Core Technology: Single-Photon Perception

Ubicept's innovation centers on the use of Single-Photon Avalanche Diode (SPAD) sensors combined with proprietary algorithms. While traditional CMOS sensors integrate light over a set exposure time (which leads to motion blur in low light), SPAD sensors record the arrival of individual photons with sub-nanosecond precision.

• Ubicept Photon Fusion (UPF): A physics-based algorithm that transforms raw photon arrival data into clean, high-resolution video streams. Unlike AI-based denoisers that may "hallucinate" details, UPF is grounded in the physical reality of photon timing, ensuring the data is trustworthy for downstream AI perception.
• FLARE (Flexible Light Acquisition and Representation Engine): A specialized gateware and firmware engine that optimizes how photon streams are encoded and processed, reducing the massive bandwidth requirements typically associated with high-speed SPAD sensors.
• Zero Read Noise: By counting individual photons, Ubicept's system eliminates the electronic read noise inherent in conventional cameras, enabling clear vision in near-total darkness (as low as 0.01 lux).

Products and Services

Ubicept provides a stack of hardware and software products designed to integrate into existing and future computer vision pipelines.

1. The Ubicept Toolkit

The Ubicept Toolkit is the primary software suite for perception engineers. It is designed to bridge the gap between current-generation CMOS sensors and next-generation SPAD sensors. * CMOS Enhancement: When applied to standard CMOS cameras, the toolkit provides a +10 dB signal-to-noise gain and a +20 dB dynamic range boost, helping legacy systems perform better in challenging conditions. * SPAD Evaluation: For R&D teams, the toolkit provides real-time visualization, capture, and processing for SPAD sensors, supporting frame rates up to 100,000 fps and dynamic ranges exceeding 150 dB.

2. The FLARE Development Kit

The FLARE DevKit is a comprehensive hardware-software evaluation platform. It includes: * The FLARE Camera: A prototype camera featuring a 1-megapixel, full-color SPAD sensor. * Integrated Processing: Embedded implementations of the UPF algorithms designed to run on high-performance compute chips from Qualcomm and NXP. * API & GUI: Tools for rapid prototyping of 3D sensing, high-speed tracking, and HDR applications.

3. Active and Passive Vision Solutions

Ubicept offers specialized application-specific techniques through its sensing engine: * Gated Imaging: Using nanosecond precision to "see through" environmental obstructions like fog, rain, smoke, and snow by gating out light reflected from nearby particles. * Time-of-Flight (ToF) Enhancement: Improving the versatility of 3D depth sensors by capturing depth and intensity frames simultaneously, ensuring perfectly aligned data even in high-speed motion. * Photometric Stereo: Capturing 3D shape information by synchronizing SPAD sensors with acutely angled light sources to reveal microscopic surface imperfections.

Industry Applications

Ubicept?s technology is utilized in sectors where "failure to see" has high-stakes consequences:

| Industry | Application | | :--- | :--- | | Autonomous Vehicles | Reliable ADAS performance in nighttime driving, tunnels, and blinding solar glare. | | Robotics | High-speed object tracking for picking and sorting in dim warehouse environments. | | Surveillance | 24/7 monitoring with high-fidelity facial recognition in variable lighting without the need for intrusive floodlights. | | AR/VR | Ultra-low latency hand and eye tracking to prevent motion sickness and improve immersion. | | Industrial Inspection | Detecting defects on fast-moving production lines that move too quickly for traditional global shutter cameras. |

Strategic Partnerships and Market Impact

Ubicept has formed strategic alliances with semiconductor leaders and automotive giants to scale its "software-defined camera" vision. In 2025, the company announced a partnership with Pi Imaging Technology to support their SPAD Alpha 1-megapixel camera. Ubicept also works with automotive tier-1 suppliers like Continental to integrate Photon Fusion into safety-critical ADAS systems.

Recognized as a "first-round draft pick" by TitletownTech (a joint venture between Microsoft and the Green Bay Packers), Ubicept is positioned as the essential bridge between the biological precision of the human eye and the digital requirements of modern artificial intelligence.