18 janvier 2024 | International, Terrestre
Pakistan’s Air Force says it has a hypersonic-capable missile
The service said the capability is meant to help create a “potent force and to rebalance the power dynamics in the region.”
4 septembre 2018 | International, Aérospatial
Le missilier MBDA et Soitec reprennent Dolphin Integration, un spécialiste français des circuits intégrés
Posté dans Technologie par Laurent Lagneau
Alors que l'industrie française de l'armement cherche à limiter autant que possible le recours à des composantes relevant de la Réglementation américaine sur le trafic d'armes au niveau international [ITAR] afin d'éviter toute restriction à l'exportation, il aurait été dommage de voir l'entreprise iséroise Dolphin Integration, spécialisée, avec ses 130 ingénieurs, dans la conception de circuits intégrés et de composants dits virtuels analogiques et numériques, fermer ses portes.
D'autant plus que cette PME, créée en 1985, avait été sélectionnée par l'Agence européenne de défense [AED] dans le cadre du programme SOC – System on Chip [.pdf], visant à permettre aux industriels européens de l'armement d'accéder à des technologies « ITAR Free » pour « des petits et moyens volumes à des prix compétitifs. » En outre, elle a mené des projetspour le compte de la Direction générale de l'armement [DGA], via le dispositif RAPID
Or, en juillet, faisant face à d'importants problèmes de trésorerie et à un chiffre d'affaires en recul, Dolphin Integration a été placé en redressement judiciaire. Et l'entreprise avait jusqu'à la mi-janvier 2019 pour trouver une solution pour assurer la poursuite de ses activités. Cette mésaventure lui est arrivée alors qu'elle avait l'ambition de devenir un acteur mondial de « la conception et de l'optimisation de circuits intégrés dédiés à la très faible consommation d'énergie » et de s'intéresser aux marchés de l'Internet des objets (IoT), de l'automobile et de la défense.
Mais il n'aura pas fallu attendre bien longtemps pour voir la situation de Dolphin Integration s'éclaircir étant donné que le missilier MBDA et Soitec, le spécialiste français de la production de matériaux semi-conducteurs, se sont associés pour reprendre la PME iséroise.
Dans le détail, le capital de Dolphin Integration sera détenu à hauteur de 40% par MBDA et de 60% par Soitec. Les deux industriels ont pris l'engagement d'investir 6 millions d'euros ensemble. De quoi permettre d'acquérir « la plupart des actifs de Dolphin Integration », de payer « certaines dettes » et d'opérer une « importante injection de liquidités destinée à financer les besoins en fond de roulement. »
Étant déjà un client « stratégique » de Dolphin Integration pour les « applications liées à l'armement depuis 2004 », MBDA va accentuer la coopération industriel avec la PME tout en lui « offrant une perspective commerciale à long terme en matière de circuits ASIC (circuits intégrés propres à une application spécifique) et systèmes sur puces. »
« L'investissement de MBDA va renforcer la base industrielle de Dolphin Integration dédiée à l'armement français. Il va en effet lui apporter une source plus stable de revenus liés à la défense ainsi qu'une coopération technologique plus étroite ouvrant à son offre
microélectronique spécialisée l'accès à l'ensemble de l'industrie de l'armement française et européenne », a expliqué Antoine Bouvier, le Pdg du missilier.
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17 décembre 2020 | International, Terrestre
Oshkosh agrees to buy Pratt Miller for $115M
By: Jen Judson WASHINGTON — Joint Light Tactical Vehicle-maker Oshkosh Defense announced it has agreed to buy engineering company Pratt Miller, which brings with it artificial intelligence, autonomy and robotics expertise. Oshkosh said in a Dec. 15 news release that it has entered into a definitive agreement to acquire Pratt Miller in a cash-free, debt-free purchase price of $115 million. The New Hudson, Michigan-based Pratt Miller will keep its name, team, facilities and branding, according to the statement. The engineering company was founded in 1989 and is becoming known for its robotics capabilities. The firm recently won a U.S. Army contract in a partnership with QinetiQ to provide prototypes of the light variant of its Robotic Combat Vehicle for evaluation. Pratt Miller also won a contract to develop a design to integrate a new weapon system onto a Stryker combat vehicle under the Stryker Medium Caliber Weapons System lethality program. It is partnered with Rafael in the competition in which government testing of offerings is ongoing. The Israeli government recently expressed enthusiastic interest in mating Oshkosh vehicles with Rafael's Iron Dome missile defense system. In addition, Pratt Miller was one of six companies chosen by Army Futures Command to work on ways to improve the currently cumbersome, taxing and sometimes risky munitions resupply system for field artillery units operating M109 Paladin howitzers. “Pratt Miller has made significant advances in dynamic growth areas such as artificial intelligence, robotics, autonomous and connected systems and electrification,” which puts Oshkosh more into the robotics game than ever before. “We believe combining Pratt Miller's engineering expertise with Oshkosh's innovation and operational strengths will enable us to better serve customers and position our Company for growth,” John Pfeifer, Oshkosh Corporation president and chief operating officer, said in the statement. “Pratt Miller's motorsports heritage has created a culture of speed and agility that has defined our success,” added Matt Carroll, the company's CEO. “Oshkosh is an ideal partner for us to apply that mindset to some of the most significant challenges facing customers today. Together, we expect to grow our decade-long partnership and expand our pipeline of new business opportunities. We look forward to learning from one another and continuing to innovate to bring market-leading products to our customers.” The buy, which is subject to customary closing conditions, should be complete in the first quarter of calendar year 2021, the statement noted. The acquisition also could give Oshkosh more leverage in competitions like JLTV re-compete effort which has recently kicked off and the Optionally Manned Fighting Vehicle program to replace the Bradley Infantry Fighting Vehicle. A request for proposals for the OMFV program is expected to drop by the end of the week. https://www.defensenews.com/land/2020/12/15/oshkosh-buys-pratt-miller-for-115m/
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15 octobre 2019 | International, Terrestre
How Army IT modernization is reshaping this cadre of soldiers
By: Mark Pomerleau The Army's efforts to modernize its tactical networks and information technology are expected to reshape its signal corps, according to service officials. One of the Army's efforts includes creating what is known as “expeditionary signal battalion-enhanced," or ESB-E. Expeditionary signal battalions support units that don't have organic communications capabilities. These groups could include military intelligence battalions, chemical battalions, engineering battalions or air defense artillery branches. However, the Army realized it took too long to get equipment to theater, and the units said the gear performed too slowly on the battlefield, Sgt. Maj. Wendle Marshall, the head of 50th ESB-E, told C4ISRNET during a September trip to Fort Bragg, North Carolina. In response, the service adopted a more expeditionary approach, hence the “enhanced.” The Army as a whole is working to be more expeditionary and mobile to stay ahead of potential future threats, which will require units to move rapidly. Mobility extends to the overall tactical network modernization effort, for which the ESB-E is part of the first iteration of development to the force in 2021. The 50th ESB-E is the experimental unit, and three of its companies each received different equipment to test. When the Army receives feedback from those units and makes a decision on fielding, it will retrofit the entire battalion with the same gear. In 2021, the Army plans to outfit three ESB-Es out of 24 total ESBs. The biggest difference between the enhanced version of these battalions? Advancements in technology allow them to be more mobile and use less equipment while proving more capable. Soldiers described to C4ISRNET the difference in equipment between two sister battalions in the same signal brigade — one being an enhanced battalion. Based on the current configuration of a company in a typical battalion, six vehicles are needed to establish communications for a battalion or brigade — three vehicles and three trailers totaling six drivers — and three to seven C-17 planes to transport the vehicles. The enhanced versions can deploy that same company in a single C-17 requiring just a four-seat Humvee and one trailer to house equipment and personal gear. “If we had to get somewhere fast, we would not be able to provide the combat power as effective or fast as the ESB-E would,” Lt. Col. Trey Matchin, commander of 67th Expeditionary Signal Battalion, a sister battalion of the 50th located at Fort Gordon, Georgia, told C4ISRNET. Marshall said the enhanced battalions also aren't constrained to just satellite communications. “This kit's allowing us to change force structure to meet the needs of the Army,” Col. Matthew Foulk, commander of 35th Signal Brigade, which includes the 50th and 67th, told C4ISRNET in August. Moreover, with less equipment, soldiers' loads are lighter, they are more multifunctional and they rely less on contractor support. “ESB-Es being fielded is going to come to an apex at the perfect time. Which is creating a more multifunctional soldier instead of ‘I only do SATCOM [satellite communications] or I only do baseband, I only do radios.' We're getting away from that,” Foulk said. Marshall demonstrated how the motor pool for the 50th is smaller and simplified compared to sister battalions. One prominent example is an operations cell in which soldiers work on their kits as opposed to contractors. This allows war fighters to become proficient on systems ahead of exercises. https://www.c4isrnet.com/show-reporter/ausa/2019/10/15/how-army-it-modernization-is-reshaping-this-cadre-of-soldiers