Seeing the
Whole Picture
Next-Generation
Hardware
Revolutionary
Analytics
Analytics
Matter Intelligence is rebuilding the satellite stack to unlock insights invisible to today’s sensors
Matter’s new generation of satellites gather data at unprecedented scale and fidelity.
Our geospatial AI models harness that data to power mission-critical insights.
Infrastructure, mining, defense, and maritime organizations can intelligently monitor, predict, and respond like never before.
What we
aren't seeing
Despite decades of investment in satellites, remote sensing, and machine learning, the world still lacks continuous, actionable understanding. Resolution, spectral visibility, and insight remain limited, and industries from defense to mining suffer as a result.
Satellites
Narrow bands and resolution tradeoffs limit insight.
Remote Sensing
Fragmented systems, incomplete coverage, limited insight.
Industries
Critical sectors operate with delayed, siloed information.
Machine Learning
Current AI models are built on a narrow spectrum of visible light.
The Potential
Industry Challenges
Every major industry that depends on physical assets faces the same core issue: decisions are made with delayed, incomplete, or siloed information.
Legacy sensing systems cannot deliver the timely, high-resolution, hyperspectral insights these sectors require.
Mining
Agriculture
Emissions
Insurance
Defense
Defense
Defense needs to detect change, but current systems miss it
Nitrogen Dioxide (NO2) Detection
Defense missions rely on the ability to detect small changes with precision and confidence. Current satellites are limited in two critical ways. Their resolution is often too coarse to reveal fine details, and their spectral coverage- is restricted to just a few bands. Even when they claim multispectral capability, the data is narrow and misses the chemical and material signatures that matter most.
This leaves commanders with an incomplete picture. Movements of equipment can go unseen. Subtle signs such as fuel storage, chemical leaks, or material stress cannot be detected. Without these insights, analysts must make decisions with partial data and higher uncertainty. The result is slower threat detection, missed opportunities to act, and increased risk in contested environments.
Nitrogen Dioxide (NO2) Detection
Mining
Mining struggles with incomplete monitoring and limited resource mapping
Mining operations cover vast and often remote sites where safety, efficiency, and resource discovery depend on accurate data. Current systems fall short. Resolution is often too coarse to track site activity in detail, and spectral coverage is too narrow to identify critical materials. This creates blind spots in day-to-day monitoring. Equipment failures, slope instabilities, and environmental leaks are often detected late because traditional imagery cannot reveal early warning signs.
Mineral exploration is equally constrained. Standard surveys provide only partial information, leaving companies to spend more on ground exploration and still miss valuable deposits
Without higher-resolution and full-spectrum sensing, mining companies cannot model their operations accurately, assess risks in real time, or map resources at the level of precision the industry needs.
Nitrogen Dioxide (NO2) Detection
Infrastructure
& Utilities
Defense needs to detect change, but current systems miss it
Defense missions rely on the ability to detect small changes with precision and confidence. Current satellites are limited in two critical ways. Their resolution is often too coarse to reveal fine details, and their spectral coverage is restricted to just a few bands. Even when they claim multispectral capability, the data is narrow and misses the chemical and material signatures that matter most.
This leaves commanders with an incomplete picture. Movements of equipment can go unseen. Subtle signs such as fuel storage, chemical leaks, or material stress cannot be detected. Without these insights, analysts must make decisions with partial data and higher uncertainty. The result is slower threat detection, missed opportunities to act, and increased risk in contested environments.