• Accelerating capability development through agile procurement and experimentation
• Working with industry, SMEs and international allies to co-develop scalable uncrewed solutions
• Current capability gaps
• The European Sky Shield Initiative (ESSI)
• Investment into UAV’S and UGV’s
• Challenges and ambitions for the future
• Developing concepts of operation
• Assessments of the future operating environment
• Operational analysis of contemporary conflicts
• Current programmes
• Ensuring trust and the ethical use of autonomous weapons
• Challenges facing the effective integration and use of these systems
• Transforming defence through UAS development and implementation
• Information sharing in a UAS-enabled battlespace
• Identifying and bridging capability caps
• Updates on Heavy Uncrewed Ground Vehicle trials
• Integration of AI into UGVs
• Current capability gaps and proposed solutions
• Increasing investment
• Operational Integration to enable persistent surveillance and multi-domain operations
• Next-Gen capabilities to develop AI-enabled control systems to enhance battlefield agility and reduce human risk
As Uncrewed & Autonomous Systems transition from concept to deployment, defence forces and industry leaders are gaining critical insights regarding their integration into operational fleets, through system of systems technology. This panel explores SoS technology is transforming the capabilities of these systems, within the multi domain network, and what developments are needed for the future operating force.
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How are UGVs and UAVs being integrated into system of systems architectures to enable coordinated, multi-domain autonomous operations?
What innovations are enabling autonomous systems to function effectively in GPS-denied, electronically contested, or cyber-threatened environments?
How is edge AI transforming the autonomy and decision-making capabilities of distributed uncrewed systems in real time operational scenarios?
What role do modular open systems architectures play in accelerating capability integration across heterogeneous autonomous platforms?
How can we ensure secure, resilient, and scalable communications between autonomous systems operating in dynamic and adversarial environments?
• Overview of current programmes
• Challenges delivering technologies at scale to the armed forces
• Pathway implement what was set out in the STR
• Long term perspective for defence 2035 progress update
• AI, robotics, and autonomous systems as part of the ReArm Europe Plan
• Insights into the Taros project