Depth Sensing
Precision in Every Dimension
SAAZ’s Depth Sensing technologies empower machines and missions to understand the world in 3D—accurately, instantly, and reliably. Whether it’s autonomous navigation, terrain mapping, object detection, or robotic vision, our solutions deliver rich spatial insights with unmatched accuracy and responsiveness.
Leveraging our expertise in time-of-flight, LiDAR, event-based sensing, and stereo vision, we build depth systems that go beyond standard imaging—offering real-time, high-resolution range data tailored for aerospace, defense, industrial, and commercial applications.
Our Offerings
Multi-Method Depth Architecture
Support for Flash LiDAR, SPAD-based time-of-flight, stereo vision, and structured light—customized to mission needs.
High-Resolution 3D Mapping
Generate detailed depth maps in real time with precise range measurements across diverse operating conditions.
Long-Range Sensing with Low Latency
Detect objects at extended distances with fast acquisition and minimal delay—ideal for moving platforms and dynamic scenes.
Compact, Low-SWaP Systems
Miniaturized and power-efficient designs fit for UAVs, rovers, and edge devices in constrained environments.
Onboard Processing & Data Fusion
Integrate range data with optical, thermal, or hyperspectral inputs for intelligent situational awareness.
Environmental Robustness
Built to withstand vibration, temperature extremes, and low-light or obscured visibility scenarios.
Applications
Autonomous Navigation for Ground Vehicles
High-speed depth sensing modules enable path planning, obstacle avoidance, and terrain adaptation in tactical operations.
Space Docking & Proximity Sensing
Used in satellite rendezvous and robotic docking systems for precise 3D localization and control in microgravity.
Industrial Safety & Inspection
Integrated depth sensors provide real-time object recognition and positioning in dynamic manufacturing environments.
Frequently Asked
Questions
SAAZ employs SPAD-based time-of-flight, LiDAR, stereo vision, and event-driven sensors to deliver depth perception optimized for each use case.
Yes. Our sensors are engineered to perform in challenging environments including low-light, fog, smoke, or high-dynamic scenes.
Absolutely. We offer low-SWaP, embedded depth modules ideal for UAVs, robotics, satellites, and wearable systems.
Our systems provide extreme accuracy, depending on range, environment, and sensor configuration.
Yes. We support fusion of depth with EO/IR, hyperspectral, and event-based data streams for enhanced decision-making and autonomy.
