Meet us at GVSETS

Next week, 13–15 August, you can meet us at GVSETS 2024 in Novi, Michigan, USA. Join us at booth #333 to explore our latest geospatial technology developments across unmanned and manned platforms, meet our geospatial technical experts, and get live demonstrations. 

We are very proud that for the second consecutive year, Carmenta’s Geospatial Technical Paper has been chosen for presentation at the prestigious Autonomy, Artificial Intelligence & Robotics (AAIR) Technical Session at GVSETS.

This year’s technical paper focuses on ‘Risk-adaptive rendezvous planning for resupply missions in the battlefield’.

Resupply missions are critical logistical parts of modern warfare. Supply vehicles carrying fuel and ammunition are high-value targets, meaning that the route chosen in such a mission is sensitive to risk, and time of delivery is critical.

At GVSETS 2024 we will present a resupply path planning algorithm, the Adaptive Intercepting Path Planning (AIPP) algorithm, that balances risk and travel time to find the most suitable rendezvous point among several. The jamming of modern-day communication devices is a difficult issue, where the supply unit, manned or unmanned, will need to determine an optimal rendezvous point on its own. The algorithm provides the users with important information about the level of risk associated with the selected path.

This capability supports frontline operations and enhances real-time combat effectiveness.

Showcased at GVSETS

Our Commercial Off-The-Shelf (COTS) Geospatial Technologies software is available as a Software Development Kit (SDK), enabling customers to develop tailored applications to meet specific combat requirements.

Selected Examples of Geospatial Applications, support crewed and uncrewed platforms in the land, air and maritime domains:

Advanced Cross-Country Navigation: Efficient cross-country navigation through off-terrain conditions.

Combat Area Robustness: Calculation of the susceptibility of the combat area to disruption by enemy or own forces. The information can then be taken into account for cross-country navigation and tactical mines.

Resupply Missions: Optimizing delivery zones based on vehicle and troop characteristics.

Isochrones Calculations: Real-time omnidirectional travel times from a specific starting point.

Radio Propagation Analysis: Calculate radio coverage maps and plan the placement of antennas in real-time.