
A Word from the CEO: Geospatial Trends in 2026
Heading into 2026, what are the dynamics that are driving the need for advanced geospatial technology in the defense and public safety industries?
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Operating drones in highly congested urban environments is a challenge. To do it beyond visual line of sight (BVLOS) and autonomously, is an even greater challenge.
This is what Carmenta technology is currently being developed to address within the HADO® Project, initiated by Innovate UK. The goal is to implement the first real-world application of such as system at London Heathrow Airport.
The use cases in the project include perimeter surveillance, infrastructure inspection, incident inspection, and package delivery. Carmenta technology uses a high-resolution 3D model to generates an optimal route, considering obstacles such as buildings, restriction areas, overlapping UAS flight corridors, and sensor coverage. If the conditions for the route change, the route is regenerated and adapted in real-time.
In a series of videos, we will showcase various capabilities developed and used in the HADO project, ranging from mission planning (tactical planning) to placing a camera path with area restrictions, conducting building inspection, and managing dynamic hazards and swarm routing.

Heading into 2026, what are the dynamics that are driving the need for advanced geospatial technology in the defense and public safety industries?
Read more
Earlier this year, Carmenta participated in a Vinnova Innovair funded project together with Spacemetric and PandionAI. The initiative aimed to create a solution capable of processing and visualizing real-time AI-enhanced drone data.
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We are pleased to announce the signing of a MoU (Memorandum of Understanding) with Xynetic GmbH, further strengthening our initiative in the field of autonomous systems.
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