Mission software
Planning, tasking, health monitoring and operator workflows separated from vehicle hardware.
Mission Intelligence Platform
One architecture. Every mission.
The real asset is the common architecture — autonomy, sensor fusion, secure command and modular open systems — not the shape of any one vehicle. It is what turns a fleet of platforms into a single mission outcome.
Mission inputs
Sensor dataPlatform stateExternal feedsPlanningPerceptionAutonomySecure command
Mission services
Vehicle taskingPayload controlOperator reportingCommon interfacesPowerDataComputeControl
AirFlight + payloads
LandMobility + sensing
MaritimeSurface operations
DistributedRemote awareness
One intelligence layer, common to every tool.
The platform separates mission capability from platform geometry. Reusable planning, perception, fusion and command services move across payloads, suppliers and operating domains — following Modular Open Systems Approach principles. We will not claim formal compliance or certification before it is established through the appropriate process.
Autonomy core
Perception, navigation and adaptive planning services that act inside explicit human-set limits.
Sensor fusion
Radar, EO/IR and RF observations from many platforms fused into one de-duplicated mission picture.
Secure command
Resilient communications, role-aware access and policy-defined control boundaries.
Edge compute
Modular onboard processing for low-latency perception, fusion and mission applications.
Decision support
Explainable recommendations and prioritized tracks that keep a qualified human in command.
Payload interface
Defined mechanical, electrical and data boundaries for GFE and partner equipment.
Vehicle abstraction
Common mission services designed to move across air, land, maritime and distributed systems.
The AI, woven in where it earns its place
Not a buzzword layer — specific capabilities the Mission Intelligence Platform is designed to provide, always as recommendations to a qualified human.
Sensor fusion
Radar, EO/IR and RF observations from many platforms fused into one de-duplicated, operator-visible picture.
Anomaly detection
Learned models that surface the track, contact or change that matters — cutting raw video and false alarms.
Autonomous route planning
Adaptive search, patrol and inspection patterns that cover priority ground efficiently inside operator-set limits.
Operator decision support
Explainable recommendations and a clear common picture that keep a qualified human in command.
Target prioritization
Automated ranking of tracks by threat so attention goes to the right target first — a recommendation, never an autonomous decision to engage.
Secure autonomy
Perception, navigation and adaptive planning that act only inside explicit, policy-defined human limits.
AI and autonomy capabilities are development targets, delivered as operator decision support inside explicit human-set limits. Aerinos does not offer autonomous lethal decision-making.
Why open architecture wins the program
A Modular Open Systems Approach is a stated priority in modern defense acquisition because closed platforms turn every new sensor, radio or operating domain into a separate engineering program. Open boundaries are how a system stays affordable and relevant over its life.
Less lock-in
Defined boundaries let a customer swap a sensor, radio or compute module without a bespoke redesign of the whole system.
Field upgrade
Replaceable components and reusable services are intended to let capability improve in the field, not only at the factory.
GFE and partner integration
A published payload interface is designed to accept government-furnished equipment and partner technology with predictable effort.
Multi-supplier resilience
Standard interfaces reduce dependence on any single supplier for a given subsystem.
Faster mission integration
Reusing planning, perception and command services shortens the path from a new requirement to a fielded configuration.
Lifecycle economics
Common components and serviceable modules are engineering inputs aimed at lower total cost over a platform's life.
Shared across domains
The vehicle changes.
The mission layer stays familiar.
AircraftFlight and payload control
Ground systemsMobility and local sensing
Maritime systemsPersistent surface operations
Sensor nodesRemote, distributed awareness
Standards posture, stated honestly.
Aerinos is designing the Mission Intelligence Platform to MOSA principles and export-readiness from the start. We treat interoperability and qualification as things that are earned through engineering, test and the customer's own process, not asserted in marketing copy.
We will publish specific standards conformance, interfaces and certifications by configuration as they are established.
Government · allied · industry
Bring us the mission.
We are building around real operating requirements and integration constraints.
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