as a single category, but the differences matter.
- Precise light control
Many smart glass systems are effectively clear or opaque. Miru’s technology enables continuous control of visible light transmission, allowing glass to be tuned smoothly as conditions change, enabling better management of glare, heat, comfort, and energy use.
- Optical clarity matters
Drivers, passengers, cameras, and optical systems all depend on consistent visibility. Miru’s electrochromic layers are engineered to minimize haze and avoid color distortion, producing a neutral grey tint and clear, undistorted views.
- Built for automotive scale
Performance is only part of the challenge. Automotive glass must be manufactured in large formats, curved geometries, and high-throughput production environments. Miru’s technology is designed to integrate with existing glass manufacturing and lamination lines, supporting the way automotive glass is already produced.
The future of vehicle glass is dynamic
Static glass is increasingly out of place in modern mobility.
As vehicles become increasingly intelligent, the materials surrounding them must evolve as well. Dynamic Glass represents a broader shift toward adaptive, responsive surfaces designed for the next generation of mobility.
Explore how Miru Dynamic Glass is being deployed across different industries: https://mirucorp.com/industries/automotive/