The LiDAR that autonomous machines have been waiting for. Full 360° surround sensing. No moving parts. Cost constant with resolution. And a system that doesn't just measure — it comprehends the scene, causally, at the edge, in real time.
Open Partnership Invitation — Select Your Sector
Seeking strategic partners & early customers across industries. Click your sector to register interest.
Nothing to rotate, wear, drift, or calibrate — engineered for reliability across a decade-long automotive lifetime.
On-device intelligence with investigable decision paths — not a black box. Critical for life-safety applications across every sector.
From photon emission to environmental understanding — illumination, acquisition, detection, processing, and inference in a single framework.
A US patent portfolio covering the core architecture.
From a single integrated core, SciPhAi operates in two complementary modes, selected in software with no change to the hardware — one tuned for the richest scene information, the other for a simpler, exceptionally robust measurement.
Switching between the modes is instantaneous and adds no mechanical complexity — both run on the same platform, with nothing to move, wear, or calibrate.
The two modes are complementary: one captures motion and fine detail for the most demanding scenes, the other provides a simpler, highly robust measurement. SciPhAi selects or blends them to match the requirement — all from one sensor, with no moving parts.
Yellow dashes = outgoing pulses · Green dashes = returning photons · Blue dots = accumulated point cloud
Full-stack perception for passenger vehicles, trucks, and autonomous platforms. 320 m range, ±10 mm precision at 120 Hz — meeting the requirements of safety-critical autonomy.
Express interest →Collision avoidance, terrain mapping, and runway sensing for UAVs, eVTOLs, and commercial aircraft. Motion-free, vibration-tolerant, and lightweight by design.
Express interest →Real-time 3D mapping and obstacle avoidance for industrial robots, warehouse AGVs, and humanoid platforms. On-device Physical AI removes cloud dependency.
Express interest →Precision spatial sensing for surgical robotics, prosthetic feedback, and patient-monitoring environments where accuracy and safety are paramount.
Express interest →Atmospheric monitoring, topographic surveying, forestry, and climate sensing. High-precision, long-range EM field detection opens new capabilities for environmental science.
Express interest →Perimeter surveillance, target acquisition, and autonomous platform navigation. No moving parts — no mechanical failure modes. On-device inference maintains operational security.
Express interest →Physics labs, optical research, and academic collaboration. We welcome university and national-lab partnerships.
Express interest →Autonomous rover navigation, orbital mapping, and planetary sensing. Low-power, motion-free sensing for harsh environments.
Express interest →Traffic management, structural health monitoring, and urban sensing networks. Continuous operation with no moving parts.
Express interest →The framework behind SciPhAi's on-device Physical AI — perception that can explain its own decisions.
An interactive look at how SciPhAi steers the beam — no rotation, no scanning optics.
Two complementary sensing modes from one sensor — switchable in software, with no change to the hardware.
Autonomy, robotics, mapping, infrastructure — a comprehensive survey of where SciPhAi sensing creates the most impact.
Strategic partnerships
We are actively seeking co-development agreements, licensing discussions, and joint research initiatives with manufacturers, research institutions, and government bodies. Whether you are an OEM, a research lab, or a systems integrator — there is a path to work with us.