1. South Korea Restructures Military Drone Command to Accelerate Deployment
South Korea launched a new Defence Drone Agency on 2 November, replacing its operationally focused Drone Operations Command. The new organisation will coordinate drone and counter-drone capability development and accelerate acquisition, while individual military services assume operational responsibilities.
Seoul also plans to acquire more than 20,000 low-cost expendable combat drones and expand domestic production of critical components.
AiSS Assessment: The reorganisation signals a shift from centralised drone operations towards service-level deployment supported by coordinated development and procurement. Its effectiveness will depend on interoperability, acquisition speed and the ability to scale production.
Source: Yonhap News Agency, 2 November 2026.
2. Cyberattacks Disrupt Public Air-Raid Warning Systems in Ukraine and Russia
Ukraine and Russia reported cyberattacks against public emergency-alert applications overnight on 1–2 November. False warnings concerning missile strikes, radiation and nuclear threats were distributed to users.
Ukraine temporarily suspended the affected application while maintaining other warning channels, including air-raid sirens. The precise responsibility for the intrusions has not been independently established.
AiSS Assessment: The incidents expose a vulnerability beyond drone interception: the integrity of the warning chain itself. Reliable defence requires authenticated alerts, redundant communications and the ability to maintain public confidence when digital systems are compromised.
Source: Reuters, 2 November 2026.
3. NATO Advances Integrated Counter-Drone Defence and AI-Assisted Targeting
New reporting from NATO's FUSE experimentation activities in Latvia highlights the alliance's effort to integrate layered counter-UAS systems, resilient digital networks and AI-assisted targeting.
The programme brings together sensors, effectors and command-and-control systems while examining how national capabilities can operate within a common architecture. NATO is also seeking faster technology adoption and lower-cost responses to inexpensive drones.
AiSS Assessment: The principal challenge is increasingly systemic rather than technological. NATO must shorten the interval between detection and authorised response while maintaining interoperability, human oversight and cost-effective engagement options. Experimental integration should not yet be equated with operational deployment.
Source: The Jerusalem Post, 2 November 2026; NATO FUSE experimentation, 29–30 October 2026.
4. Australia Reveals New Mission Payloads for Ghost Shark Autonomous Underwater Vehicles
Australia has disclosed three payload configurations for its Ghost Shark extra-large autonomous underwater vehicle: naval mines, Altius-600 loitering munitions and logistics supplies. The modular platform is intended to support multiple undersea missions without requiring a crewed submarine.
The configurations were unveiled in October, with further details reported on 2 November.
AiSS Assessment: Ghost Shark illustrates the convergence of autonomous undersea operations, distributed strike capabilities and maritime logistics. Its significance extends to seabed infrastructure security and the changing requirements for detecting and countering uncrewed maritime threats.
Source: Defense News, 2 November 2026; Australian Department of Defence.
AiSS Intelligence | Where AI, Autonomy and Security Converge
Daily Watch provides concise monitoring of significant developments in drones, counter-UAS and autonomous technologies across defence and critical infrastructure security.
