SAAZ's LiDAR sensors redefine spatial awareness with cutting-edge active sensing across Visible and SWIR bands. From space-based topography to ground-based guidance systems, our LiDAR solutions offer unparalleled range, resolution, and responsiveness.
Driven by innovations such as GmAPD and LmAPD detectors, our sensors are engineered for dynamic environments, enabling long-range detection, multi-return depth mapping, and intelligent perception with minimal latency. Whether your application is space objects detection, 3D mapping, from spaceborne, airborne, and terrestrial platforms, SAAZ makes LiDAR visible.
Explore our deep-tech portfolio designed for mission-critical LiDAR applications:
Operates in Visible and SWIR bands—ideal for terrain mapping, foliage penetration, laser communications, and atmospheric profiling.
LmAPD (Linear Mode APD): Supports multiple returns per pulse—perfect for cluttered environments and foliage penetration.
GmAPD (Geiger Mode APD): Enables single-photon detection at ranges exceeding 10 km using compact lasers and receivers.
Switch seamlessly between traditional synchronous imaging and asynchronous event-based readout for real-time tracking.
Optimized for SWaP-C (Size, Weight, Power & Cost)—ideal for UAVs, satellites, and mobile ground systems.
Features smart data encoding, error correction, FFT support, and full waveform capture for robust post-processing.
From compact flash LiDAR units to large-format focal planes with scalable pixel arrays and integrated optics.
Discover how SAAZ LiDAR technology is enabling the next generation of sensing:
SAAZ combines multi-band LiDAR with GmAPD and LmAPD detectors to deliver precise, long-range, and low-latency 3D sensing—even in cluttered or low-visibility environments.
Our LiDAR systems operate across Visible, SWIR bands enabling applications from foliage penetration to high-altitude atmospheric mapping.
GmAPD enables single-photon detection for ultra-long-range sensing; LmAPD supports multiple returns per pulse, ideal for complex terrains and dense scenes.
Yes, our solutions are SWaP-C optimized for satellites, drones, and mobile systems, without compromising range, accuracy, or processing power.
Absolutely. Our multi-mode designs allow real-time switching between synchronous frame-based and asynchronous event-based sensing for adaptive mission needs.
SAAZ LiDAR Sensors deliver depth, speed, and intelligence—giving your mission the edge it needs.
→ Reach out today to collaborate with our LiDAR engineering team.
