Defence`s Feeds

Turgis & Gaillard has unveiled a new medium-altitude long-endurance (MALE) unmanned aerial vehicle (UAV) called Aarok at the Paris Air Show 2023, held from 19 to 25...

South Korea's Hanwha Systems has signed an agreement with Leonardo to collaborate on the development and export of active electronically scanned array (AESA) radars for...

The Defense Advanced Research Projects Agency (DARPA) is seeking industry input on the viability of developing and fielding very low Earth orbit (VLEO) satellites for...

Japan's Aegis-equipped destroyers that are presently deployed for ballistic missile defence (BMD) duties will revert to air-defence roles once the country operates...

Americas The US House Foreign Affairs Committee passed a resolution Wednesday calling on the administration of President Joe Biden to immediately send long-range missiles to Ukraine. The resolution specifically mentioned Lockheed Martin’s Army Tactical Missile System (ATACMS), which would allow Kyiv’s forces to strike Russian targets at distances up to 321 kilometers. Raytheon Technologies won a $293.7 […]

The American intelligence community and administration gave no official indication of their disquiet over Russia's preparations for the deployment of

The painstaking persuasion mission undertaken by consultant Sandra Zhang in Buenos Aires over the past two years on behalf of

Intelligence Online understands that the open source intelligence firm Social Links has developed a solution intended to rival German Maltego Technologies' investigation and visualisation

The electoral victory of Thailand's opposition party Move Forward on 14 May augurs badly for the Thai defence company RV Connex.

Less than two weeks away from a final decision on the sale of Danone's Russian activities, on 3 July, the

Moscow's role as coordinator of the negotiations between the Armenian and Azerbaijani heads of state is even causing divisions in

In the mornings, on the terrace of Tashas Al Jalila, in the heart of Dubai's Umm Suqeim residential district, it

China’s footprint in European critical assets has grown steadily over time, without any centralised mechanism that could give the European Union (EU) and Member State agencies visibility and scrutiny over projects of strategic significance for Europe’s defence and security. China’s footprint poses specific challenges to Europe’s efforts to protect its critical infrastructure. China’s party-led political system does not allow clear distinctions between commercial, political and military interests, often viewing Chinese state and private companies’ international activities as instruments helping the Chinese Communist Party (CCP) expand its influence in foreign countries and undermine geopolitical rivals. The CCP’s military-civil fusion (MCF) strategy incentivises civilian actors to contribute to the modernisation of the People Liberation Army (PLA) through technology transfer. Chinese companies’ access to EU critical infrastructure thus calls for an analysis of threats to Europe’s defence and security architecture. Using research with original Chinese-language sources, this paper analyses the involvement of China state-linked entities in selected critical sectors — ports, rare metals and undersea cables — to identify short-, medium- and long-term threats to the EU’s strategic sovereignty. These cases expose how entities linked to the Chinese party-state can gain access to and exert influence on assets that are vital to Europe’s security and defence, including transport infrastructure, critical resources and telecommunications networks. This research demonstrates that traditional approaches to infrastructure protection based on direct ownership are insufficient, since China’s party-state can obtain access to critical infrastructure through indirect, equally effective channels. As these cases show, infrastructure protection mechanisms, whose codification and implementation remains incomplete, must be extended to be able to scrutinise the risks that China’s leverage over non-science investors and Chinese state-linked contractors pose to the EU’s critical infrastructure.
Source : © European Union, 2023 - EP

This in-depth analysis (IDA) focuses on how to implement the Strategic Compass’s partnership dimension in the field of security and defence, and how to maximise the potential of the EU’s different strategic partnerships. The report not only provides an up-to-date overview of the most important security and defence partnerships, but also places them in their wider historical context, and in the context of future challenges within a fiercely changing geopolitical landscape. The report maps the EU’s different partnerships and their institutional arrangements, as well as the main policy fields in the realm of security and defence. It offers an in-depth analysis of the core challenges of each major partnership and charts out concrete recommendations for gearing each partnership towards a more impactful realisation of the Strategic Compass’s goals. It also examines how existing cooperation arrangements can be improved, and how new fora can be utilised in a more comprehensive manner. Overall, this IDA seeks to examine and assess in detail how the Strategic Compass’s emphasis on security and defence partnerships can be implemented in practice, and what role the European Parliament can play in this process.
Source : © European Union, 2023 - EP

The event was the first one for the base, home of the 6° Stormo (Wing) of the Italian Air Force. In the afternoon on Jun. 21, 2023, Ghedi Air Base, in northern Italy, held the [...]

The post Ghedi Air Base Hosts First Spotter Day With F-35 And Tornado Jets appeared first on The Aviationist.

Three C-130Js carried out a farewell flypast across the UK and also flew one last pass in the Mach Loop. On Jun. 14, 2023, the Royal Air Force bid farewell to the C-130 Hercules with [...]

The post Watch Three RAF C-130Js Fly Through The Mach Loop For The Last Time Last Week appeared first on The Aviationist.

Exploring the Most Trending Technologies Used in the Military

The European Defence Agency (EDA) has launched a new research and technology project aimed at improving new armament-related capabilities by enhancing camouflage and decreasing the signature of ground systems. The Advanced Solutions for Camouflage of Land Systems using smart and adaptive materials (ASCALS) - project aims at finding new materials and their application processes for active and adaptive camouflage in the visible, infrared and radar ranges.

In the face of highly sophisticated modern detection systems, the development of advanced materials and techniques to improve camouflage and decrease the signature of military ground systems is increasingly important. Effective concealment prevents ground systems from being detected, identified and observed, and in this way provide additional protection without affecting weight and mobility. Consequently, effective concealment improves stealth reconnaissance capability and surprise factor for ground systems. The wide variety of operational environments of modern ground systems creates a need for active and adaptive camouflage concepts that reduce optical and thermal signature under a variety of possible terrain and weather conditions.

ASCALS intends to address these challenges and pursue the advantages of smart and adaptive camouflage. The project will focus on the development of advanced materials for absorption and obscuring techniques. Whereas ASCALS will specifically investigate the feasibility of application to selected military ground platforms, the results of the project can be expected to bear potential for usage in the maritime and air domain as well.

ASCALS will run for 18 months with a budget of 1,3 M euros and brings together ten partners from six Member States. A follow-on phase (ASCALS II) is already envisioned to optimise the most promising routes identified in ASCALS I and develop several demonstrators. These demonstrators shall be assembled in land platforms and tested in a relevant environment, within an expected timeframe of 2027.

Ten partners from six Member States

The first phase of the project has officially started and is funded by Greece (lead Nation), Luxembourg, The Netherlands, Poland, Portugal and Sweden. Within EDA, ASCALS is a cross-Capability and Technology Group (CapTech) project prepared in the CapTech Ground Systems and CapTech Materials and Structures within EDA’s Research, Technology and Innovation Directorate.

The project will be implemented by a consortium led by Adamant Composites (Greece) and comprising ten more industrial and research entities:  University of Luxembourg; TNO, MIS7 and Bolidt (The Netherlands); Military Institute of Engineer Technology and LUBAWA S.A. (Poland); CITEVE, INEGI and Military Research Academy (Portugal); Swedish Defence Research Agency.

 

Further information

• CapTech Ground Systems webpage
• CapTech Materials and Structures webpage

South Korea's Hanwha Systems has signed an agreement with Leonardo to collaborate on the development and export of active electronically scanned array (AESA) radars for...

The two companies signed a Memorandum of Understanding at Paris Air Show 2023 to pursue opportunities on the European Advanced Trainer market and study solutions for future military pilot training. Leonardo and Airbus have signed [...]

The post Leonardo And Airbus Announce Joint M-346 Integrated Training System Collaboration appeared first on The Aviationist.