Altair, a global computational intelligence company, provides software and cloud solutions in simulation, high-performance computing (HPC), data analytics, and AI to the aerospace and space industries. Their tools are used by companies to develop, test, and optimize products like satellites, launchers, sensors, and antennas. Altair partners with organizations like the European Space Agency (ESA) to provide access to its platforms like Altair® HyperWorks® and Altair® RapidMiner®, supporting startups and research in the space sector.
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Loft Orbital's Orbitworks joint venture with UAE-based Marlan Space has a 10-satellite Altair constellation that will begin launching in October.
Orbitworks is building its Altair constellation of 10 AI-supported low-Earth-orbit satellites in Abu Dhabi.
Altair’s remaining five satellites are expected to launch by the middle of 2027.
Four additional Altair satellites are expected to launch in the first quarter of next year.
CNES signed an agreement in April to purchase Earth observation data from Orbitworks’ 10-satellite Altair constellation.
The first satellite of Orbitworks’ Altair constellation is expected to launch this year.
Sony Semiconductor Solutions' Altair chipsets are widely used in low-power, wide-area applications.
Sony Semiconductor Solutions targets smart agriculture, maritime logistics, and asset tracking with its Altair chipsets.
Orbitworks plans to begin manufacturing the UAE's first AI-equipped commercial Earth observation satellite constellation, Altair, at the new facility.
The Altair constellation will consist of 10 satellites, with the first satellite scheduled for launch in 2026.
Orbitworks begins producing Altair, the UAE’s first domestically developed, AI-enabled Earth-observation constellation.
Altair and the NIAR at Wichita State University signed a Memorandum of Understanding to innovate in the aerospace and defense sectors.
The six Epoch 1 satellites are small spacecraft built on Millennium Space’s Altair satellite bus.
Millennium Space Systems’ rapid development and risk reduction are enabled by its flight-proven ALTAIR spacecraft developed since 2015, design-for-manufacturability and test processes, vertical integration of mature in-house components, and software reuse.
Millennium Space Systems' ability to reduce risk and accelerate development is enabled by its flight-proven ALTAIR spacecraft, which the company has developed and invested in since 2015.
Tetra-1 is the first of Millennium Space’s Altair satellite buses to qualify for operations in geosynchronous orbit.
Sony Corp. acquired Altair Semiconductor in 2016.
Tetra-1 is the first ALTAIR satellite to qualify for operations in the geosynchronous orbit environment 22,380 km above the Earth’s surface.