WHY MCS?
4 REASONS TO CHOOSE THE MCS
The mission control software provides a flexible and integrated graphical environment for all aspect of mission operations, tying together monitoring, control and automation.
Mission monitoring
The MCS provides a rich environment for parameter and event monitoring, including telemetry visualisation and archiving, telemetry monitoring with alarms and condition notification, and many more features under active development.
Download brochureMission control
The graphical environment of the MCS integrates commanding with monitoring and other talks, which provides a clear and more efficient view of operations. And its powerful scripting means that complex tasks can be achieved quickly and effortlessly.
Browse our blogMission automation
The MCS provides extensive scheduling and automation features, such as automated pass management including downlink/uplink handling. This allows to enable efficient unattended operations to improve reliability of the mission and maximise uptime.
Browse our case studiesIntegrated mission
Our underlying core technology creates a model of the system that is shared by the entire mission: both flight and ground. This means the MCS understands how to interact with the flight side with almost zero manual configuration, saving time, effort and cost.
Read more about flight-ground integrationMISSION CONTROL SOFTWARE ON THE GROUND
Browse out blog posts and case studies to find out more about how the MCS works and how it can visibly improve your mission development and operation.
Blog
6 Ways to Build a Space System with Operations in Mind
Space system developers see flight software as separate and independent from its ground counterpart. Consider an alternative approach that focusses on what you are trying to achieve for your mission…
Blog
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…
Blog
Avoiding Common Pitfalls in Space Software Development
Over the past 10 years we have gained an impressive amount of experience building diverse satellite missions. See our list of “Dos” and “Don’ts” that we often come across in…
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.
Launched Missions
We are flight-proven. View our hall of fame: the list of missions that took our software to orbit.
News & Events
Another Five Spacecraft Launched With Our Flight Software Onboard
The Faraday Phoenix and KSF1 missions add to the list of successfully launched spacecraft with our software onboard, taking the current total to 24 satellites, with many more in development.
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.
Blog
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…
Product
Products
SERVICES
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We collaborate closely with our clients to deliver comprehensive mission solutions powered by our unique, flight-proven technology.
Contact us to discuss-
Operations Software Development & Integration
Learn how we deliver robust and scalable mission-specific control systems, seamlessly integrated with pre-existing flight software.
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Integrated Flight & Ground Software Development
Find out how we ensure a seamless, end-to-end approach to flight & ground software development, reducing both risk and development time.
OUR TECHNOLOGY IS FLIGHT-PROVEN
