Distributed systems
Awareness that doesn't depend on any single vehicle.
Field-deployed sensing and communications nodes that extend the mission picture beyond the range of any one aircraft, vehicle or vessel.

The concept
Distributed nodes are the fourth expression of the Aerinos architecture: portable, field-deployed sensors and communications relays that feed the same common mission fabric as the crewed and uncrewed platforms.
By pushing sensing and relay to the edge, the distributed layer is designed to keep a mission picture alive even when individual vehicles move out of range or operate in contested spectrum.
Persistent watch
Unattended sensing over fixed points, borders and remote infrastructure.
Communications relay
Extending secure links across terrain and range for the wider system family.
Distributed awareness
Fusing many small sensors into one operator-visible mission picture.
Autonomy and command
One mission fabric, adapted to the domain.
Nodes are designed as thin edge participants in the mission fabric: they contribute observations and relay secure command traffic through the same common data layer used by the vehicles, so awareness scales without a new operator workflow for each sensor.
EO/IR sensing, RF spectrum awareness and communications relays share the common data boundaries, letting the distributed layer grow with the same payload discipline as the platforms.
See the common architecture →Development posture
What we can say now.
Field-deployed sensing and communications nodes (concept)
Common data layer feeding the shared mission fabric
Portable, unattended edge placement (design target)
Concept and development stage
Concept imagery is illustrative. Specifications and measured performance will be published by configuration as engineering and test mature.
The rest of the family
Each domain runs on the same autonomy, command and payload architecture.
Government · allied · industry
Bring us the mission.
We are building around real operating requirements and integration constraints.
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