JavaScript Required

Jumpseat Aerospace News requires JavaScript to function. Please enable JavaScript in your browser settings to continue.

Missile Defense Shifts to Software-Defined Architectures

May 13, 2023

2 min read

Key Takeaways

Missile defense is shifting to software-defined architectures.
Reliability of underlying software is crucial to success.
Systems must operate at machine speed.

Silver membership required Upgrade to Silver to access Key Takeaways.

Upgrade

Strategic Implications

This shift may indicate a growing reliance on software integration in missile defense, which could lead to increased complexity and interoperability challenges. The need for trusted and resilient software suggests a focus on cybersecurity and mission assurance, which may impact the development of future defense systems.

Silver membership required Upgrade to Silver to access Strategic Implications.

Upgrade

What Happened

Reliability Of Underlying Software Critical To Success

The missile defense landscape is evolving towards highly distributed, software-defined architectures that integrate space sensors, ground systems, interceptors, and decision engines. As these systems become interconnected, the reliability of the underlying software becomes central to success. On May 13, SpaceNews and Wind River will host a discussion exploring the mission assurance challenges behind missile defense initiatives, examining what military organizations must consider to ensure the software backbone remains resilient, interoperable, and trusted. The event was announced by SpaceNews.

Source

Companies Mentioned