01
Speed of relevance
Collection has to meet the commander's clock.
When the decision window is minutes or hours, waiting for separate tasking cycles can make the best data irrelevant.
- Same timestamp
- Faster first cue
- Less operator waiting
SAME-TIME MULTI-INT FROM ORBIT
The bottleneck in space isn't sensing. It's fusing the right signals fast enough to matter.
Eagle Eye is building a compact orbital system that captures EO, SAR, hyperspectral and RF over the same place at the same time, then turns the collect into a traceable cue before raw data volume becomes the bottleneck.
HYPERHSI
SARX-BAND
EOVIS
RFSIGINT
FUSION CONSOLE
One pass. Four kinds of evidence.
The simulated scene shows what changed, which sensors agree, and what still needs a human analyst.
WHY NOW
The hard part is not another sensor. It is orchestration.
Analysts can already access many sensors, but cross-provider tip-and-cue is slow, brittle, and hard to trust when decisions are live.
02
Assurance, not black boxes
A cue must be inspectable before it becomes a call.
Defence users still need provenance: where the data came from, how the inference was made, and which modalities corroborated it.
- Traceable evidence
- Human validation
- Sensor-level custody
03
Downlink economics
Do not ship the ocean when the user needs the ship.
On-orbit filtering can send the relevant bands, objects, or anomaly cues first, then pull heavier data only when it is worth the bandwidth.
- Data cube triage
- Object-first products
- Lower ground burden
HYPER
+
SAR
+
EO
+
RF
=
one timestamped evidence package, with confidence an analyst can defend.
FUSION ON ORBIT
A whole intelligence agency, folded into a 16U cubesat.
The National Geospatial Intelligence Agency fuses every phenomenology to make a call. We put that fusion on the spacecraft so sovereign customers get multi-INT truth, not four invoices and a latency gap.
DYNAMIC MARITIME
Dark-vessel cueing
A ship appears away from its reported track. RF, SAR, EO and spectral cues arrive together, giving analysts a fast reason to spend scarce high-resolution collection.
RFSARTHERMAL
CHANGE DETECTION
Activity before imagery overload
Large-area monitoring becomes an object-first workflow: detect what changed, preserve the sensor trail, and downlink the heavier data only when the anomaly is worth it.
EOTHERMALSAR
SOVEREIGN ACCESS
An “own / collaborate / access” layer
For customers balancing owned, allied and commercial assets, a same-time collector can become the neutral cueing layer that tells the rest of the stack where to look next.
RFSAREO
TEAM
