Department of Defense labs face $5 billion infrastructure shortfall

On the same subject

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  December 7, 2018 | International, Naval

  Les frégates de la classe Nansen souffrent d’un défaut sérieux de conception. Le chantier Navantia mis en cause

  (B2) Un premier rapport du bureau enquêtes accidents norvégien (AIBN) l'affirme sans ambages. La collision entre une frégate de la marine norvégienne KNM Helge Ingstad et un tanker maltais (Sola TS) dans la baie de Hjeltefjorden en Norvège le 8 novembre, révèle un problème grave de conception sur certains navires fabriqués par les chantiers navals espagnols Navantia. Une alerte sécurité vient d'être envoyée Un naufrage à proximité des côtes Rappelons-nous, c'était juste après l'exercice de l'OTAN Trident Juncture, la frégate norvégienne (qui porte le numéro de coque F-313), effectuait des manœuvres à proximité des côtes, près du terminal pétrolier de ce fjord norvégien situé non loin de Bergen, quand il heurte le pétrolier qui naviguait en sens inverse. La collision ne provoque que peu de dég'ts dans le pétrolier, mais pour le navire militaire les conséquences sont autrement plus graves. Une enquête des bureaux d'accidents civil et militaire norvégiens La frégate norvégienne, qui fait alors partie de la force navale permanente de l'OTAN (SNMG1), est atteinte « au-dessus et au-dessous de la ligne de flottaison » et « absorbe énormément d'eau » comme le signale le ministère norvégien de la Défense. Il n'est plus stable et doit être échoué. Ses 137 marins doivent être évacués. Une enquête est alors diligentée associant le bureau d'enquête accidents maritime norvégien (AIBN) et son pendant militaire (DAIBN), auquel est associé l'unité d'enquête maritime maltaise (MSIU), autorité du pavillon du pétrolier. Les compartiments non étanches Trois compartiments étanches à bord du KNM Helge Ingstad sont inondés : « la salle du groupe électrogène arrière, les quartiers de l'équipage du pont Orlop et le magasin » selon le rapport de l'AIBN. La stabilité est jugée « médiocre », mais le navire est encore considéré comme 'sauvable'. Cette première évaluation ne résiste pas. L'eau gagne du terrain. Elle « coule de la salle des génératrices arrière vers la salle des engrenages via les arbres creux de l'hélice, puis de la salle des engrenages, vers les salles des machines avant et arrière via les boîtes de rangement dans les cloisons ». Quand la salle d'engrenage est inondée, l'évacuation des 137 marins est décidée. Le navire est considéré comme « perdu ». Huit marins sont légèrement blessés dans les différentes manœuvres. Le navire échoué coule à pic Les autorités espèrent encore pouvoir récupérer le navire, qui flotte toujours, en le fixant avec des c'bles. Mais dans la nuit du 12 au 13 novembre, ils s'arrachent et le navire coule à pic. Le navire est désormais considéré comme irrécupérable, même si les travaux sont toujours en cours pour être renfloué, comme le précise le ministère norvégien de la Défense. Perte sèche : 4,2 milliards de couronnes (environ 220 millions d'euros). Une enquête nécessaire chez Navantia L'autorité norvégienne préconise une vérification des navires norvégiens de même conception. Oslo dispose encore de quatre navires de la même classe — le KNM Fridtjof Nansen, le KNM Roald Amundsen, le KNM Otto Sverdrup et le KNM Thor Heyerdahl — construits sur les chantiers navals espagnols de Ferrol de Navantia. Elle demande ainsi à Navantia de mener « une enquête sur les problèmes identifiés lors de la première enquête et de déterminer s'il s'agit également d'un problème lié à d'autres navires ». L'industriel espagnol doit aussi envoyer une notification aux chantiers, propriétaires et exploitants concernés, pour leur indiquer « les mesures à prendre pour assurer la sécurité ». (Nicolas Gros-Verheyde) https://club.bruxelles2.eu/2018/12/un-defaut-de-conception-dans-les-fregates-de-type-nansen-le-chantier-navantia-mis-en-cause/

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  October 26, 2023 | International, Aerospace, C4ISR

  Northrop reports strong growth, expects ‘zero profit’ on B-21 contract

  Northrop Grumman officials cautioned that the B-21 Raider won't be profitable at first, though they see it driving future growth.

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  June 25, 2019 | International, Aerospace

  Airspace Launches Galaxy Drone Security Solution

  Source: Airspace Systems Inc. Airspace Systems today introduced Airspace GalaxyTM, the first family of fully-automated, always-on airspace security solutions that accelerate the integration of drones into cities and protects people and property -- on the ground and in the air -- from clueless, careless or criminal drone operators. The new Airspace Galaxy security platform combines input from multiple sensors to detect drone activity at long-ranges, instantly identifies authorized and unauthorized flights, assesses risk, and if necessary and permitted, deploys an autonomous mitigation system to safely capture and remove an unauthorized or malicious drone. “We created Airspace to accelerate the integration of lifesaving drone technologies while giving communities the ability to ensure safe and secure skies,” said Jaz Banga, Airspace co-founder and CEO. “Galaxy is the first crucial step toward creating the trusted environment required to unlock the full potential of drones.” The airspace security company also today announced that cybersecurity veteran David DeWalt has invested in Airspace through the NightDragon Fund, and joined the Airspace board of directors as Vice Chairman. Additionally, Airspace announced that former Federal Aviation Administration Administrator Michael Huerta has joined the company's board of advisors. Airspace developed the Galaxy security platform for business, public venues, government, law enforcement, and the military to protect people, property, and IP from harm. Galaxy was recently deployed to detect and identify drone activity behind the scenes for Major League Baseball during the 2018 World Series games in Boston and Los Angeles, for the San Francisco Police Department in support of the U.S. Navy to protect its annual San Francisco Fleet Week, and in Sacramento for the 36th annual California International Marathon. And in the fall, during the Chairman of the Joint Chiefs of Staff's BLACK DART live-fire exercise, Galaxy was the only airspace security solution to deliver a fully autonomous drone mitigation capability – from takeoff to landing – capturing both stationary and moving targets. “Airspace security is a prerequisite to realize the full potential of the drone economy,” said Huerta. “We are on the verge of many great things that drones can do for us, but without the kind of safety and security Airspace Galaxy offers, we are just one terrible event away from stalling what could be a thriving, multi-billion dollar industry.” We believe in the good that drones can do Drones have already proven critical in disaster response. Firefighters have used them to monitor ongoing fires to focus their efforts, keep themselves safe, and help them save lives. Emergency teams have used drones to survey damage after natural disasters, deliver supplies, and find missing people. But as drones get smaller and cheaper, the potential physical and cyber threats grow exponentially. And regardless of whether a damaging drone event is caused by the naïve or nefarious, the results will be the same: progress derailed, and benefits denied. Airspace developed the Galaxy software platform to protect people, property, and IP by stopping drone threats before they happen. Galaxy: Mobile, Modular, Simple to Operate The critical first step in airspace security is accurate long-range detection of drone activity. As a modular system, Galaxy options include the ability to configure detection based on a customer's site- and mission-specific requirements and includes identification of all types of drones, both signal and non-signal emitting. The Airspace sensors detect anomalies operating from ground level to 400-feet and beyond in the sky, and cover up to a 25-mile radius. Detection comprises three primary functions: radio frequency (RF) sensors that use drone-to-operator communication links to legally identify a drone's unique identifier and launch location, a camera array to minimize false alarms and improve localization, and communication alerts to the Galaxy operator. Galaxy then fuses data from multiple sensors into a single, easy-to-use graphical user interface that is coupled with artificial intelligence (AI) and machine learning to create actionable intelligence for the system to handle automatically or with human override. Users can log in from a browser on their desktop or mobile device to see all pertinent information. Finally, if necessary and permitted by law, the Airspace mitigation option dispatches the Airspace Interceptor drone with a single click. Using advanced guidance systems and powered by AI, the Interceptor autonomously locks onto identified rogue drones and heads them off at high speed without human guidance. Trusted and deployed by the U.S. Department of Defense, the Airspace Interceptor fires a Kevlar net to neutralize and capture unauthorized or malicious drones, and then delivers them to a safe place, preventing damage to either people or property. “Thinking about security in two dimensions is antiquated -- it's just not good enough to keep the bad guys out today,” said DeWalt, who has led two of the biggest companies in cybersecurity – McAfee and FireEye – and is now Delta Air Lines chairman of Safety & Security. “Today you have to protect in three dimensions – basically create an airspace security dome over everything -- events, your company – your entire city.” Among many other positions, DeWalt is the founder of cybersecurity platform NightDragon Security and the managing director of early-stage investor AllegisCyber. He sits on the boards of several cybersecurity firms, including Optiv, Callsign, and Claroty, and he has served on the Department of Homeland Security's National Security Telecommunications Advisory Committee since 2011. DeWalt was president and CEO of McAfee between 2005 and 2012 and was CEO of FireEye between 2012 and 2016. “David's and Michael's experience across the cybersecurity and aviation industries is incredibly relevant to our mission to create autonomous airspace security and our vision of a world of safe and secure skies open for business and social good,” said Banga. “They are both equally strategic assets for Airspace.” Airspace began producing Galaxy solutions that are now ready to deploy in three configurations after raising a $20-million Series A round led by Singtel Innov8 Ventures in March 2017. The company was founded in 2015 by a team from Apple, Google, and Cisco Systems, and backed by SterlingVC – the venture capital arm of the New York Mets – as well as Shasta Ventures, Granite Hill Capital Partner, Singtel Innov8, and S28 Capital. http://www.asdnews.com/news/aerospace/2018/12/20/airspace-launches-galaxy-drone-security-solution