OUR FLAGSHIP CONSTELLATION
Altair Turns Space Data Into Actionable Intelligence
Altair is Orbitworks’ AI-enabled Earth observation constellation, built to deliver faster, more operational intelligence from orbit. Developed and operated from Abu Dhabi, Altair combines multi-sensor sensing with onboard processing to help organisations move from detection to decision with greater speed and responsiveness.
OVERVIEW
A New Model for Earth Observation
Altair is a 10-satellite Earth observation constellation developed by Orbitworks to deliver faster, sovereign and highly responsive intelligence from space. Unveiled in 2025, Altair is being assembled in Abu Dhabi with first launches planned for 2026.
Unlike traditional systems that downlink raw imagery for later processing, Altair combines sensing and onboard compute so mission-ready outputs can be generated in orbit and delivered with lower latency to the user.
WHAT SETS ALTAIR APART
Built for Faster, Smarter Intelligence
Altair goes beyond data collection. It combines advanced sensors, onboard AI and a mission architecture built to reduce the delay between observation and action.
Multi-Sensor by Design
AI at the edge
Near real-time delivery
From detection to insight in minutes. Built for fast-moving situations where the intelligence window is short and the cost of delay is high.
Designed for Operational Use
Built to support defence, resilience, infrastructure and commercial operations where timely awareness and reliable outputs matter.
CONSTELLATION SNAPSHOT
Altair at a Glance
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Planned satellites
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Integrated sensor types
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First launch planned
SENSOR CAPABILITY
Five Complementary Ways to See More
Altair combines five sensing modes to create a broader, deeper understanding of activity, conditions and change on Earth. Each sensor contributes a different layer of intelligence, helping users see more than imagery alone can provide.
Sub-meter Optical
High-resolution visual observation for mapping, identification and day-to-day monitoring.
Shortwave Infrared
Enhanced visibility for material differentiation, environmental analysis and challenging observation conditions.
Thermal
Temperature-based detection for industrial activity, environmental events and heat-related anomalies.
Hyperspectral
Detailed spectral analysis for material identification, land assessment and subtle environmental change.
RF
Detection of radio-frequency activity to reveal signals, emitters and patterns not visible through imagery alone.
HOW IT WORKS
From Detection to Decision Support
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APPLICATIONS
Built for High-Value Mission Use Cases
Persistent intelligence, RF awareness and monitoring capability to support security operations, border and coastline oversight, and mission-critical situational awareness.
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RF interference and jamming detection
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Border and maritime monitoring
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Persistent intelligence support
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Disaster response and resilience planning
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Environmental and land monitoring
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National infrastructure oversight
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Asset and site monitoring
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Supply chain and route visibility
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Forecasting and operational data services
WHY IT MATTERS
A Flagship Capability for a New Space Model
Built in the UAE
Supports sovereign capability through local assembly, integration and mission infrastructure.