Airside inspection & patrol
Autonomous inspection, perimeter patrol, FOD detection and operational monitoring across airport environments.
Autonomous platforms. Integrated into real operations.
AERXIO integrates autonomous platforms, sensors, communications and operating workflows into controlled operational environments across airports, defence, public safety and land operations.
Operational Autonomy
Autonomy is a system, not a vehicle.
A platform becomes operational capability only when architecture, sensing, communications, command authority and readiness work together.
01
Architecture
Define the mission, operating environment and interfaces.
02
Platforms & sensors
Select autonomous platforms and sensing technologies for the requirement.
03
Systems integration
Connect platforms, sensors, communications, data and operational systems.
04
Command authority
Define human authority, escalation and mission control.
05
Readiness
Test, train, assure and prepare the capability for operations.
Operational Use Cases
Built around the mission.
Autonomous capability configured for specific operating environments.
Integrated UGV + UAV surveillance
Integrated ground and aerial platforms for patrol, reconnaissance, wider-area sensing and operator-led ISR workflows.
Autonomous patrol support
Autonomous patrol support for controlled areas, facilities, events and security operations.
Forestry, agriculture & desert reclamation
Autonomous monitoring and field operations for forestry, agriculture and desert reclamation.
Technology Partner
Micropolis Robotics
Proven autonomous platforms. Integrated by AERXIO.
Micropolis develops autonomous robotic platforms and technologies. AERXIO integrates these capabilities into broader operational environments, connecting platforms with infrastructure, sensors, communications, mission systems and operating workflows.
AERXIO
Operational integration
- Operational architecture
- Systems integration
- Mission and system interfaces
- Operational readiness
MICROPOLIS
Platform technology
- Autonomous platforms
- Robotics technology
- Platform capabilities
- Platform engineering
Representative Micropolis platform portfolio. Configuration depends on programme requirements.
Micropolis Success References
Regional organisations. Proven operating contexts.
Selected reference organisations reflecting the breadth of Micropolis deployments across security, industrial, municipal and critical operating environments in the region.
Partner reference context. Reference organisations shown relate to Micropolis technology deployments and relationships and should not be interpreted as AERXIO project references.
Start with the requirement
Start with the mission, not the vehicle.
Tell us the environment, operating requirement and mission objective. AERXIO can define the architecture, identify the appropriate platforms and integrate the capability into operations.