TDK AIsight · AI Glasses Platform
Building the Fundamental Technologies for AI Glasses
Context-aware vision, memory, and low-power on-device intelligence — the core platform for next-generation smart glasses.
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Core Hardware & Subsystem Architecture
Carefully integrated systems optimized for on-device AI — a modular architecture designed for performance, flexibility, and scalability.
Subsystem Details
TDK AIsight distributes system output across vision, display, haptic, and audio subsystems. Each subsystem is orchestrated by AIsight’s chip for optimal AI use cases.
Vision Subsystem
The Eye Camera, Contextual Camera, and IMU work seamlessly together to capture meaningful moments, such as meeting someone, enjoying a meal, or discovering a new place. AI transforms these moments into intuitive, highly personalized experiences.
Gaze-triggered Capture
Hand-triggered Capture
Face-triggered Capture
Display Subsystem
A compact laser module produces vivid, full-color visuals. The highly efficient MEMS mirror and control ASICs minimize power consumption, while coherent scanning ensures a smooth and natural visual experience. Our Light Engines are designed to work with waveguides and holographic combiners, creating a stunningly clear floating display.
LBS light engine for AR
Highly efficient bi-resonant
MEMS mirror
Coherent Lissajous Scanning (left)
vs. Interlaced scanning (right)
Haptic Subsystem
TDK’s haptic systems, including solid-state buttons and behind-the-ear Matroid haptics, deliver exceptional tactile feedback. From gentle, tickle-like sensations to crisp responses, they offer customizable haptic experiences that enable confident eyes-free interactions such as tapping, pressing, and sliding.
Solid State Button
Solid State Button Haptic
Mastoid Haptic
Audio Subsystem
Delivers clear audio and intelligent sound detection at ultra-low power. It stays always-on in the background, detecting important sound activity and waking the system only when needed.
AIsight Solutions
A streamlined system flow optimized for on-device intelligence, designed to minimize latency, power consumption, and overall system complexity.
Input
Visual, audio, and motion signals capture real-world context.
AI Processing (On-Device/Cloud)
eyeGI™ analyzes and interprets context locally, in real time.
Outputs
Relevant information is delivered through visual, audio, or haptic feedback.
The Intelligence Behind AIsight : eyeGI™, eyeGenI™
eyeGI™ and eyeGenI™ form the core intelligence system of AIsight, delivering low-power, real-time perception and contextual understanding on AI glasses.
Enabling Real-World AI Glasses Experiences
TDK AIsight is designed as a core intelligence system that can support a wide range of context-aware experiences. The following scenarios are illustrative examples of what can be enabled.
Work
Hands-free meeting capture and recall — conversations become structured minutes without touching a device.
Health
Continuous calorie and glucose tracking in the background, surfacing what matters at the moment it matters.
Travel
Real-time situational awareness and travel insights without interrupting movement, surfaced right where you look.