Drone Routing
Unmanned Systems
Mission Planning for Uncrewed Systems
Mission planning, autonomous execution, and mission data analysis for unmanned vehicles and vessels – for air, land and sea operations.
- Unmanned Aerial Vehicles (UAS).
- Unmanned Ground Vehicles (UGV).
- Unmanned Surface Vessels (USV).
- Unmanned Underwater Vehicles (UUV).
Why choose Carmenta technology
Advanced UAS Mission Planning
Enhance the predictability and reliability of UAS missions with real-time geospatial analysis, for example to identify optimal observation points.
Tactical UAS and Ground Routing
Optimized routes generated in real-time based and deconflicted towards terrain, buildings, airspace, static and dynamic hazards and other routes.
Sensor Data Analysis
Gain crucial advantages for UAV Ground Control Stations and other systems that manage tactical video intelligence with real-time georeferenced video overlays.
Run on Embedded Hardware
Analysis of dynamic sensor data enables fast rerouting onboard unmanned platforms. Carmenta technology supports multiple platforms, including Linux and Android.
Supporting Human and Autonomous Decision-Making
Carmenta’s real-time geospatial analysis and routing capabilities help cope with dynamic challenges and support both human and autonomous decision-making.
Whether the mission is in reconnaissance, target tracking, intelligence gathering, perimeter surveillance, transportation, or resupply – for military or high-end civil use – Carmenta’s technologies for uncrewed systems improves the predictability and reliability of missions.
Features for Uncrewed Systems
Georeferenced Video
Visibility Analysis
Terrain Vehicle Mobility
Cross-Platform Development
Interoperability
High-Performance Rendering
Geospatial Data from Any Source
Terrain Analysis
Example Use Case
UAS Mission Planning
Support for all Unmanned Mission Phases
- Mission Planning: Placement of observation points, tactical flight or terrain routing, and deconfliction, considering mission parameters, restriction areas, sensor coverage, etcetera.
- Mission Execution: Live georeferenced videos and rerouting based on changes and unforeseen events.
- After-action Analysis: Analyze the result of a conducted mission and feed this information into subsequent mission planning.
Featured News for Uncrewed Systems
Carmenta launches new product for Uncrewed Systems
Today, at DroneX Exhibition in London, Carmenta launches a new mission planning service for uncrewed systems. Carmenta UAS Services – Beta Version allows software developers to easily integrate advanced routing and geospatial analysis capabilities for autonomous flights.
Read more
Project to integrate autonomous drones in combat vehicle – CV90
Carmenta and BAE Systems Hägglunds, together with hardware UAV manufacturer Airolit, have partnered to develop a solution with the objective of integrating autonomous drone surveillance capabilities into combat vehicle – CV90.
Read moreUpcoming Event
Webinar: Risk-Adaptive Rendezvous Planning for Resupply Missions
Sign up for a live webinar that will explore the critical aspects of secure and timely resupply missions, including advanced and secure terrain routing, and risk management. The session will cover advanced algorithms designed to enhance operational efficiency and safety in resupply missions.
Read moreRead more about our Products
Carmenta UAS Services
Carmenta Engine
Carmenta Server
Technology to Empower Uncrewed Systems
Explore Carmenta’s offering for Unmanned Systems – From Mobile Devices to Cloud.
Try for free
Request a Trial
Are you ready to see how our products can transform your work? Request a free trial today and explore the full potential of our geospatial technology.
- Our free trial includes 30 days unlimited access.
- Please specify which product/products you are interested in.
- Fill out the form, and one of our representatives will contact you shortly with access details.
This form can be used to request a trial for Carmenta Engine, Carmenta Server or Carmenta Map Builder. If you are interested in a Carmenta UAS Service trial, please follow this link.