Vantor

Vantor CEO Dan Smoot joined @ForwardFuture to discuss how geospatial intelligence and sovereign AI are reshaping defense and intelligence workflows. He breaks down how Vantor’s global collection architecture—high-frequency satellite imagery paired with a continuously updated 2D and 3D spatial foundation—is enabling real-time applications, from change detection to GPS-denied navigation. A standout example: applying AI in secure environments to identify and differentiate maritime activity at scale—tracking vessel behavior and anticipating where activity will emerge next. This is where it becomes operational: workflows that once took days now run in minutes, turning global coverage into predictive, decision-ready insight. Watch the full clip: youtube.com/watch?v=dJOw8y…

Last week in Austin, Vantor sponsored the Tectonic Defense Summit, where one of the big themes was how spatial intelligence is shaping the future of warfare, real-time intelligence, and autonomy. A few takeaways that stood out: ➡️ The mission has evolved from data access to decision advantage. The question is no longer whether we can collect imagery—it’s how quickly we can detect change, generate insight, and act on it—and operationalize those insights at scale through platforms like Sentry. ➡️ Speed is the new differentiator. Near real-time intelligence is becoming the baseline, with commercial capabilities accelerating the path from collection to action and enabling faster, more informed decision-making across the mission. ➡️ Autonomy depends on context. As systems become more autonomous, the quality, timeliness, and interpretation of geospatial data will define their effectiveness—highlighting the need for integrated, AI-enabled solutions. ➡️ Commercial and government collaboration is critical. Delivering mission impact requires tighter integration between USG and commercial partners to keep pace with evolving threats and technologies. We were proud to contribute across the summit—from Susanne Hake’s panel on how satellites turn imagery into insight, to Derek Stevens talking about how operational terrain supports the warfighter, to Bill Tinney demoing our Sentry site monitoring capability. Thank you to the Tectonic team for hosting a great event and for creating a forum for important conversations like these.

Article: cnn.com/2026/03/06/sci…

GPS interference isn’t theoretical. It’s happening now at scale. Recent signal interference across the Middle East is a reminder of that reality (@CNN's article about it is linked in the comments). As regional conflict escalates, navigation signals are being jammed and spoofed—disrupting systems across aviation, maritime operations, and autonomous platforms. When GPS signals are degraded, aerial systems lose their absolute position reference. They become vulnerable to drifting far from their intended paths and destinations. In high-stakes environments, that can impact operations immediately. The next generation of autonomous systems needs a different solution. Vantor’s Raptor software provides GPS-independent positioning by aligning onboard camera feeds with our global 3D spatial foundation. Platforms determine their position by referencing the terrain itself—even when GPS is unavailable. In contested environments, resilience requires positioning without RF signals. You can't jam a map. Learn more → go.vantor.com/autonomy-witho…

Where should AI transform space operations: in orbit or on the ground? It’s a hot topic of discussion in the space and GEOINT community. To make the biggest impact on today's missions, the we need to focus more on the ground. The real opportunity is using AI to transform how fast you can process and deliver what the sensor collects so that operators can get intelligence in minutes, not hours. Jon Upham, Vantor's Sr. Director of Mission Architecture & Engineering, spoke at GOVSATCOM26 about how Vantor is applying AI on the ground to dramatically increase speed to insight. As we've recently shared with our Fastlane capability, we’re using AI-driven processing pipelines to compress the timeline from collection to decision so that operators can get the trusted intelligence they need to make decisions at mission speed. Watch the full panel discussion here: youtube.com/watch?v=VS8V_W…

GPS denial is no longer a hypothetical problem. It’s an operational reality. At a DGI 2026 workshop hosted by Niantic Spatial and Vantor, 59% of operators said topography and jamming have both caused GPS signal loss in their operations. During the workshop, Niantic Spatial’s Tory Smith and Vantor’s Joshua Sisskind discussed how our two teams are partnering to build more resilient positioning capabilities that connect air and ground systems to the same spatial reference. We also shared the video below, which offers a preview of how our technologies work together to deliver unified positioning. Together, we’re building a system that enables drones, robots, and operators to work from a unified coordinate system in real time, even when GPS is unavailable. In early testing, the integrated system demonstrated a reduction in positioning error of up to 70% compared with GPS alone, bringing accuracy closer to ~1.5 meters in many scenarios. 🔗 To learn more, read our latest Q&A blog with Tory and Josh: vantor.com/blog/building-…

Commercial real estate project managers need to consistently monitor their sites in high resolution. Vantor offers frequent monitoring at comparable resolution to aerial flyovers but cover larger areas. When our imagery is analyzed with object detection models like in Site Sentry, detailed spatial intelligence can be gained about specific sites or their market of interest. Read an overview of how Vantor solutions can help monitor construction signals: go.vantor.com/monitoring-con… Visual: Vantor Vivid Mosaic provides a seamless, cloudless view of entire cities and can be zoomed in focus on commercial and residential construction activity in stunning 15 cm HD detail.

Every imaging satellite constellation has its own tasking API. That usually means building a new integration for every constellation you use. Vantor decided to change that with a unified tasking API that lets customers integrate once and task across multiple constellations, including electro-optical and SAR. Under the hood, the system uses an abstraction layer that translates universal tasking parameters into constellation-specific requests, normalizing authentication, status updates, and imagery delivery across providers. In this blog post, Derick Greyling and Javier Morales share how the Vantor engineering team built the system to simplify multi-constellation tasking for modern missions. One interface. Multiple sensors. Less integration overhead and faster deployment. Read how the team engineered it: vantor.com/blog/one-api-m…

In partnership with @InertialLabs, we released a new technical report proving how our Raptor Guide vision-based positioning software delivered highly accurate aerial navigation in GNSS-denied conditions. Across eight flight tests in a sustained GNSS-denied environment, Raptor enabled an aerial platform to maintain good positional accuracy, minimal drift behavior, and stability over distance. The proof is in the pudding: • 12.20 m mean 3D position error • 9.31 m average CEP50 • Sub-9 m RMS performance on half of the flights Inertial Lab's VINS architecture and tightly coupled visual-inertial fusion were foundational to this integration effort. Read the full report here: vantor.com/resources/iner…

As we reflect on the impact women are making across the space and satellite industry, we’re proud to recognize one of our own. Emily Lalande, Product Marketing Manager at Vantor, has been featured in @Via_Satellite's Women in Satellite 2026, an annual recognition highlighting 50 women making a difference across the global satellite community. Emily’s ability to translate complex technologies into clear, meaningful narratives helps connect innovation with the people and missions it supports. We’re proud to see her contributions recognized alongside so many inspiring leaders shaping the future of our industry. Congratulations, Emily, on this well-deserved recognition. Full article: interactive.satellitetoday.com/via/march-2026…

Every mission is multi-sensor. Starting today, you can task @umbraspace SAR directly from Vantor Hub without switching gears. WorldView Radar is integrated into Vantor Hub through our partnership with Umbra, bringing high-resolution spotlight SAR into the same environment where you access the industry's most trusted spatial foundation. Vantor's high-resolution data serves as an important reference for interpreting and understanding insights from SAR imagery. Umbra operates one of the most capable commercial SAR constellations in orbit today. Their satellites deliver spotlight collections down to 25 cm resolution, with longer dwell options that improve signal return and reduce speckle. The result is radar imagery that helps analysts detect activity and identify objects even when they’re partially obscured. The goal is simple: keep SAR and EO in the same operational workflow so teams can pivot sensors without changing tools. SAR tasking in Hub is rolling out in beta for select customers; reach out to your Vantor sales rep to get started. vantor.com/blog/task-sar-…

To state the obvious: construction projects change roads and buildings. It’s less obvious when maps get updated to reflect those changes. Navigation systems need to be current when the new infrastructure opens. Mapping companies and those who use maps can use Vantor solutions to stay ahead of the changes and ensure they are operating with the latest information. Flip through this ebook to understand at a glance how Vantor can help you monitor construction signals: go.vantor.com/monitoring-con…

Vantor has been awarded a follow-on production contract worth up to $217 million to support the @USArmy One World Terrain (OWT) program. This award advances the Army’s Synthetic Training Environment by delivering sub-3-meter accurate, immersive 3D global terrain for mission rehearsal and collective training. Building on more than six years of successful prototype work, Vantor will leverage our 3D Vivid Terrain™ product and Forge production and fusion software to provide ultra-realistic, texture-rich digital terrain. Powered by fused satellite and drone data, our solution enables highly accurate, immersive training environments for both classified and commercial applications. We’re proud to continue supporting the modernization of the Army’s Synthetic Training Environment, including One World Terrain, NGC, and RVCT programs. 🔗 Learn more: vantor.com/blog/vantor-aw…

Vantor has entered into a multi-million-dollar agreement with a South Asian government to deliver an assured access platform that strengthens its ability to access time-sensitive, space-based intelligence with guaranteed delivery timelines and full sovereign control. Powered by Vantor’s Nexus software and on-orbit hardware, this platform gives the customer: •Guaranteed tasking windows across Vantor’s industry-leading imaging constellation, including WorldView Legion •Near real-time delivery, with imagery available in 90 minutes or less •Priority access for time-sensitive intelligence requirements •Private hosting and dissemination, reducing exposure beyond the sovereign environment The agreement expands an existing partnership, helping our customer lay the groundwork for a fully sovereign intelligence architecture that prioritizes assured access, operational control, and secure dissemination of intelligence across its defense and intelligence community. Learn more: vantor.com/blog/vantor-si…

At GeoBuiz Summit 2026, our CEO Dan Smoot joined Sanjay Kumar to discuss the evolution of spatial intelligence and where it’s headed next. At the core of the future is a trusted 3D spatial foundation—a digital twin of Earth that provides humans and machines with a highly accurate, up-to-date understanding of the physical world. One powerful example of its importance? GPS-denied navigation. Dan shared how Vantor’s Raptor software fuses a drone camera’s native camera feed with our global 3D terrain data to unlock precision navigation and accurate coordinate extraction even when GPS is unavailable, unlocking a new level of precision for autonomous systems, drone operations, and last-mile delivery. Watch the full interview to learn how spatial intelligence is redefining mapping, autonomy, and the future of the global geospatial economy. 🔗geospatialworld.net/videos/enterpr…

Foundation models reach their full potential when paired with data at planetary scale. By combining the capabilities of @Google Earth AI imagery models with the scale, depth, and quality of Vantor’s satellite imagery, Vantor customers can rapidly unlock complex, high-value use cases. Running Earth AI embedding models on Vantor’s 30 cm-class satellite imagery allows analysts to instantly surface visually similar features, patterns, and objects across massive datasets. A single reference image becomes a search query. From there, the system can: • Identify similar vessels across thousands of square kilometers • Detect infrastructure patterns at scale • Accelerate damage assessment workflows • Narrow broad-area searches before human review Our agreement with Google marks the first commercial deployment of Earth AI imagery models against a dataset offering global 2D coverage of virtually all landmass, global-scale 3D terrain, a 20+ year high-resolution archive, and constellation revisit rates of up to 15 times per day. That combination matters. When advanced imagery models are applied to a globally consistent, temporally deep, and geometrically precise spatial foundation, insight shifts from experimental to operational. And when deployed within sovereign, air-gapped environments, these capabilities move beyond cloud-based analytics to deliver mission-ready intelligence. Learn more: vantor.com/blog/vantor-in…