HELIX OPS

WHY CHOOSE OPS?

Ops provides easy-to-use monitoring and control capabilities during development and flight. Based on reusable software components common to all HELIX® products, it creates infinite possibilities around integration and extensibility.

Mission Automation

Ops offers extensive scheduling and automation possibilities in the system, particularly around planning and procedures, making it easier than ever to achieve mission automation.

Extensible platform

Ops supports the use of bespoke software components, making it highly extensible in terms of functionality and integration. This also means that it can be used alongside any flight software – whether it was developed via HELIX products or not.

Integration

HELIX model-based approach means the contents and capabilities of Ops are machine comprehensible, allowing nearly automatic ground system configuration when used alongside other HELIX products.

Scalability

Ops ground software is highly scalable and is able to support any mission from those flying a single spacecraft to missions comprising of multiple constellations.

TECHNOLOGY

WHAT MAKES OPS DIFFERENT?

Ops ground software can be used by many different types and operators from larger commercial organisations to small constellations or single satellite operators and academic CubeSat programmes. It allows users to operate their satellites in an innovative way, reduce expenditure and scale their operations in a sustainable way as the mission grows and evolves.

Blog

Integrated system

Benefits of Integrated Space-Ground Software Systems

The ground and space segments of a satellite project are often developed independently of each other and at different life cycles of the mission. Find out about an alternative model-based…

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Blog

How to future proof your space mission

How to Future-Proof Your Space Software System

Future-proofing you space software system and making sure it lasts is by no means easy, but launch after launch we are proving that the right products, technology and expertise are…

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Blog

What Does Our Core Technology Really Mean?

In the rapidly changing commercial space market, there is a strong need to produce satellite software quickly and at low cost. Find our how our technology supports software reuse.

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CURRENT MCS USERS

ALREADY HAVE AN MCS LICENCE?

Ops offers a range of handy new features as well we straightforward integration with HELIX solutions. Contact our Support team to discuss how to upgrade to our new ground software platform.

Contact us to upgrade
  • Consistency with flight software

    New system, more consistent with the flight software development kit

  • Scalability

    Ops is significantly more scalable and flexible, offering a straightforward solution to expand your mission as it grows and evolves

  • Simpler user interface

    Ops comes with a brand new user interface, which is easier to use, making the operator’s job a lot more efficient

  • Extensibility

    Possibility to integrate with Groundkit to allow easy extension, adaptation and missionisation

INTEGRATED SOLUTION

HELIX: END-TO-END SOFTWARE SUITE

For maximum efficiency, increased performance and reduced operating costs, make sure to take advantage of the seamless integration of our space- and ground-based products.

Learn more about HELIX

Product

HELIX

A highly-integrated end-to-end space software solution – from flight software to ground operations and data-insights applications.

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WHAT ARE HELIX PRODUCTS?

HELIX suite includes a range of feature-rich software development kits and a number of readily-available products for a more standardised and unified approach

10 reasons to choose HELIX

Find our how HELIX can maximise your mission resources.

CASE STUDIES

IT’S THE RESULTS THAT COUNT

Browse our case studies to learn how the technology at the heart of HELIX Suite already helped over 40 mission significantly save time, effort and cost.

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Case study

Sun and earth diagram

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.

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Case study

ClydeSpaceLogo

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.

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Case study

ClydeSpaceLogo

SEAHAWK

The SeaHawk project observes the changing biology of the ocean surface and its implication for various maritime applications.

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Case study

ClydeSpaceLogo

PICASSO

Developed for the European Space Agency, PICASSO CubeSat is designed to investigate the upper layers of Earth’s atmosphere.

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