A Word from the CEO:
Geospatial Trends in 2026
As we enter 2026, it’s natural to reflect on the developments that shaped 2025 and look ahead to what will define the coming year. Across industries, we’ve seen rapid technological progress, heightened security demands, and an increasing need for resilience. These dynamics are particularly evident in the defense industry, where the need for advanced geospatial technology continues to grow.

Five trends driving geospatial innovation in 2026
1. Multi-domain operations (MDO)
Modern defense operations require coordination across the land, air, and sea domains, enabling commanders, operators, and autonomous systems to make informed decisions. Advanced geospatial technology is essential for creating a unified operational picture, combining live data feeds, terrain analysis, maritime charts, and threat overlays. At Carmenta, we have worked extensively on this in 2025 and will continue to ensure interoperability and open standards across our product suite. Read more here: uncrewed military mobility across all domains.
2. Increasing Operational Complexity
Defense missions today involve operating in highly dynamic and contested environments, demanding faster decision cycles. Geospatial platforms help reduce complexity and enable rapid, informed decisions. This is an area where we see that Carmenta technology can continue to make a difference, minimizing risk and improving mission success.
3. Autonomous decision-making at the edge
All autonomous systems, whether UAVs, UGVs, USVs or AUVs, rely on precise geospatial data for mission planning, navigation, and coordination. Platforms that support these capabilities, both in planning systems and at the edge, are becoming indispensable to defense operations. This area will remain a priority for Carmenta, with continued innovation.
4. AI-driven decision support
Artificial intelligence as decision support continues to develop, and is transforming how we process and visualize data. One example is AI-driven spatial intelligence, where real-time UAV data is converted into high-resolution, semantic 3D maps using 3D reconstruction and object recognition. Combining AI with Carmenta’s analysis and visualization expertise opens new possibilities for situational awareness. Read more about how SE3 Labs and Carmenta are redefining decision-making with AI-driven spatial intelligence.
5. Interoperability Requirements
Coalition operations and joint exercises demand systems that can share and interpret geospatial data across platforms and nations. Interoperability and open standards have always been at the core of Carmenta technology and in 2026 we will continue this commitment to ensure seamless integration with both partner systems and emerging technologies.