We believe that in a world where space infrastructure is essential, a resilient space architecture is key to protect and get the most out of your assets and data.
HEO Inspect is a resilient space architecture that combines software and space-based hardware for highly automated space-to-space imaging for every mission. We adopt a sustainable approach to solving today’s problems in space. Rather than launching our own hardware, we foster collaboration opportunities with companies to access existing space-based sensors during their downtime.
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Non-Earth Imaging entails the utilisation of space-based sensors to capture high-resolution images of spacecraft. NEI's advanced capabilities significantly enhances space resiliency and bolsters operators' situational awareness. It offers specific solutions that effectively address key challenges, such as:
Space Domain Awareness
Identify and characterise objects, track their movement, and predict their future trajectories
Space Traffic Management
Monitor the space environment for orbital debris, which poses a growing threat to space assets
Satellite Operations
Ensure the smooth running of on-orbit operations and monitor assets overtime
National Security
Provide intelligence on the state, activity, and behaviour of space objects and their environment
Largest network of space-based sensors
Satellite pattern of life insights
Unclassified data now shareable
Insights provided in 24 hours
Resolution up to 7.5cm/pixel
Coverage up to 800km
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Adler: Australia’s Largest Space Telescope
To unravel in-orbit mysteries and monitor existing satellites in unique orbits, HEO's Adler is set to revolutionise our understanding of spacecraft.
HEO and Sidus Space Announce Contract for Non-Earth Imaging Payload and Data Services
Sidus Space will incorporate HEO’s Holmes Imager as a hosted payload on the second set of LizzieSat missions.
Revolutionising Outer Space Observations: Multispectral and Hyperspectral Imaging with Space-based sensors
A ground-breaking project supported by the Defence and Security Accelerator (DASA)’s “Bravo Drop” open call and carried out by Astroscale, HEO, and the Cranfield University, has delivered new innovations in the field of space-to-space imagery.
We make it simple and easy for everyone operating in the space domain
