Vantor Holdings, Inc., formerly known as Maxar Intelligence, is a leading American geospatial software and spatial intelligence company headquartered in Westminster, Colorado. The company specializes in Earth observation, satellite imagery, geospatial analytics, artificial intelligence (AI), and digital terrain modeling, providing advanced intelligence solutions for defense, government, and commercial customers worldwide.

Vantor develops software platforms that transform satellite imagery and sensor data into actionable intelligence for applications including national security, precision mapping, autonomous navigation, disaster response, infrastructure monitoring, and environmental analysis.

The company traces its heritage back to DigitalGlobe, one of the pioneers in commercial high-resolution Earth observation satellites. Following the separation of Maxar Technologies into two independent businesses in 2025, Maxar Intelligence was renamed Vantor, while the satellite manufacturing division became Lanteris.

Today, Vantor combines one of the world’s largest commercial Earth observation satellite constellations with AI-powered software platforms capable of creating dynamic digital representations of the Earth’s surface.

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Company Overview

Company	Vantor Holdings, Inc.
Former Name	Maxar Intelligence
Founded (Original Company)	1992 (as DigitalGlobe)
Headquarters	Westminster, Colorado, USA
Industry	Geospatial Intelligence, Earth Observation, Spatial Software
Parent Company	Advent International
CEO	Dan Smoot
Core Business	Satellite imagery, AI analytics, geospatial software, spatial intelligence
Major Markets	Defense, Intelligence, Government, Commercial

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History of Vantor

DigitalGlobe: The Beginning (1992–2017)

Vantor’s history began in 1992, when entrepreneur Walter Scott founded DigitalGlobe in Oakland, California. The company’s vision was to make high-resolution satellite imagery commercially available for governments, businesses, researchers, and mapping organizations.

Over the next two decades, DigitalGlobe became the global leader in commercial satellite imaging by developing and operating increasingly capable Earth observation satellites, including the highly successful WorldView series.

Its imagery became widely used for:

• Digital mapping
• Urban planning
• Agriculture
• Environmental monitoring
• Disaster response
• National security
• Intelligence gathering

DigitalGlobe also became one of the primary imagery providers for Google Earth and Google Maps, supplying high-resolution satellite images viewed by billions of users worldwide.

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Formation of Maxar Technologies (2017–2022)

In 2017, Canadian aerospace company MacDonald, Dettwiler and Associates (MDA) acquired DigitalGlobe in a transaction valued at approximately $3.6 billion.

Following the merger, the combined organization adopted the name Maxar Technologies, bringing together:

• DigitalGlobe’s Earth observation business
• SSL satellite manufacturing
• MDA robotics and space technologies

The newly formed company established its headquarters in Westminster, Colorado, while maintaining operations across North America.

During this period, Maxar significantly expanded its geospatial capabilities through investments in artificial intelligence, cloud-based analytics, and advanced 3D mapping technologies.

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Acquisition of Vricon

In July 2020, Maxar acquired Vricon, a leading provider of high-resolution 3D terrain data and digital surface models, for approximately $140 million.

The acquisition strengthened Maxar’s ability to produce highly accurate digital terrain models used by:

• Military planners
• Intelligence agencies
• Flight simulators
• Mission planning software
• Autonomous navigation systems

Vricon’s technology became an essential component of Maxar’s growing portfolio of spatial intelligence solutions.

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Satellite Intelligence During the War in Ukraine

Maxar gained worldwide recognition in 2022 during Russia’s invasion of Ukraine.

The company’s commercial satellites captured high-resolution imagery documenting Russian troop movements, armored vehicle convoys, damaged infrastructure, and battlefield developments.

These images were widely used by:

• International news organizations
• Government agencies
• Defense analysts
• Humanitarian organizations

Maxar’s satellite imagery became one of the primary sources for independent verification of events occurring during the conflict.

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Acquisition by Advent International

In December 2022, private equity firm Advent International announced its acquisition of Maxar Technologies in an all-cash transaction valued at approximately $6.4 billion.

The acquisition closed in May 2023, taking Maxar private and allowing the company to focus on long-term strategic investments in geospatial software, artificial intelligence, and next-generation satellite systems.

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Creation of Two Independent Companies

As part of a corporate restructuring completed in September 2023, Maxar separated its operations into two independent business units:

Maxar Intelligence

Based in Westminster, Colorado, this division focused on:

• Satellite imagery
• Geospatial software
• AI-powered analytics
• Defense intelligence
• Earth observation services

The division was led by CEO Dan Smoot.

Maxar Space Systems

Headquartered in California and led by Chris Johnson, this business focused on:

• Satellite manufacturing
• Spacecraft engineering
• Government satellite programs
• Commercial satellite platforms

The separation allowed each organization to concentrate on its respective markets while continuing to collaborate on satellite development.

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WorldView Legion Expands Imaging Capacity

One of the most significant milestones in the company’s history occurred in 2024 with the deployment of the WorldView Legion constellation.

The six next-generation Earth observation satellites dramatically increased imaging capacity and revisit frequency, allowing Vantor to monitor rapidly changing locations around the globe with unprecedented speed.

Compared to previous generations, WorldView Legion offers:

• More frequent revisits
• Greater collection capacity
• Faster tasking
• Improved responsiveness
• Enhanced support for time-sensitive intelligence missions

The constellation significantly strengthened the company’s ability to provide near real-time geospatial intelligence to customers worldwide.

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Rebranding to Vantor

In October 2025, Maxar Intelligence officially became Vantor, reflecting its evolution from a traditional satellite imagery provider into a software-driven spatial intelligence company.

At the same time, Maxar Space Systems adopted the new name Lanteris.

The new Vantor brand emphasizes the company’s growing focus on:

• Artificial intelligence
• Geospatial software
• Autonomous navigation
• Digital terrain modeling
• Multi-sensor intelligence
• Real-time spatial analytics

Rather than simply delivering satellite images, Vantor now provides integrated intelligence products that combine information from satellites, drones, aircraft, and ground-based sensors into a unified operational picture.

Vantor Software and Satellite Constellation

As Vantor evolved from a satellite imagery provider into a spatial intelligence company, it expanded far beyond collecting Earth observation imagery. Today, the company combines high-resolution satellite data with artificial intelligence, cloud computing, 3D terrain modeling, and real-time analytics to deliver actionable intelligence for government, defense, and commercial customers.

Its software platforms transform millions of satellite images into dynamic digital representations of the Earth’s surface, enabling users to monitor changes, navigate autonomous systems, and make faster operational decisions.

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Raptor

Introduced in February 2025, Raptor is Vantor’s advanced software suite designed for autonomous navigation in environments where traditional positioning systems such as GPS and GNSS are unavailable or unreliable.

Rather than relying solely on satellite navigation signals, Raptor compares live imagery captured by a drone or unmanned aircraft with Vantor’s extensive library of high-resolution 3D terrain models. Using computer vision and artificial intelligence, the software continuously determines the aircraft’s position by matching landmarks and terrain features.

This capability is especially valuable in contested environments where GPS signals may be jammed, spoofed, or intentionally denied.

Key Features

• GPS-denied autonomous navigation
• AI-powered terrain matching
• High-precision target localization
• Real-time image processing
• Integration with unmanned aerial systems (UAS)
• Compatible with existing electro-optical and infrared cameras

Raptor enables military operators and autonomous systems to continue navigating accurately without depending on external navigation signals.

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Sentry

Launched in June 2025, Sentry is Vantor’s automated geospatial monitoring platform.

The software continuously analyzes imagery collected from multiple satellite constellations and sensor networks to identify physical changes occurring anywhere on Earth’s surface.

Using artificial intelligence and machine learning, Sentry automatically detects changes such as:

• New construction
• Road development
• Infrastructure expansion
• Military equipment movement
• Port activity
• Airfield operations
• Mining activity
• Deforestation
• Flooding
• Environmental changes

Instead of analysts manually reviewing thousands of images, Sentry automatically highlights meaningful changes, allowing organizations to respond more quickly.

The platform supports government agencies, defense organizations, disaster management teams, and commercial infrastructure operators.

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TensorGlobe

In October 2025, Vantor introduced TensorGlobe, its next-generation AI-powered spatial intelligence platform.

TensorGlobe combines data collected from satellites, drones, aircraft, ground sensors, and other sources into a continuously updated three-dimensional model of the Earth.

Rather than displaying static satellite images, TensorGlobe creates a dynamic digital environment that changes as new sensor data becomes available.

The platform integrates:

• Commercial satellite imagery
• Government imagery
• Drone reconnaissance
• Airborne sensors
• Terrain databases
• AI object detection
• Change detection
• Weather data
• Infrastructure mapping

The result is a “living digital twin” of the Earth’s surface that provides near real-time situational awareness.

Applications

TensorGlobe supports a wide range of missions, including:

• Military planning
• Intelligence analysis
• Border security
• Critical infrastructure protection
• Disaster response
• Urban planning
• Environmental monitoring
• Energy infrastructure management

By combining multiple data sources into a single operating picture, TensorGlobe enables users to make faster and more informed decisions.

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Vantor Satellite Constellation

Vantor operates one of the world’s most advanced commercial Earth observation satellite fleets.

Its constellation combines very high-resolution optical satellites capable of collecting imagery used for mapping, intelligence, disaster response, environmental monitoring, and defense operations.

The current fleet includes:

• GeoEye-1
• WorldView-1
• WorldView-2
• WorldView-3
• WorldView Legion

Together, these satellites provide global coverage with frequent revisit times and some of the highest commercially available image resolutions.

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GeoEye-1

Launched in 2008, GeoEye-1 remains one of the most productive commercial imaging satellites ever built.

The spacecraft captures:

• Panchromatic imagery at approximately 41-centimeter resolution
• Multispectral imagery at 1.65-meter resolution

GeoEye-1 can image approximately 350,000 square kilometers (135,000 square miles) every day.

Its imagery is widely used for:

• National mapping programs
• Agricultural monitoring
• Urban development
• Emergency response
• Geographic Information Systems (GIS)

The satellite can revisit most locations on Earth every three days or sooner.

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WorldView-1

WorldView-1 was launched on September 18, 2007, aboard a Delta II launch vehicle from Vandenberg Air Force Base, California.

Built by Ball Aerospace, the satellite carries a high-resolution panchromatic imaging system capable of producing images with a maximum resolution of approximately 50 centimeters (20 inches).

Unlike later satellites in the series, WorldView-1 collects only black-and-white imagery.

Its primary applications include:

• Defense intelligence
• Precision mapping
• Infrastructure monitoring
• Disaster assessment
• National security

The U.S. National Geospatial-Intelligence Agency (NGA) became one of its largest customers shortly after launch.

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WorldView-2

Launched on October 8, 2009, WorldView-2 significantly expanded commercial imaging capabilities.

In addition to collecting very high-resolution panchromatic imagery, it introduced eight multispectral bands, providing greater detail for environmental and scientific analysis.

WorldView-2 offers:

• 46-centimeter panchromatic resolution
• 1.84-meter multispectral resolution

Its additional spectral bands improve the detection of:

• Vegetation health
• Coastal environments
• Water quality
• Soil conditions
• Urban materials

The satellite supports industries ranging from agriculture and mining to defense and environmental monitoring.

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WorldView-3

WorldView-3 represents one of the most capable commercial Earth observation satellites ever built.

Launched aboard a United Launch Alliance Atlas V 401 rocket on August 13, 2014, the satellite dramatically advanced commercial imaging performance.

The spacecraft operates at an altitude of approximately 617 kilometers (383 miles) and can collect imagery covering nearly 680,000 square kilometers (263,000 square miles) each day.

WorldView-3 was also the first commercial satellite licensed to sell imagery with 25-centimeter panchromatic resolution, making it one of the highest-resolution commercial imaging systems in operation.

Beyond visible imagery, WorldView-3 carries:

• Panchromatic sensor
• Eight-band multispectral sensor
• Eight-band shortwave infrared (SWIR) sensor
• CAVIS atmospheric sensor

These instruments support applications including:

• Mineral exploration
• Precision agriculture
• Infrastructure analysis
• Military intelligence
• Environmental monitoring
• Disaster response

Its super-spectral capabilities allow analysts to identify materials, minerals, vegetation types, and man-made objects with exceptional accuracy.

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WorldView Legion

WorldView Legion is Vantor’s newest generation of commercial Earth observation satellites.

Built by Lanteris Space Systems (formerly Maxar Space Systems), the constellation consists of six satellites launched between 2024 and 2026 aboard SpaceX Falcon 9 launch vehicles.

The satellites were designed to replace and significantly expand the capabilities of earlier systems including:

• GeoEye-1
• WorldView-1
• WorldView-2

Compared with previous generations, WorldView Legion delivers:

• Higher imaging capacity
• More frequent revisit rates
• Faster customer tasking
• Improved operational flexibility
• Greater responsiveness for time-sensitive missions

The satellites operate in both Sun-synchronous and mid-inclination orbits, allowing Vantor to revisit critical regions several times per day.

This dramatically improves monitoring of rapidly changing events such as natural disasters, military operations, humanitarian crises, and infrastructure development.

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