Auterion Mission Control
Control any autonomous system
Auterion Mission Control is the ground control app to plan and execute autonomous missions for any Auterion-powered vehicle.
![amc](https://auterion-gs.com/wp-content/uploads/2023/09/amc.png)
What Mission Control can do?
With a simple and intuitive UI/UX, Auterion Mission Control (AMC) allows operators to control a diverse fleet of vehicles with the same basic workflows. Streamline your operations, reduce cognitive load, and ease training burden.
Features Overview
![](https://auterion-gs.com/wp-content/uploads/2023/10/amc-4.png)
Efficient execution
Terrain checks and simplified planning for quick takeoff and landing, even for large hybrid-VTOL and fixed-wing vehicles
![](https://auterion-gs.com/wp-content/uploads/2023/10/amc-5.png)
Standardized payload control UI
Auterion facilitates full control over connected payloads through a consistent UI, without having to use a secondary app
![](https://auterion-gs.com/wp-content/uploads/2023/10/amc-7.png)
Full TAK integration
Bidirectionally share information between TAK and AMC, including markers, Sensor Point of Interest, and Position Location Information
![](https://auterion-gs.com/wp-content/uploads/2023/10/amc-3.png)
Use-case-specific flight behavior
Focus more on your mission and less on controlling the vehicle by using automated behaviors like follow-target, POI lock, and an adjusting Figure 8 for offset observation
![](https://auterion-gs.com/wp-content/uploads/2023/10/amc-6.png)
Safety and peace of mind
Operate with confidence with geofences, intuitive takeoff and landing approaches, vehicle path prediction, and automatic terrain checks.
![](https://auterion-gs.com/wp-content/uploads/2023/10/amc-8.png)
Collaborative missions
AuterionOS and AMC facilitate complex operations with features like deliberate handoff of control between ground control stations, and remote video terminal
AuterionOS
Enabling a software-defined robotics ecosystem with the world’s leading interoperable operating system
Operate a diverse fleet of interconnected robots with the operating system for flexible robotics deployment. Built-in app deployment allows advanced automation and enhanced user experience.