Orbitworks, an Abu Dhabi-based satellite manufacturer, will ship its Altair satellite to California this autumn to begin a journey into a 500km orbit. Led by Dr. Hamdullah Mohib, the company aims to transition the UAE from a space technology importer to an exporter by providing high-frequency Earth observation data processed by on-board AI.
How is on-board AI changing satellite data delivery?
Orbitworks plans to equip its satellite constellation with Nvidia chips capable of processing images while in orbit. This technological shift allows the satellites to deliver actionable intelligence rather than just raw data. According to the company, this enables customers to receive processed information within minutes of a task command.
Traditional Earth observation often relies on sending massive amounts of raw imagery back to ground stations for processing, a delay that can last hours or even days. By using powerful on-board computing, Orbitworks is positioning itself among the first constellation operators to move intelligence to the “edge” of space.
Why does component sourcing affect global market access?
Orbitworks has made a deliberate decision to use only US and European components for its satellites. Dr. Mohib told The National that this is a calculated market access move rather than a purely geopolitical one. “If we buy from China, we cannot sell to the West,” Mohib said.
This strategy is already impacting the company’s growth. Orbitworks has signed its first European customer and is currently in discussions with potential buyers in North America. By aligning its supply chain with Western standards, the Abu Dhabi-based firm avoids the regulatory hurdles that often block companies using Chinese hardware from entering sensitive Western markets.
What are the commercial implications of high-frequency imaging?
By next year, Orbitworks intends to have 10 satellites in orbit. This constellation will provide a significant upgrade in temporal resolution, capturing images of a single location every three hours instead of once a day. This frequency enables several high-stakes industries to react to changes in real time.
- Energy: Oil companies can monitor thousands of kilometers of pipelines without deploying ground crews or drones.
- Insurance: Providers can assess the extent of flood damage within hours of a weather event.
- Emergency Services: Wildfire response agencies could receive heat hazard warnings before a fire erupts.
- Defense: The constellation can provide persistent surveillance of strategic waterways, such as the Strait of Hormuz.
How is the “App Store moment” reshaping the space sector?
Dr. Mohib describes the company’s ambition as an “App Store moment” for satellites. The goal is to move away from complex, bespoke satellite requests toward a model where users can task a satellite with a specific “app” or command. This simplifies the interface between the user and the hardware.
The timing of Orbitworks’ expansion coincides with increased public interest in the space economy, driven by the high valuations of companies like SpaceX. Dr. Mohib noted that such developments bring space technology into the public consciousness, making it easier for new players to attract investors and customers.
Frequently Asked Questions
When will the Altair satellite launch?
The Altair satellite is scheduled to be shipped to a launch site in California this autumn.
Where is Orbitworks headquartered?
Orbitworks is a satellite manufacturing company based in Abu Dhabi, UAE.
What makes Orbitworks satellites different from traditional ones?
They use on-board Nvidia chips to process data in space, delivering intelligence rather than raw data, and aim for a three-hour imaging refresh rate.
What do you think about the rise of AI-driven satellites? Will on-board processing become the industry standard? Let us know in the comments below or subscribe to our newsletter for more space industry updates.