Event: Geo Week 2026 — Keynote: Precision and Intelligence: Powering the Next Era of Geospatial Innovation
Location: Denver, Colorado | February 17, 2026
Host: Carla Lauter, Senior Content Manager, Geo Week
Day two of Geo Week 2026 opened in Denver with a full room and a keynote that felt less like a product launch and more like a reckoning with what intelligence actually means. Burkhard Boeckem, Chief Technology Officer at Hexagon, took the stage to lay out a vision of where geospatial technology is headed — and to back it up with a series of hardware and software announcements that will shape how the industry captures, models, and interprets the physical world.
Moderated by Carla Lauter, Senior Content Manager at Geo Week, the session ranged from the history of the Egyptian cubit to NVIDIA Omniverse-powered digital twins, with three major hardware launches and a spatial AI platform update in between. Here’s what stood out.
Hexagon — The Philosophy: Measurement as the Foundation of Intelligence
Before introducing any products, Boeckem established a framework. In a world of generative AI, LLMs, and autonomous systems, he argued that the only intelligence worth trusting is intelligence grounded in measured reality. He invoked Lord Kelvin: “To measure is to know.” He extended that: “What cannot be measured cannot be managed. What cannot be verified cannot be trusted.”
The throughline, from the Egyptian cubit to the speed of light, was that every major technological breakthrough rests on measurement. The Apollo missions. The Rogfast tunnel in Norway, where teams drilled from opposite ends over kilometers and met within three centimeters — under a five-centimeter goal — using millimeter-precise total stations and dense point-cloud scanning. Boeckem’s point was clear: precision is not a feature. It is the precondition for everything else.
He then outlined three pillars he sees as essential to success in the age of intelligence: a results-oriented mindset and track record grounded in real-world experience, precision at the right level of accuracy for any task and any scale, and a deep understanding of the physical world in at least three dimensions. Combine these, he argued, and you can not only model the world but improve it.
From Static Capture to Living Model
Boeckem traced the shift from point-in-time measurement to continuous reality capture — and what that unlocks. When measurement becomes continuous, a scanned city or construction site becomes more than a record. It becomes a living model: a digital twin that can be designed against, tested, and optimized before decisions are made in the physical world.
He was pointed in his pushback on digital twin hype: “Not a buzzword, like the metaverse, but a necessity.” That distinction — between technology as trend and technology as infrastructure — ran through the rest of the keynote.
Hexagon — Full-Stack Reality Capture: Underground to Airborne
Ground Penetrating Radar: Leica DS4000 and Stream Map
Boeckem organized Hexagon’s hardware portfolio around a complete, connected view of the world — from subsurface to sky. The Leica DS4000 ground penetrating radar delivers 3D subsurface models using high-frequency radar and advanced signal processing, making what’s underground visible before work begins. The complementary Stream Map system extends that capability to traffic-speed corridor mapping, allowing large-area subsurface modeling to happen fast and repeatedly without disrupting operations above ground.
Terrestrial Scanning: BLK360 and BLK2GO
Boeckem walked through the democratization of terrestrial laser scanning over the past decade. The BLK360 scanner made high-accuracy 3D measurement portable and accessible — no specialist required. The BLK2GO handheld scanner pushed further, turning reality capture into continuous, intuitive movement. Scanning became something that happens during work, not before it.
Structure Health Monitoring: IDS G-Radar MIMO (New Announcement)
The first major announcement of the session was the IDS G-Radar MIMO, which Hexagon is positioning as a structural health monitoring system built for scale. Previous structure health monitoring required complex sensor installations and significant expertise. The G-Radar MIMO removes those barriers by fusing three data streams into one compact, portable, affordable unit: RGB imagery, 2D radar imaging from a terrestrial interferometric MIMO array, and 3D point clouds derived from photogrammetry.
The result is a system that visualizes displacement across complex structures without dense point-based sensor networks — making structural monitoring a standard workflow rather than a specialty project. Boeckem’s emphasis: it’s portable, affordable, and easy to deploy. Bridges, buildings, retaining walls, and large-scale infrastructure are now within reach of routine monitoring.
Mobile Mapping: TK700 Neo
The TK700 Neo mobile mapping platform brings together long-range lidar, imagery, GNSS, IMU, and SLAM technologies in a single system that mounts to vehicles, rail, and boats. With in-field artifact processing built in, digital twins, inspection outputs, and change detection workflows are available immediately after capture — no post-processing delay, no data transfer bottleneck. One system, one operator, built for corridor-scale work in the real world.
Hexagon — Airborne Mapping Reimagined
CityMapper 3 (New Announcement)
Hexagon introduced the CityMapper 3, a next-generation airborne mapping system that combines imaging and lidar in a single configurable platform. Designed for both dense urban environments and wide regional networks, it delivers applications-ready 2D and 3D data and achieves up to 30% higher acquisition efficiency than its predecessor. Every flight captures more data, faster — with no trade-off between coverage and resolution.
Leica Multimapper (New Announcement)
The headline announcement of the keynote was the Leica Multimapper, which Boeckem called “a revolution” and “the first of its kind.” The Multimapper is a fully integrated compact hybrid aerial system — and Hexagon believes it bridges a gap that has existed in the industry between UAV, mobile, and traditional aerial mapping.
Built on a lightweight, impact-resistant carbon fiber frame (the “E-frame”), the Multimapper integrates 13 heading-corrected framing cameras in a multi-view array alongside a new miniaturized LiDAR sensor. In a single flight, the system captures nadir and oblique imagery plus dense point clouds from ground level to rooftop — every detail in high resolution.
Operationally, the Multimapper is designed for speed and flexibility. It integrates seamlessly with helicopters and fixed-wing aircraft, enabling rapid deployment and same-day operation with local aviation partners. A new single-app software suite handles the full workflow: mission planning, in-flight parameter review, quality control on the go, and final delivery.
Boeckem was direct about the design philosophy: the Multimapper was built for hard-to-reach areas that need frequent mapping, corridor inspection, city modeling in constrained airspace, and rapid post-event response — without sacrificing the accuracy and reliability the industry expects from Leica Geosystems.
Hexagon — Spatial Intelligence and HXDR
AI Grounded in Reality
The second half of the keynote turned to what Boeckem called “spatial intelligence” — AI grounded in the real, measured world, as distinct from generative AI and large language models. “Industry needs intelligence that is based in reality,” he said. Spatial intelligence enables organizations to extract meaningful details from digital twins, generate models from reality capture data more quickly and with greater fidelity, and classify digital twins at scale with consistency.
Boeckem showed examples of city-scale classification — including Klagenfurt, Austria, where Hexagon’s spatial intelligence tools are supporting carbon neutrality efforts through measurable and verifiable spatial data. He also demonstrated enhanced image resolution within spatial datasets and automated scan-to-BIM workflows powered by feature identification.
HXDR and NVIDIA Omniverse
These spatial intelligence capabilities are embedded in HXDR, Hexagon’s digital reality platform in the cloud. And Hexagon has taken HXDR’s visualization layer to a new level through a partnership with NVIDIA. By integrating NVIDIA’s Omniverse directly into HXDR, Hexagon is now delivering what Boeckem described as “probably the most accurate and photorealistic digital twins ever made.” The demonstration — built from scanning and reality capture data of the Breakers mansion in Newport, Rhode Island — showed immersive 3D environments where every architectural detail is rendered at high resolution and navigable in real time.
The Bigger Picture: What This Keynote Tells Us About Geospatial’s Next Era
Measurement is the moat. At a moment when AI is generating synthetic imagery, fabricating 3D scenes, and hallucinating spatial data, Boeckem’s insistence on measured reality as the foundation of trustworthy intelligence is more than philosophy — it’s a competitive position. Hexagon is betting that the geospatial industry’s deepest value is verifiable ground truth, and that spatial intelligence built on top of that foundation will outperform AI that isn’t anchored to the physical world.
The full stack is almost complete. With the IDS G-Radar MIMO adding scalable structural health monitoring, the CityMapper 3 expanding aerial efficiency, and the Leica Multimapper bridging the gap between UAV and traditional aerial platforms, Hexagon’s 2026 portfolio covers subsurface, terrestrial, mobile, and airborne capture in a connected ecosystem. The implicit promise is that any physical environment — regardless of scale or accessibility — can now be captured, modeled, and monitored.
Airborne mapping is being reinvented. The Leica Multimapper is the most significant announcement from an accessibility standpoint. A compact, helicopter-deployable system with 13 cameras and LiDAR that achieves the same data quality as traditional aerial systems, but can be deployed same-day with local aviation partners, changes the economics of airborne mapping entirely. Smaller organizations and fast-response use cases — post-disaster assessment, infrastructure inspection, corridor change detection — are the clear beneficiaries.
Spatial AI is where the platform wars begin. HXDR’s integration of NVIDIA Omniverse is a signal that the competition for digital twin visualization is escalating. The ability to turn point clouds and oblique imagery into photorealistic, navigable environments in the cloud — and to classify and enhance that data automatically — positions HXDR not just as a data repository but as an operating environment. Expect more platform integrations and a growing ecosystem of third-party applications built on top of this layer.
Democratization is the throughline. From the BLK360 making laser scanning accessible without specialists, to the G-Radar MIMO making structural monitoring affordable at scale, to the Multimapper making aerial LiDAR deployable same-day, the through-line of Hexagon’s 2026 portfolio is that powerful measurement tools should no longer require specialized teams, expensive setups, or long lead times. Precision, at scale, for everyone — that is the age of intelligence Boeckem described.
Scan Your Space covers the latest in 3D technology, LiDAR, reality capture, and spatial computing. Follow us for ongoing coverage from Geo Week 2026 and beyond.