Autonomous Maritime
Unmanned Surface Vessels
Integration, testing, operations and sustainment for autonomous maritime systems.
The mission is won
in the seams.
5,500 embedded engineers closing the gaps between every sensor, effector and platform - so the mission works as one.
The systems exist.
The mission breaks
between them.
Sensors, command systems, platforms and effectors are advancing faster than the architectures that connect them. The greatest operational risk increasingly lives in the space between.
Sensor01
Command02
Platform03
Effector04
Already inside
the mission.
Astrion works alongside operators, program offices and critical infrastructure teams where complexity becomes consequence.
02 / 06
Space Warfighting
Working Mission Structure
The field is the
intelligence engine.
Astrion works inside the environments others model from a distance. That real-world experience reveals where systems fail, where integration slows and what the mission demands next.
Change the
technology.
Preserve the
mission.
In Development
Astrion is developing a mission orchestration architecture designed to connect heterogeneous systems without locking the mission to any one stack.
Explore OrchestrationSensor
Heterogeneous Input
Command
Decision Environment
Platform
Mission Node
Effector
Operational Effect
Mission
Orchestration
In Development
Field Intelligence → Mission Orchestration → Operational Effect
Concept Visualization
Intelligence,
extended to
the edge.
Astrion is translating mission insight into physical and autonomous capabilities designed for environments where communications, navigation and certainty are degraded.
Explore EdgeAutonomous CoordinationIn Development
Coordinate locally. Contribute globally.
Distributed coordination for operations where communications and navigation may be contested.
PAMI-1Mission Integration
Sovereign capability. Allied advantage.
Mission integration for the Netherlands’ sovereign imaging satellite program.
What the field
reveals, Astrion
turns into
capability.
01
Live the Mission
Operate where technical complexity meets consequence.
02
Find the Seam
See the friction hidden between systems.
03
Build the Capability
Translate field insight into a better architecture.
04
Return it to the Field
Apply it against real mission conditions.
Field Intelligence
Capability Engine
The mission is
already underway.
The platform direction begins with capabilities Astrion delivers today.
Layered Defense
Golden Dome
Threat modeling and architecture validation for complex layered defense.
Sovereign Space
PAMI-1
Mission integration for an allied imaging satellite program.
Exploration
Artemis
Launch systems test, integration and mission-readiness support.
Illustrative Content Architecture — Program Language Subject to Final Clearance
From the field.
Mission Architecture / 06.18
Why the seams define the mission
Where operational advantage is gained—and lost—between systems.
↗Space / 06.02Sovereign capability, allied effect
Building systems that serve national autonomy and coalition advantage.
↗Autonomy / 05.21Designing for degraded environments
What coordination demands when communications and navigation are contested.
↗Live the mission.
Build the edge.
Join mission engineers, software teams and operators working where National Security systems meet reality.