On-Orbit Image Analysis
SYNAPLEX enables AI-driven image processing directly on-board Earth observation satellites, reducing downlink bandwidth requirements by 90% through intelligent filtering and feature extraction. Photonic neuromorphic computing delivers sub-watt inference for constellation-scale deployment without power subsystem redesign.
Commercial Earth observation generates petabytes of raw imagery daily, overwhelming ground station downlink capacity and storage infrastructure. SYNAPLEX on-orbit processing performs AI-driven scene classification, cloud filtering, and target detection, transmitting only actionable intelligence rather than raw sensor data.
Military reconnaissance satellites require real-time tactical intelligence dissemination without revealing satellite orbital parameters through predictable downlink windows. SYNAPLEX edge processing enables direct-to-user data relay with pre-processed intelligence, reducing operational latency from hours to minutes.
Earth Observation
On-orbit AI for optical and multispectral satellites performing autonomous scene classification and cloud masking before downlink.
- Planet Labs — 200+ Dove constellation
- Maxar WorldView — 0.3m resolution imaging
- Airbus Pleiades Neo — 30cm native resolution
- UK Carbonite — Surrey Satellite Technology
SAR Image Analysis
Real-time synthetic aperture radar processing with AI-driven target detection and classification for all-weather reconnaissance.
- Capella Space — Commercial SAR constellation
- ICEYE — Finnish SAR microsatellites
- NovaSAR-1 — UK maritime monitoring
- RADARSAT Constellation — Canadian surveillance
Military ISR
Tactical intelligence processing for defence reconnaissance satellites with automated target recognition and change detection.
- UK ISTARI — Ministry of Defence EO
- NRO Satellites — US reconnaissance assets
- CSO Programme — French optical intelligence
- GokTurk — Turkish reconnaissance satellites
Hyperspectral Analysis
On-board processing of 100+ spectral bands with AI-driven material classification and anomaly detection before downlink.
- PRISMA — Italian hyperspectral mission
- EnMAP — German environmental mapping
- HyspIRI — NASA hyperspectral imaging
- CHIME — Copernicus hyperspectral
Why SYNAPLEX for Satellite Processing
Photonic edge computing transforms space-based intelligence
90% Bandwidth Reduction
On-orbit AI filtering eliminates cloud-covered scenes and irrelevant imagery, transmitting only actionable intelligence.
Sub-Watt Processing
<2W power budget enables constellation-scale deployment without solar array or battery subsystem redesign.
Radiation Tolerance
Photonic processing operates through Van Allen belt transits and solar particle events without compute degradation.
Discuss Satellite Processing Integration
Contact our Earth observation team to explore SYNAPLEX deployment for on-orbit image analysis.
Contact EO Team Back to SYNAPLEX Defence