Distributed
Unattended RF, radar and EO/IR nodes that build a wide-area detection net around the protected site.
See the distributed systems →Flagship mission · In development
Counter-UAS is the flagship the architecture was built for.
Small drones are now the defining threat to fixed sites, borders and forces. The Mission Intelligence Platform is being designed to detect, track, classify and defeat them — with a person always in command of any effect.
The outcome
Cheap, capable small drones have turned into a mainstream threat to airbases, critical sites, border zones, convoys and public events. The defensive problem is no longer one radar watching one lane — it is fusing many sensors across a wide, cluttered area and deciding, fast, what is a threat.
That is exactly the problem the Aerinos Mission Intelligence Platform is being shaped around: distributed sensing, RF spectrum awareness, edge fusion and supervised autonomy, with effects kept firmly under authorized human control.
Designed to enable
- Give a base or event a wide-area detection net instead of a single blind spot
- Cut operator overload by fusing and de-conflicting many sensors into one picture
- Shorten the time from first detection to an authorized, human-approved decision
- Scale the same picture across fixed sites, convoys, borders and coastal water
Where the platform draws from
This outcome is not one vehicle. The Mission Intelligence Platform draws on whichever operating domains fit the job.
Air
Group 2 aircraft for cued identification, tracking and — where authorized — response.
See the air systems →Land
Mobile sensing and effects that move with a convoy or a forward site.
See the land systems →Maritime
Surface-based detection extending the counter-UAS picture over coastal water.
See the maritime systems →The intelligence behind it
Sensing and AI woven in where they earn their place — as recommendations to a qualified human, never an autonomous decision to act.
RF spectrum sensing
Passive detection and direction-finding of drone control and video links across a wide, contested band.
Multi-sensor fusion
Radar, EO/IR and RF tracks fused into a single, de-duplicated air picture the operator can trust.
Anomaly detection
Learned models that separate a hostile track from birds, clutter and friendly traffic to cut false alarms.
Track classification and prioritization
Automated ranking of tracks by threat so the operator's attention goes to the right target first — a recommendation, never an autonomous kill decision.
Operator decision support
A clear, explainable picture with recommended actions, keeping a qualified human in command of any response.
Under authorized human control.
Counter-UAS effects are designed to remain under authorized human control, within applicable law and rules of engagement. Aerinos does not offer autonomous lethal decision-making; the platform recommends and the authorized operator decides.
See the platform capabilities →Development posture
What we can say now.
Mission
Counter-UAS (flagship)
Status
Capability in development — designed to enable this outcome, not a fielded deployment
Operating domains
Distributed, Air, Land, Maritime
Human authority
Effects and prioritization remain under authorized human control, within applicable law and rules of engagement
Mission outcomes describe design intent for a pre-production program. Measured performance will be published by configuration as engineering and test mature.
Other missions the platform is built for
One Mission Intelligence Platform, pointed at more than one problem.
Government · allied · industry
Bring us the mission.
We are building around real operating requirements and integration constraints.
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