END-TO-END TECHNOLOGY
WHAT IS HELIX?
HELIX® suite of products offers a highly-integrated end-to-end space software solution – from flight software to ground operations and data-insights applications. It tightly connects the currently disjointed and fragmented space software systems for significantly improved efficiency, simplicity and noticeably lower costs.
HOW CAN HELIX HELP YOU?-
WHAT’S INCLUDED IN HELIX SUITE?
HELIX offers a range of feature-rich development environment kits and a number of readily-available products for a more standardised and unified approach.
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10 REASONS TO CHOOSE HELIX
HELIX is designed to save cost and maximise every mission potential. Find out how.
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CONTACT US TO ASSESS YOUR MISSION SAVINGS
HELIX saves significant time, effort and cost. Let’s discuss what it can save for you.
technology
HOW IT WORKS
HELIX comprises nine products, built around the innovative technology which combines the advantages of a component-based and model-driven approach.
More on technology that powers HELIX-
COMPONENT-BASED
The key elements of the HELIX technology are reusable components, designed to create limitless combinations of software units. Combining components like building blocks means that software packages can be developed much quicker, with greater reliability and at a lower cost.
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MODEL-DRIVEN
The component structure of each spacecraft is captured in a model which is used across the HELIX suite, allowing different parts of the system on the ground to “see” the entire setup and reflect any changes with almost zero manual configuration. This ensures a superior level of integration for better clarity, efficiency, utilisation of resources, and straightforward scalability as the system evolves.
Case study
OS-VOLT
OS-VOLT is a true testament to our upcoming HELIX suite of space software products. Find out how HELIX will be used to boost this pioneering multi-million mission.
Case study
FARADAY PHOENIX
The Faraday Phoenix mission enables multiple third-party payloads to ‘rideshare ’ on a single satellite platform, providing fast and low-cost access to space.
Case study
IOD-1 GEMS
The IOD-1 mission was the key first step in the OMS’s GEMS programme roll-out to test commercial viability of the service and prove the concept and technology.
Case study
SEAHAWK
The SeaHawk project observes the changing biology of the ocean surface and its implication for various maritime applications.
Case study
PICASSO
Developed for the European Space Agency, PICASSO CubeSat is designed to investigate the upper layers of Earth’s atmosphere.