NavVis Raises $85M to Power AI with Spatial Data

Jan de Vries · 2026-08-07

Munich-based NavVis just closed a hefty $85 million Series D round, and it's a big deal for anyone watching the intersection of physical spaces and artificial intelligence. The company is building what it calls a "spatial twin platform" for the built world, and this fresh capital is going straight into expanding its data engine and speeding up its AI roadmap. ### Who's Behind the Money? The round was led by The Jordan Company, a US private equity firm, which is a strong signal of confidence from across the pond. Existing investors like Yttrium, KOZO KEIKAKU ENGINEERING, and Cipio Partners also joined in, showing that the people who know the company best are doubling down. ### The Mission: Keep Reality in Sync Dr. Felix Reinshagen, co-founder and CEO, frames it simply: "Our mission is to keep the physical and digital reality synchronised for the world's most valuable assets." He points out that their customers run some of the most demanding operations on earth, trusting NavVis with billions of square feet of spatial data from mission-critical infrastructure. The goal here is more scalability, more intelligence, and ultimately more productivity for those underlying assets. There's also a clear push into the US market, which Reinshagen notes has been their fastest-growing region in recent years. ### From University Spin-Off to Industry Standard NavVis started in 2013 as a spin-off from the Technical University of Munich (TUM), founded by Reinshagen, Georg Schroth, Robert Huitl, and Sebastian Hilsenbeck. What began as an academic project has grown into a company that supplies fast, reliable spatial data to enterprises wanting photorealistic digital twins of their facilities. Their current setup combines what they claim is 10x faster, survey-grade mobile reality capture (using the NavVis VLX and MLX devices) with an enterprise platform called NavVis IVION. This platform turns raw captured data into a shared, trusted, and always-current digital reality. ### How the Tech Actually Works The hardware lineup, the LX-Series, includes wearable and handheld laser scanning systems like the MLX, VLX 2, and VLX 3. These devices use SLAM (Simultaneous Localization and Mapping) technology, a concept that's been around since the 1980s when it was developed to help robots navigate new environments without a map. Now, it's being applied to mobile mapping, allowing workers to walk through a facility and capture every detail in high resolution. ### The Bigger Picture: A System of Record Dr. Georg Schroth, co-founder and CTO, puts it in perspective: "Acting in the physical world has always meant planning against drawings no one fully trusts. We changed that." NavVis captures any factory, plant, or building at survey-grade standards in days, holding it as the "System of Record" for industrial reality data. It's a single, governed record that every team, tool, and AI system can build on. This round is about pushing further into next-generation capture, building a deeper intelligence layer, and creating an open platform for the physical AI ecosystem. ### Real-World Impact and Numbers - Over 1 billion square feet of complex industrial plants, construction sites, and buildings were added to the NavVis platform in 2025 alone. - More than 150,000 users in engineering, maintenance, and construction teams rely on NavVis data. - Customers use it to reduce downtime on automotive assembly lines, speed up data-center construction, and shorten maintenance shutdowns at refineries. - Some are even using the data to plan robotics roll-outs or train industrial foundational models. With over 1,500 customers in more than 50 countries, NavVis is clearly positioning itself as the backbone for how we digitize and manage physical spaces. If you're in construction, engineering, or any field that depends on accurate spatial data, this is a company worth watching.