Sensing & algorithm development
LIDAR
Build the measurement around the mission.
Alpha Photonics connects laser sources, receiver architectures, optical design, signal processing, and adaptive control to the sensing task. Our cognitive lidar approach uses each return to update the scene estimate and select the next useful measurement.
System development
Optics and algorithms,
designed together.
Transmitter waveforms, detector behavior, acquisition timing, and processing choices determine which measurements are useful. We develop these elements together, from architecture and modeling through integration and verification.
Algorithmic capabilities
Physics-informed sensing models, signal processing, scene estimation, tracking, and adaptive measurement scheduling connect the optical hardware to the information the system needs.
Development includes evaluating pulse selection, receive windows, detector settings, and dwell against the sensing objective, hardware constraints, and available evidence.
Adaptive sensing
Cognitive lidar
Use each return to decide what to measure next.
Open animation full screen ↗Sensing models
Explore the system choices.
Adaptive measurement allocation
Source and receiver architecture
Start a technical conversation
Bring the sensing challenge.
Discuss the scene, platform, and information your system needs.
