news

Carmenta listed on Global Top 100 Geospatial Companies


Published on: 2024-02-02

Posted in: Company

Carmenta listed on Global Top 100 Geospatial Companies

We are excited to announce that Carmenta has been listed as one of the Global Top 100 Geospatial Companies in 2024! It is the second time that Carmenta is recognized on the prestigious list. 

The Global Top 100 Geospatial Companies is published by geospatial platform Geoawesomeness. More than 800 geospatial companies were researched and curated by a panel of industry experts to select the final top hundred companies.

The list is designed to offer insights into the dynamic and evolving landscape of the geospatial industry, and  help both industry professionals and enthusiasts navigate and make sense of the rapidly changing geospatial ecosystem.

We want to direct a big thank you to the committee of industry experts for recognizing us! We’re honored to have been selected in the company of some really amazing companies. Read the full list here.

Related news

Carmenta at CWIX 2026, the biggest interoperability event of its kind in NATO.

Carmenta at CWIX 2026

Carmenta is proud to participate in NATO's CWIX 2026 in collaboration with Allied Armed Forces, and to contribute to this collaborative effort.

Read more
Conference session on "Uncrewed Military Mobility Across All Domains – From Sea to Land to Air", hosted by Jonas Envall, at International Drone Show 2026. Photo: Lasse Skov

Uncrewed Military Mobility Across All Domains

Yesterday, we hosted a conference session at International Drone Show in Odense, Denmark, on a topic that is becoming increasingly relevant in defence: Uncrewed Military Mobility Across All Domains – From Sea to Land to Air. 

Read more
The Carmenta Geospatial Technologies team at AFCEA Exhibition 2026 in Bonn, Germany

Meet Carmenta at AFCEA Exhibition 2026

Our technical team is on site to demonstrate how our software enhances the ability of defence organisations to achieve rapid, reliable and highly precise situational awareness across complex operational settings.

Read more