Blog
How to Reduce Satellite Development Time And Get to Orbit Faster
Find out how to significantly reduce satellite development time with modular and reusable flight software frameworks.
Blog
What is the failure rate of small satellite missions?Â
Understand the latest small satellite mission failure rates. Explore common causes, reliability trends and how proven software can reduce risk.
Blog
What is considered a small satellite?
Learn how small satellites are classified — from minisats to CubeSats — and why size matters for design, operations and software planning.
Blog
Can I create my own satellite?
Can you build your own satellite? Learn what’s involved — from design and licensing to software and operations. Discover how modern tools make small satellite missions achievable.
Blog
Reducing total cost of ownership in space missions
Software inefficiency is a major driver of mission cost. This article explains how unified architecture reduces total cost of ownership across the mission lifecycle.
Blog
Cybersecurity risks in space software
Siloed software systems create security blind spots across space missions. This article examines why unified architectures are critical for cyber resilience.
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Slow time to market in space missions | Modular flight software
Slow, bespoke flight software development limits mission agility. This article explores how modular, reusable software shortens development cycles.
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Limited interoperability in space systems | A software architecture problem
Hardware diversity has shifted the integration burden to software. This article explains why interoperability is now a software challenge and how modern architectures address it.
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Fragmented space software: Why scaling missions becomes hard
As space missions scale, fragmented software systems create risk, inefficiency and costly delays. This article examines why fragmentation occurs and how it can be eliminated.