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June 26, 2023 | International, Land

Here’s who will move forward in the Bradley replacement competition

The Army has picked two teams to move into a detailed design phase of the Optionally Manned Fighting Vehicle competition.

https://www.defensenews.com/industry/techwatch/2023/06/26/heres-who-will-move-forward-in-the-bradley-replacement-competition/

On the same subject

  • THALES LAUNCHES FIRST DEFENCE CLOUD OFFERING FOR ARMED FORCES

    June 11, 2018 | International, C4ISR

    THALES LAUNCHES FIRST DEFENCE CLOUD OFFERING FOR ARMED FORCES

    At Eurosatory 2018, Thales is launching the first comprehensive private cloud infrastructure solution to improve the operational efficiency of the armed forces. With Nexium Defence Cloud, Thales is at the heart of the digital transformation of its customers and adapting to the specific needs of armed forces operating in constrained environments with stringent security requirements. Key Points Thales is launching a complete, resilient solution that will enable armed forces to stay connected with any device at any time and operate with complete autonomy in the field. Thales offers users private access to data in the constrained environment of military infrastructure networks, from central command to forces deployed in theatres of operation. This new solution benefits from Thales's cybersecurity expertise​ In recent years, cloud services have changed the day-to-day lives of businesses and individuals, driving the development of a whole range of applications to address new use cases. Organisations with a real need to share content can now remain connected at all times from any type of terminal or device. The armed forces share the same requirements. The cloud solutions in use today for civil applications are not appropriate for deployed forces. They require unlimited bandwidth that armed forces do not have in the field. The Thales Defence Cloud is a sovereign solution designed for constrained environments, enabling deployed forces to conduct their missions in total autonomy in the theatre of operations. Hyperconnectivity on the battlefield promises to drive a technological revolution for armed forces and engender a growth in demand for new capabilities to gather, share and process large volumes of data in real time. As threat environments evolve, armed forces units will be able to respond immediately, and sometimes simultaneously, to any situation that may arise in future conflicts. With its Defence Cloud offering and related connectivity solutions, Thales proposes a complete solution including secure, end-to-end hosting of data and applications. Users ranging from commanders in the home country to units deployed in theatres of operation can access data in complete privacy in a dedicated environment that takes full benefit of Thales's cybersecurity expertise. The Nexium Defence Cloud solution is both comprehensive and modular. An extensive range of configurations is possible to accommodate the requirements of very high-capacity, readily expandable infrastructure networks for HQ all the way down to an all-in-one box that transforms a Forward Operating Bases into new cloud nodes in a matter of hours. This ability to interconnect systems and devices quickly and easily within ad-hoc command structures and organisations boosts mission effectiveness with no trade-off in security. Equipment and applications can be deployed, configured and updated remotely so that the armed forces can focus on their core missions. https://www.thalesgroup.com/en/worldwide/defence/press-release/thales-launches-first-defence-cloud-offering-armed-forces

  • Les métamatériaux, l’avenir de la défense ?

    December 4, 2020 | International, Aerospace, Naval, Land, C4ISR, Security

    Les métamatériaux, l’avenir de la défense ?

    Le forum innovation défense, qui se tient du 2 au 4 décembre, en format digital, est l'occasion d'évoquer les ruptures technologiques en cours, dont les métamatériaux. Ces matériaux artificiels conçus au niveau atomique permettraient de rendre les avions de combats et les navires plus discrets vis à vis des radars et sonars adverses. Plusieurs projets de développement sont en cours. Le missilier MBDA mène ainsi des travaux pour exploiter cette technologie afin que ses missiles échappent aux défenses ennemies. « Pour rendre les missiles furtifs, les matériaux sont l'approche principale. Il s'agit d'éviter que des parties du missile n'émettent trop de radiations qui pourraient être détectées », explique Denis Gardin, directeur de l'innovation et des technologies futures pour MBDA. L'Usine Nouvelle du 3 décembre 2020

  • Palo Alto Networks Discloses More Details on Critical PAN-OS Flaw Under Attack

    April 21, 2024 | International, Security

    Palo Alto Networks Discloses More Details on Critical PAN-OS Flaw Under Attack

    A critical vulnerability (CVE-2024-3400) in Palo Alto Networks PAN-OS is being actively exploited by threat actors.

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