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Unmanned air mobility is a new concept for the Australian Defence Force. The rapid development of enhanced opportunities for air mobility in the joint force will be critical for supporting Australia's National Interests.

One definition of resilience has come to describe the capacity of organisations or systems to endure and survive in the face of new threats and thus the ability of organisations and citizens to mobilise to adapt to new global and transcending threats.

Access to foreign bases has long been a critical enabler of the ADF, and ongoing access will be key to Australia’s future security. In the past, these Forward Operating Bases (FOB) were considered relatively secure, however continual improvements to the range and accuracy of missiles acquired by adversarial militaries have made these bases attractive targets, being the seemingly soft underbelly of western militaries.

In order to continue utilisation of FOBs, and to guarantee the safety of deployed forces, the ADF cannot remain idle to the threat of advanced air and missile attacks. As such Australia must look to develop its Air and Missile Defence (AMD) capabilities in order to remain secure in future operations.

The aim of the essay is to discuss a range of AMD design and operating concepts to inform the development of an ADF Integrated AMD (IAMD) capability.

This essay will be structured into four key areas: western nations’ historical and future reliance on FOBs to project power; the emerging threat of powerful state and non-state actors; Australia’s response to emerging air and missile threats; and, IAMD design and operational concepts in an Australian context.

In September 2015, Russia sent its military forces to Syria in response to a request by Syrian President Bashar al-Assad for help to suppress a civ