Each SYNE mission is engineered around a specific intelligence need - matching the right orbit, payload, and revisit cadence to the problem at hand. From LEO environmental sensing to MEO maritime coverage, our constellation grows with purpose.
LEO sun-synchronous mission tracking global forest cover change, ocean surface temperature, and greenhouse gas concentrations using multi-spectral imagers and SWIR sensors.
Persistent global AIS vessel tracking with RF signal collection capability. Supports detection of non-broadcasting and spoofing vessels across EEZ and open-ocean zones in LEO.
Hyperspectral imaging mission dedicated to mineral and geological mapping. Targets iron oxides, clay minerals, carbonates, and rare-earth element indicators across the Pacific and Australasian regions.
Sovereign space capability delivering persistent wide-area surveillance, border monitoring, and change detection for Five Eyes allied partners. SAR payload for all-weather, day-night collection.
Daily NDVI and soil moisture mapping for precision agriculture in New Zealand, Australia, and Pacific Island nations. Supports irrigation scheduling, yield forecasting, and biosecurity monitoring.
A LEO constellation concept for global, wide-area ocean monitoring - providing high-latency AIS aggregation, ocean colour sensing, and sea-state measurements across the full Pacific basin.
SYNE integrates commercial and custom payloads, selected and qualified for the specific orbital and mission requirements.
Visible, NIR, SWIR bands. Up to 5 m GSD from LEO. Ideal for vegetation, water, and land-use analysis.
200+ spectral bands enabling mineralogy, atmospheric profiling, and detailed surface composition mapping.
All-weather, day-night ground sensing. Detects surface deformation, vessel wakes, and buried structures.
Spaceborne AIS for vessel tracking. Passive RF sensing to detect non-compliant emitters and spoofing attempts.
Talk to our mission design team about your data requirements and constellation options.