🐊 Skana Debuts “Alligator” Amphibious Vessel for Unmanned Maritime Deployment

📬 In Today’s Defense Brief

💥 Italy Rolls Out “Michelangelo Dome” — A NATO-Ready Multi-Domain Shield — Read More

🛡️ KNDS Turns Armored Vehicles Into Jam-Resistant Drone Command Hubs — Read More

⚡ Thales Unveils Two New Systems for EW & AI-Enabled Operations — Read More

🐊 Skana Debuts “Alligator” Amphibious Vessel for Unmanned Maritime Deployment — Read More

🛰️ Hydra MAX Proves Multi-Orbit Satcom Terminal Survives Harsh Conditions — Read More

🎱 Plus 6 other news stories you may like

📰 Full Breakdown

💥 Italy Rolls Out “Michelangelo Dome” — A NATO-Ready Multi-Domain Shield — Read More

• Leonardo introduced the Michelangelo Dome, a unified defense architecture designed to counter threats across air, land, sea, cyber, and space domains through a software-driven, AI-enabled system. The architecture integrates sensors and weapons into a single command layer to detect, identify, and respond to evolving threats, thereby improving survivability.

• The system is built to counter modern challenges, including hypersonic missiles, drone swarms, cyberattacks, and hybrid warfare. It is intended to protect high-value infrastructure, such as airports, energy facilities, cities, and military bases.

• Michelangelo is built on an open, NATO-compatible architecture that allows partner nations to plug in their existing systems. It is scheduled for phased deployment beginning in 2027, with Italy positioning it as a flagship contribution to European integrated defense.

🛡️ KNDS Turns Armored Vehicles Into Jam-Resistant Drone Command Hubs — Read More

• KNDS revealed a mobile sovereign drone-command solution that converts armored vehicles into protected control hubs for UAVs and loitering munitions. The system is specially engineered for contested electromagnetic environments.

• The setup supports secure, jam-resistant drone operations by shielding critical communications hardware inside an armored chassis, creating a survivable mobile headquarters for unmanned systems.

• The concept reflects Europe’s shift toward integrating resilient unmanned-system infrastructure directly into mechanized formations, reducing reliance on static control nodes and increasing battlefield mobility and survivability.

⚡ Thales Unveils Two New Systems for EW & AI-Enabled Operations — Read More

• Thales introduced two new technologies aimed at strengthening forces' ability to operate and make decisions in dense electronic-warfare environments, though detailed specifications remain limited.

• The systems emphasize modularity and software-defined capability, suggesting improvements in signal detection, sensor fusion, automated threat characterization, and AI-driven support tools for operators.

• This move aligns with Thales' broader strategy to expand its portfolio of digital-centric defense products, positioning electronic warfare, AI, and automation as essential components of modern multi-domain operations.

🐊 Skana Debuts “Alligator” Amphibious Vessel for Unmanned Maritime Deployment — Read More

• Skana unveiled the “Alligator,” an amphibious craft purpose-built for deploying unmanned maritime systems in littoral environments. The vessel reduces the need for operator-manned control ships by offering autonomous or remote operation capability.

• Designed for shallow, cluttered, or contested waters, the platform can deploy surface drones, underwater vehicles, or payload modules, enhancing flexibility for surveillance, mine countermeasures, and distributed maritime tasks.

• The Alligator reflects the growing trend toward unmanned-first naval concepts, where autonomy and persistent distributed sensors play a larger role in maritime domain awareness and low-risk operations.

🛰️ Hydra MAX Proves Multi-Orbit Satcom Terminal Survives Harsh Conditions — Read More

• ALL.SPACE’s Hydra MAX terminal successfully endured harsh environmental testing, demonstrating reliable performance across multiple satellite orbits, including LEO, MEO, and GEO.

• The multi-orbit capability enables seamless handoffs between networks, strengthening communication resilience for deployed forces operating in dynamic or contested conditions.

• As militaries increasingly rely on satellite networks for real-time data and command-and-control, systems capable of switching orbits become critical for preventing communication outages and maintaining operational tempo.

🌏 Other Important News

🪖 Land

• US Army begins acceptance of upgraded Bradley A4s from BAE Systems — Read More

• Belgium signs contract for Pilatus PC-7 MKX trainers — Read More

• Ukrainian troops field improvised “Flyswatter” drones for low-cost air defense — Read More

• US signals it may soon take land-based action against Venezuela amid rising tensions — Read More

• Casualties reported as Israeli forces and Syrian groups clash near Damascus — Read More

🌊 Sea

• Japan to procure new anti-landing-craft missiles to bolster island defense — Read More

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