30 avril 2024 | International, Naval

What Marines may be learning from Houthi tactics in the Red Sea

To some observers of the Marine Corps’ modernization plans, aspects of the Houthis' operations in the Red Sea and Gulf of Aden sound familiar.

https://www.defensenews.com/news/your-marine-corps/2024/04/30/what-marines-may-be-learning-from-houthi-tactics-in-the-red-sea/

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  • Israel, US Unveil Arrow 4, Missile Defense With Eye On Hypersonic Threats

    22 février 2021 | International, Terrestre

    Israel, US Unveil Arrow 4, Missile Defense With Eye On Hypersonic Threats

    TEL AVIV: Israel and the U.S have begun development of the Arrow 4 ballistic missile interceptor to deal largely with new Iranian long-range ballistic missile threats. A key design feature for the new Arrow will be winglets, helping it to intercept threats inside the atmosphere, in particular hypersonic missiles. “Israel needs to plan its missiles defense capabilities for many years to come. At this point there is no hypersonic missile threat on Israel, but when you design such an advanced interceptor, this capability should be included as some countries develop such missiles and in the middle east you must expect the unexpected,” an expert who spoke that with BD on condition of anonymity said. Israeli defense minister Benny Gantz, making the announcement on Feb. 18, said the development of Arrow 4 with the U.S will result prepare the two powers for evolving threats in the Middle East, and beyond. The Arrow Weapon System is a major element of Israel’s multilayered missile defense array. It includes advanced radar systems, developed and produced by IAI subsidiary, Elta. It also includes a BMC system developed by Elbit Systems, and a Launch Array including interceptors produced by MLM (a subsidiary of IAI). Defense industries Rafael and Tomer are also involved in the development and production of the Arrow interceptor. Arrow 2 has been operational since 2000, providing endo-exoatmospheric defense. Arrow 3, an exoatmospheric missile defense system, was delivered for operational use in 2017. It serves as the upper layer of Israel’s multi-tier missile defense array. Over the past few years, both of the interceptors were improved and demonstrated excellent capabilities during successful tests held in Israel and in Alaska. Development of Arrow 4 is jointly managed by the Israel Missile Defense Organization (IMDO), in the Directorate of Defense R&D (MAFAT) of the Israel Ministry of Defense, and the U.S. Missile Defense Agency (MDA). According to the Israeli MOD the Arrow-4 will replace the Arrow-2 interceptors over the coming decades. Jacob Galifat, general manager of Israel Aerospace Industries (IAI)’s MLM division, said  the new version will be the most advanced of its kind in the world.

  • BAE Systems progresses digital shipyard plan for Australia

    26 juillet 2018 | International, Naval

    BAE Systems progresses digital shipyard plan for Australia

    Jon Grevatt, Bangkok BAE Systems is moving ahead with its programme to transform naval shipbuilding facilities in South Australia into a digital shipyard that will support the construction of the Royal Australian Navy's (RAN's) new Hunter-class frigates. The company was selected for the nine-ship frigate programme earlier in July – under the AUD35 billion (USD26 billion) Sea 5000 project – and will build the ships in collaboration with state-owned naval shipbuilder ASC from late 2020. The Hunter-class is a variant of BAE Systems' Type 26 frigate design, which the company is also building for the UK Royal Navy (RN). While contract negotiations are ongoing between BAE Systems and the Australian government to finalise the details of the Sea 5000 project, work to prepare Adelaide-based ASC's shipbuilding facilities is under way, with BAE Systems already committed to investing at least AUD100 million (USD74 million) to develop the proposed digital shipyard at which the ships will be built. Nigel Stewart, BAE Systems managing director for the Sea 5000 project, said the digital shipyard will be supported by an “unprecedented” transfer of intellectual property and technical data that will facilitate the development of local capability to both build and maintain the Hunter-class frigates over its 30-year life span. “The digital design of one of the world's most sophisticated ships will support the development of a continuous naval shipbuilding capability in Australia, ensuring that local industry can build the fleet of nine future frigates,” said Stewart. “The digital design will also ensure they can be upgraded and supported during their decades of service.” He added, “This is an unprecedented transfer of intellectual property that will also include all ship parts, materials, and systems used to build the Type 26 frigate. With this knowledge, Australian industry will gain the know-how needed to both build and optimise the ship over its life, potentially improving its flexibility and performance with bespoke local innovation and technology.” http://www.janes.com/article/81959/bae-systems-progresses-digital-shipyard-plan-for-australia

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    11 septembre 2024 | International, C4ISR, Sécurité

    Mustang Panda Deploys Advanced Malware to Spy on Asia-Pacific Governments

    Mustang Panda's refined malware tools, including PUBLOAD and PlugX, target APAC governments, escalating cyber espionage.

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