Insight

As XR headsets push for lighter form factors, longer battery life, and more natural interaction, eye-tracking becomes a core enabler. Our EYECHIP, a single-chip eye-tracking CMOS sensor with built-in computation, is specifically engineered for these challenges.

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Non-invasive clinical insights through precision eye-tracking:EyeChip captures high-resolution pupil size and movement data, enabling compact medical devices to measure real-time cognitive and neurological status. Key Applications:• Neurological/Psychiatric Screening:Tracks pupil-size variation to assess stress, fatigue, and cognitive load—supporting early detection of Alzheimer’s, Parkinson’s, ADHD, and drug-response changes.• Surgical & Clinical Monitoring:Helps monitor surgeon attention and fatigue…

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Low-power, low-latency eye-tracking for safer, smarter vehicles:EyeChip delivers real-time pupil and gaze analysis essential for next-generation in-cabin sensing. Key Applications:• Drowsiness & Distraction Detection:Tracks blinks and gaze shifts to instantly identify fatigue or inattention.• Biometric Authentication:Uses iris/pupil patterns for secure, seamless driver identity verification.• Adaptive Interface:Detects driver gaze to highlight key dashboard or infotainment information.

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EyeChip enables a new generation of devices that understand attention and intent.We deliver the core sensing + in-sensor computing platform that empowers innovators across industries—XR, automotive, healthcare, AI, and beyond—to build products that interpret human behavior in real time.EyeChip isn’t just a component. It’s an enabling technology that unlocks smarter, more intuitive human-machine interaction everywhere.

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EyeChip delivers synchronized, high-fidelity signals that accelerate AI understanding of human behavior. Key Benefits• High-Quality AI Training DataProvides four synchronized data streams—high-res eye images, pupil coordinates, pupil size, and glint position—enabling models to learn intent, emotion, and cognitive states with greater accuracy.• Edge AI AccelerationBuilt-in in-sensor neural processing performs eye-tracking analysis directly on the chip,…

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Join Eyechip Corporation as we unveil the next era of technology at CES 2026! We look forward to seeing you there. Let’s power the future together!

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For decades, we’ve taught machines to understand us—first through typed commands, then through touch and gestures.Now we’re entering the final frontier: a truly natural interface that interprets our focus, intent, and cognitive state simply by understanding where we look.This is the future of interaction—more intuitive, seamless, and human than ever before.

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EyeChip captures a rich stream of biometric eye-movement signals, enabling applications to do more than track where users look.It helps systems understand how users process information—their focus, cognitive load, and intent—in real time.By turning eye-movement data into meaningful insight, EyeChip unlocks a new era of intuitive, human-aware interaction.

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The race for next-gen XR devices is often focused on the “Compute SoC” (Layer 1) and “Vision Co-Processor” (Layer 2). But the key to solving the persistent challenges of power efficiency, low latency, and lightweight form factors lies in a deeper, foundational level: The Sensing Layer (Layer 3). This is where the EyeChip stands out:*Extreme…

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The pursuit of lightweight, low-latency, and high-fidelity XR systems demands a fundamental shift in processing architecture. We are moving beyond relying solely on powerful compute layers.The most optimal and efficient XR systems of the future will adopt a specialized, 3-Layer Split Architecture: Layer 1: Compute SoC (The Brain): Handles high-level application processing.Layer 2: Vision Co-Processor…

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