We engineer high-precision 3D ToF sensors, thermal edge devices, and domain-specific Physical AI. Built for sub-micron industrial assembly, precision robotics, and autonomous UAV operations in critical environments.
Precision optomechanical hardware closely fused with deep learning edge processors.
We deploy micro-vibration analysis and sub-micron active vision directly into industrial production cells, preventing defects and eliminating post-assembly rework.
Combines high-speed displacement sensing with spectral inference to calculate unbalance vectors and optimal counterweight positions in seconds.
Sub-micron 6-DoF optical alignment algorithms maximizing Modulation Transfer Function (MTF) yield during camera barrel bonding.
Enabling airborne and ground platforms to execute critical surveillance, search and rescue, and industrial inspection with complete edge autonomy.
Sub-750g 3-axis stabilized gimbal integrating 4K optical zoom, radiometric thermal imaging, and embedded AI tracking algorithms.
Pairing 3D ToF with Visual-Inertial Odometry (VIO) for uninterrupted indoor, tunnel, and signal-compromised drone navigation.
Why leading engineering teams integrate our multimodal edge sensing systems.
| Engineering Capability | Conventional Solutions | FocusVision Technology |
|---|---|---|
| Full-Stack Architecture | Fragmented optics, discrete third-party AI compute, multiple vendors. | Single-Vendor Ownership: Custom optics, sensor fusion drivers, and embedded AI. |
| Environmental Validation | Standard commercial grade; frequent thermal/vibrational drift. | Industrial-Grade: Validated against wide thermal shocks and continuous high-vibration profiles. |
| Supply Chain Integrity | Opaque architectures with high compliance and export restriction risks. | Trustworthy & Compliant: NDAA-aligned modular architectures for global enterprise use. |
