·       How are existing capabilities and solutions being leveraged to develop layered defence for UAS, focusing on developing an integrated and data-centric C2 system?

·       How are militaries preparing a holistic strategy to detect, track, and neutralise drones at various ranges and altitudes?

·       How are directed energy and non-kinetic effects being adapted to neutralise both current and future UAS threats?

·       What are considerations of countering drone swarms, and how can industry support strategies to implement AI/ML to improve tracking and targeting?

·       How are training methods being adapted to prepare for the evolving UAS threat?

• Key attributes of autonomy that make it so disruptive

• How the “cost-curve” has become a fundamental consideration of engagements

• A look at layered systems, sensors, & effectors; both defensive & offensive

• Readiness assessment: where we are today, and where we need to be tomorrow

·       How do experts envision the integration of artificial intelligence and machine learning into radar technologies to enhance operational effectiveness, and improve performance? How can AI be leveraged for processing detection data?

·       What are the primary challenges in adapting radar systems to counter emerging threats such as hypersonic missiles and stealth aircraft?

·       With the increasing reliance on digital systems, how is industry addressing cybersecurity concerns related to radar technology to protect against potential cyber threats?

How can the military prepare personnel to operate and maintain advanced radar systems, and what training programs are being implemented?