• Naval Warfare

  What new technologies could be involved in UK Atlantic Bastion initiative?

  9th December 2025

  As new details emerge on the UK Royal Navy’s plan to secure the North Atlantic for the UK and NATO, three main areas of opportunity for new technology are the focal point.

• Defence Notes

  NATO experiments with solutions to integrate networks, AI and uncrewed systems

  2nd December 2025

  During the latest edition of the NATO DiBaX, the alliance tested multiple capabilities to inform requirements for future efforts.

• Air Warfare

  Applied Intuition takes aim at major air combat programmes with UK expansion

  14th August 2025

  The autonomous software company’s new UK subsidiary is the latest in a line of businesses poised to expand and offer its services to the UK Ministry of Defence and industry, as the country invests more in AI and autonomous technology to deliver the next generation of uncrewed systems.

• Land Warfare

  How AI and robotics drive innovation in land-based defence

  23rd October 2025

  The future on the frontlines: automation and AI isn’t just about improving efficiency or driving down labour cost - for Pearson Engineering it’s everything.

• Air Warfare

  GA-ASI makes strides with further MQ-20 intercept test success

  19th January 2026

  The latest test of advanced autonomy development focused on human-machine teaming, loading a mission profile onto the platform.

• Naval Warfare

  How China’s naval advancements are pushing the US Navy to innovate

  21st January 2026

  The US Navy is set to invest $30 billion in artificial intelligence, cyber, space and autonomy research and development efforts in FY2026 as the force rethinks how it fights in light of China’s naval rise.

• Naval Warfare

  What HII’s UK expansion could mean for Royal Navy’s uncrewed future

  14th January 2026

  As HII prepares to deliver its latest AI-enabled uncrewed surface vessel later this year, its major UK facility expansion aligns with the UK Royal Navy’s plans for a hybrid fleet.

• Naval Warfare

  Thales’ new Sonar 76Nano could equip UK Royal Navy on anti-submarine warfare missions

  15th December 2025

  The new sonar is designed to equip uncrewed underwater vessels, with the potential to be used by the Royal Navy for its Atlantic Bastion and Atlantic Net missions.

• Land Warfare

  "The next industrial revolution": Pearson Engineering embraces autonomy and robotics

  1st September 2025

  In Conversation: Shephard’s Gerrard Cowan talks to Pearson Engineering group chief executive officer Ian Bell about how the company is turning to new technologies to provide critical protection and mobility for troops on the front line.

• Land Warfare

  De-Risking the Future: Manufacturing Certainty for Unmanned Systems

  3rd December 2025

  How strategic manufacturing partnership solves the industrialisation triad — Scale, Compliance and Cost — for hyper-growth defence tech innovators.

• Air Warfare

  Saab and Helsing hail world-first as Gripen E aircraft flies with ‘Centaur’ AI agent

  11th June 2025

  The flights, which pitted an AI-integrated Gripen E against a Gripen D in a Beyond Visual Range (BVR) combat scenario, marks a major milestone for Saab’s Project Beyond which looks to modernise the Gripen E platform.

• Air Warfare

  Podcast: Critical Care episode 7 - Designing sustainment into the future

  22nd January 2026

  Sustainment has long been seen as a downstream concern — something to be managed after procurement. But what happens when you flip that mindset?

• Land Warfare

  Companies and militaries look to artificial intelligence to improve support of equipment

  22nd August 2025

  Companies are turning to rapidly advancing technologies such as artificial intelligence (AI) and machine-learning (ML) to to reduce maintenance times and costs and increase operational hours and tempo.

• Air Warfare

  DSEI 2025: Helsing and Systematic join forces to revolutionise drone recce-strike missions

  12th September 2025

  The partnership will integrate Helsing’s AI-powered systems with the Systematic SitaWare suite of C4ISR currently used by more than 50 nations, enabling faster data exchange between ISR UAVs and Helsing’s HX-2 loitering munitions.

• Land Warfare

  Inside Pearson Engineering’s £8 million investment in future-ready manufacturing (Studio)

  8th September 2025

  Pearson Engineering’s home, Armstrong Works, has been an engineering hub for almost 200 years, delivering critical capabilities for the UK Armed Forces and customers around the globe. The company is now investing for the future, to meet customers’ evolving requirements for a battlespace defined by data and autonomous systems.

Programme Results - Defence Insight

• Light attack, Trainer

  IA-63 Pampa III -(Follow-On) [Argentina]

  Programme Background After the previous procurement of six AI-63 Pampa III aircraft from 2018 and 2019 agreements, Argentina was left with a further need for 34 aircraft. ...

• Military UAS - fixed-wing, Military UAS - small

  V-Bat [Netherlands]

  Background Contract Award On 9 July 2025, Shield AI announced that the Netherlands MoD had acquired eight V-Bat, specifically the V-Bat 400, aircraft to enhance the maritime intelligence, surveillance ...

• Military UAS - fixed-wing, Military UAS - rotary-wing, Military UAS - tactical

  V-Bat 128 (Brazil)

  Programme Background On 7 February 2022, Sheild AI announced on its website that it had signed a contract with VSK Tactical which included the 'purchase of [the] V-Bat ...

• Military UAS - mini, Military UAS - rotary-wing

  Group Unmanned Isr DronE (GUIDE) [Netherlands]

  Background Competition On 14 March 2025, the Netherlands announced on the EU tendering website a competition sounding the future procurement of 514 UAVs for intelligence, surveillance, ...

• Military UAS - fixed-wing, Military UAS - small

  V-Bat [India]

  Programme Background Make In India The 'Make In India' is an initiative by the Indian government to grow the domestic manufacturing industry. In the context of ...

• Military UAS - fixed-wing, Military UAS - MALE

  Skyborg [USA]

  Programme Background Programme Intention Skyborg is one of three USAF Vanguard programs outlined in the Air Force Science and Technology 2030 initiative. The program intends ...

• Military UAS - rotary-wing, Military UAS - tactical

  Embarked VTOL UAV [South Korea]

  Background VTOL Development In January 2024, South Korea's Defense Acquisition Program Administration (DAPA) announced that it would commence development of a VTOL-capable rotary-wing UAV to be ...

• Military UAS - fixed-wing, Military UAS - small

  Air Launched Effect (ALE) [South Korea]

  Programme Background KF-21 Boramae Crewed Fighter The Republic of Korea's Air Force (ROKAF) plans to acquire the KF-21 Boramae fighter, replacing F-4E Phantom II and ...

• Military UAS - fixed-wing, Military UAS - tactical

  V-Bat [USN]

  Background Core Requirement Fundamentally, the USN requires a UAV that can be flown from its ships in austere environments without dedicated launch or recovery equipment.  ...

• Military UAS - fixed-wing, Military UAS - MALE

  KF-21 Loyal Wingman [South Korea]

  Background KF-21 Boramae Crewed Fighter The Republic of Korea’s Air Force (ROKAF) plans to acquire the KF-21 Boramae fighter, replacing F-4E Phantom II and F-5E/F fighters in the ROKAF. ...

• Military UAS - fixed-wing, Military UAS - small

  V-Bat 128 [Colombia]

  Programme Background Procurement In August 2024, The Rio Times reported that the Columbian Navy had begun to equip its four Type FS 1500  frigates with the V-Bat ...

• OPVs

  Next Generation OPVs (NGOPVs) Procurement [India]

  Programme Background Timeline On 20 December 2023, the Indian Ministry of Defence signed a contract with Mazagon Dockyard Shipbuilders (MDL) to construct six Next Generation Offshore ...

• Fighter - multirole

  Sixth-Generation Aircraft [South Korea]

  Programme Background Hanwha industries has confirmed that a new engine is under development to replace the American manufactured F-414 engine; according to reports, the new ...

• Military UAS - fixed-wing, Military UAS - MALE

  Collaborative Combat Aircraft (CCA) [Japan]

  Background Drone Appetite Released in December 2022, the Defence Building Program (DBP) tasked the Japan Self-Defense Forces (JSDF) with replacing some human assets with uncrewed ones ...

• Loitering munitions

  Hunter Family [UAE]

  Programme Background IDEX Contract Announcement On 21 February 2023, EDGE announced that its subsidiary, HALCON, had been awarded an AED 1.1 billion ($272.29 million) contract to supply ...

Equipment Results - Defence Insight

• Land: vehicle surveillance/target acquisition systems

  TKN-AI

  TKN-AI is a commander’s periscope intended for guiding a vehicle, and battlefield observation and target acquisition by day and night. It is compatible with T-62, ...

• Fixed wing aircraft engines

  AI-20M

  The Ivchenko AI-20 is a Soviet turboprop engine developed in the 1950s. Although the engines were originally designed for civil cargo aircraft servicing medium- and ...

• Uncrewed aerial systems engines

  AI-450

  The AI-450 is a Ukrainian engine developed by Ivachenko-Progress, with Motor Sich acting as the production partner to supply parts and components. The turboprop engine ...

• Fixed wing aircraft engines

  АI-24

  The Ivchenko AI-24 turboprop aircraft engine was initially designed and manufactured in the late-1950s. Manufacturing was later moved to Motor Sich, a Ukraine based manufacturer ...

• Fixed wing aircraft engines

  AI-222-25

  Manufactured by Ukraine’s Motor Sich, the AI-222 is a high thrust-to-weight ratio turbofan engine family developed to power Russian Air Force advanced trainers and light ...

• Military UAS - fixed-wing, Military UAS - MALE

  X-Bat

  The X-Bat is an AI-piloted, vertical takeoff and landing (VTOL) uncrewed fighter jet designed for expeditionary and maritime operations in contested environments. Unveiled by Shield AI ...

• UAS: flight control systems

  Hivemind

  Developed by Shield AI, Hivemind is an ecosystem of tightly integrated AI software tools and interfaces that leverages several factors to deliver  intelligent and resilient autonomy ...

• Transport

  An-32

  The An-32 (NATO reporting name Cline) is a light military transport aircraft that can be operated in hot temperatures (up to 50°C) and from mountain ...

• Loitering munitions, Military UAS - mini, Military UAS - rotary-wing

  GA-10FPV-AI

  The GA-10FPV-AI is a Lithuanian FPV quadcopter drone manufactured by Granta Autonomy. The drone can carry a 3kg payload and operate in GNSS-denied environments. In September 2024, Granta Autonomy ...

• Loitering munitions

  Viper 10

  The Viper 10 is a rotary-wing first-person view (FPV) drone from Baltic Viper. The loitering munition quadcopter has a 4kg payload, a reinforced communication system, and ...

• Subsystems: software

  DI-Guy

  DI-Guy is an AI, scenario and SDK for real-time human visualisation, simulation and artificial intelligence. DI-Guy has thousands of realistic ready-to-use characters and motions. It ...

• Military UAS - fixed-wing, Military UAS - small

  Gogol-M

  The Gogol-M is a Ukrainian fixed-wing drone carrier, or mothership, from Strategy Force Solutions. The system can deliver two first-person view (FPV)-type attack drones to hit precision ...

• Military UAS - micro, Military UAS - rotary-wing

  Sonora

  Sonora is a micro rotary-wing UAV manufactured by Harmattan AI. It is a cost-effective, training-focused UAV built to simulate ISR operations. In June 2025, France acquired 1,000 Sonora ...

• Military UAS - mini, Military UAS - rotary-wing

  Scorpio 1000

  Described as an outdoor precision striker, the Scorpio 1000 is a rotary-wing quadcopter from XTEND.  It has advanced AI auto-targeting that enables precise flight without ...

• Military UAS - fixed-wing, Military UAS - small

  V-Bat (Family)

  The V-Bat is a fixed-wing UAV from Shield UAV, which features a patented ducted fan design. It is designed explicitly for runway and equipment-independent launch ...