Webinars ‹ Carmenta

Webinar: Uncrewed military mobility across all domains

Watch our webinar about how geospatial technology can support a continuous operational workflow across domains, as a mission moves from maritime launch to ground deployment and onward to an aerial operation.

Screenshot from the webinar "Optimizing Firing Position Usage for Survivability and Effectiveness in Artillery Shoot-and-Scoot Tactics". showing a map with "Problem Overview"

Webinar: Optimizing Firing Position Usage in Artillery Shoot-and-Scoot Tactics

Did you miss the presentation of our technical paper at GVSETS 2025? Watch the full presentation as an on-demand webinar and learn about maximizing the number of firing positions while minimizing travel time under strict movement constraints.

Webinar: Military last-mile resupply using UAS technology with geospatial analysis

Watch our webinar, first presented at XPONENTIAL Europe 2025, about the evolving role of Uncrewed Aerial Vehicles (UAVs) in military logistics.

Webinar: Carmenta Engine and Next Generation OGC API standards

Learn how the new Carmenta Tile Engine component allows you to easily set up OGC API Tiles services, delivering background maps to your Carmenta Engine-based clients or any other compatible applications.

Webinar: Risk-adaptive Rendezvous Planning for Resupply Missions

Watch our on-demand webinar about the crucial role of supply lines in the battlefield. Deep dive into the intricacies of determining the best rendezvous points in a resupply mission, taking into account the various threats that exist.

Webinar: Safe landing zones and nap-of-the-earth flight for UAS

Determining safe landing zones is an essential part of many types of UAS missions. It is often important to identify safe landing zones along the route in case of an emergency during a flight.

Webinar: 3D visualization and analysis of Airspace Coverage

Learn how Carmenta's advanced C-UAS and Air Defence capabilities can be combined in a powerful siting application that helps operators identify blind spots, maximize airspace coverage, and make more informed deployment decisions.