Delivering Space Solutions - the Crucial Layer for Missile Defence (video)
Against the backdrop of rising ‘peer’ and regional state rivals, the role of space-based assets for effective missile defence will be critical.
The US military has adopted a new space architecture that aims to harmonise Overhead Persistent Infrared (OPIR) requirements for strategic and tactical missile warning, missile defence and battlespace awareness missions — a strategy that spans three agencies and tens of billions of dollars in planned spending.
The Overhead Persistent Infrared Enterprise Architecture Strategy, provided by the Pentagon to Congress in late December 2020, aims to address concerns by lawmakers about a lack of consensus inside the US military over an agreed and affordable integrated enterprise space architecture.
‘Based on years of OPIR analysis, the Department is planning a more affordable,
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Against the backdrop of rising ‘peer’ and regional state rivals, the role of space-based assets for effective missile defence will be critical.
Adding a space layer to missile defence is not an optional extra – it is crucial.
Add-on kit turns UHF/VHF radio into a BLoS solution to support voice and data communications.
Digital engineering is transforming the defence industry, from design to manufacturing.
The digital engineering concept creates an environment where a single, digital source of truth empowers defence manufacturing.
The MOESS programme intends to deploy a sovereign Australian tactical electromagnetic sensor capability, installed on a constellation of CubeSats. DEWC is developing a sensor that can conduct radar electronic support in defence-relevant radio frequency bands used by assets such as ships and aircraft.