More than a Sensor.
A Revolution.
Our core technology merges light, software, AI, and semiconductor physics in a way that has never been done before. The result: lab-grade hyperspectral intelligence from a solid-state chip, manufacturable at scale, deployable anywhere, and programmable for whatever comes next.
Designed to exceed the limits of conventional sensing
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MATERIAL-AGNOSTIC ARCHITECTURE
Patented pixel on mainstream semiconductor processes — designed for CMOS today, extensible to III-V for longer wavelength applications.
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SOFTWARE-DEFINED
Proprietary reconstruction algorithms resolve the traditional hardware trade-offs between SNR, resolution, and frame rate — without changing the chip.
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LAB-GRADE SPECTRAL PRECISION
Sub-10nm spectral resolution across cross the operating range — precise enough for material identification and signal discrimination that conventional sensors cannot achieve.
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SOLID-STATE. NO SPECIALIZED OPTICS
We separate light in software. No filters, gratings, or moving parts — solid-state, durable, and built for maximum light efficiency
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HIGH-THROUGHPUT SPECTRAL PROCESSING
Proprietary readout architecture delivers full hyperspectral data at video rates — optimized for real-time applications across defence, imaging, and wearables.
Bring lab-grade hyperspectral to your next product.
Across defence, advanced imaging, and wearables — our team is ready to discuss your technical requirements and next steps.
Built by the few who could
The Demo in This Case Will Change Computer Vision Forever.
Sub-pixel detection, material identification, and spectral classification — capabilities that redefine what computer vision can achieve.
Let’s engineer the next breakthrough together
We’re collaborating with OEMs, defence leaders, and technology pioneers to bring hyperspectral intelligence to entirely new domains. Share your challenge — we’ll show you what’s possible.