27 octobre 2020 | International, C4ISR
WASHINGTON — Ansys, an engineering simulation company, plans to purchase a Pennsylvania-based satellite tracking and modeling firm for $700 million, according to an Oct. 26 announcement.
Ansys is preparing to acquire Analytical Graphics Inc., which performs software development for simulation, modeling, testing and analysis tools for a number a uses, though perhaps the 30-year-old company is most well known for modeling and tracking satellites on orbit to provide key data on orbital mechanics that helps operators avoid collisions and safely operate their equipment.
That level of space situational awareness is likely to become even more valuable for satellite operators as space becomes more crowded. Experts predict as many as 10,000 new satellites to be launched over the next five years, driven by the proliferated constellations being developed by private businesses and the U.S. Defense Department. At the beginning of 2020, there were about 2,000 active satellites on orbit.
Recent near misses have further highlighted concerns over space debris. In January, two defunct satellites nearly collided in low Earth orbit. While there wasn't much concern about damage to the two satellites, which had long ceased operations, a collision between the two would have sent debris scattering throughout space, posing a hazard to active satellites.
The Inter-Agency Space Debris Coordination Committee — a group of space agencies from around the world — say such incidents are likely to occur every five to nine years. But as space becomes more crowded, experts worry the likelihood of a collision will increase.
Ansys plans to add AGI's space situational awareness tools to its simulation portfolio, allowing customers to simulate their entire mission — from the chip level all the way to a satellite's orbital mechanics and connection to ground stations.
“Ansys' acquisition of AGI will help drive our strategy of making simulation pervasive from the smallest component now through a customer's entire mission,” Ansys President and CEO Ajei Gopal said in a statement. “It will also expand the use of simulation in the key aerospace sector, where the stakes can be at their highest levels. We are excited to welcome the expert AGI team — and to expand the reach of their world-class technology to industries outside of aerospace, including for autonomy and 5G applications.”
AGI was already an Ansys partner, but the latter hopes the acquisition will drive new aerospace and defense customers to its mission-based simulation services.
“In the three decades since our founding, we have continuously invested in our technology to create and advance digital mission engineering,” AGI co-founder and CEO Paul Graziani said in a statement. “We are thrilled to become part of Ansys so we can dramatically extend the reach of our world-class products and help more customers accomplish their critical missions.”
The acquisition is expected to close before the end of 2020, with Ansys paying 67 percent of the $700 million price tag in cash and issuing stock for the remaining amount.
26 mars 2021 | International, Aérospatial
Kirtland NM (AFRL) Mar 24, 2021 - The Air Force Research Laboratory Directed Energy Directorate will host a Virtual Briefing for Industry to introduce the new Directed Energy Technology Experimentation Research (DETER), Advanced Res
6 août 2020 | International, C4ISR, Sécurité
Mark Pomerleau Members of the National Guard from New England states concluded a two-week cyber exercise that sought to test the cyber skills of guardsmen and critical infrastructure operators. Cyber Yankee 2020, which took place July 21-31 in New Hampshire, involved more than 200 National Guard members and their civilian counterparts from across New England states, along with some active-duty partners and participants from local, state and federal agencies. In its sixth year, there was less attendance than previous years due to the coronavirus pandemic, but several were able to participate remotely. “Cyber Yankee is primarily a hands-on keyboard cyber incident response exercise for National Guard soldiers and airmen in FEMA Region 1, which are the six New England states,” said Lt. Col. Woody Groton, a member of the New Hampshire National Guard and the director for Cyber Yankee, according to a Facebook post by the New Hampshire Air National Guard. Groton said in a video that the exercise is primarily focused on the electrical and water sector. The exercise is “a great training opportunity for us to work with those people who would actually own the network that we would potentially respond on and for our soldiers and airmen to get that experience and for the engineers from those various entities, they get the training in working with us,” he said. The Guard units within the various states are a critical resource to defend against cyberattacks when they overwhelm localities. “If a large-scale attack happened against a power company, water company, or any other critical department around the state, we would be able to get activated and help them mitigate the threat,” Capt. Frederick Bond, 103rd Air Control Squadron cyberspace operator and exercise Team 3 lead from the Connecticut National Guard, said in a release. “It's similar to when a storm comes and we help remove fallen trees or shovel snow from roofs to help get critical infrastructure going again.” The friendly blue team had to deal with simulated attacks from an opposing red team. Social media posts were used to simulate a real internet environment, where forces must sift through the noise and discern what information is needed to make decisions and identify threat actors. In one case, these actors defaced a public website. “We found some discrepancies including website, it looks like it may have been defaced. The team is digging into finding the source of that defacement and then making steps to correct it,” Master Sgt. Eric Lewis, a blue team member in the New Hampshire Air National Guard, said in a video. Other actions tested included protecting computer files from being stolen or manipulated. “We received intel that potential threat actors may be using a certain capability to transfer files,” said Senior Airman Stephen LaLuna, 103rd Communications Flight cyber systems operations specialist with the Connecticut National Guard. “We see the traffic that's using it, that sets off a flag on our end to look deeper into that. If we determine it is malicious, we send it up the chain with our findings and recommendations to block it.” Officials explained that one of the most critical aspects of these training events is the partnerships built between Guard units, critical infrastructure operators and government entities so that when a crisis breaks out, everyone is acquainted. “We have built enduring partnerships with state government and the critical infrastructure sector. Something that if we did have a major cyberattack against one of those, we would be ready to respond and already know each other,” Groton said. Correction: An earlier version of this story misidentified Lt. Col. Woody Groton. He is with the Army National Guard. https://www.c4isrnet.com/cyber/2020/08/03/new-england-guardsmen-test-their-skills-in-cyber-yankee-2020
25 octobre 2018 | International, Aérospatial
Alexis Pfefferlé Mardi 23 octobre 2018, 0800, Lausanne, entrée en lice des avionneurs américains. Pour rappel, deux avions américains sont en compétition dans le cadre du programme AIR2030, le F/A 18 Super Hornet de Boeing et le F35 de Lockheed Martin. Au menu de cette matinée, le F/A 18 Super Hornet de Boeing. L'avion proposé n'est pas inconnu puisqu'il avait été naturellement envisagé lors de la précédente campagne de renouvellement de la flotte avant que Boeing ne renonce à faire une offre à la Suisse. Boeing avait expliqué à l'époque que « le nouveau Super Hornet est peut-être un avion trop poussé par rapport aux besoins de la Suisse. ». Huit ans plus tard, les besoins exprimés par la Suisse pour son nouvel avion de combat ont évolué et le Super Hornet fait à nouveau office de candidat sérieux. En effet, les F/A 18 Hornet dans leur version C et D sont en service dans les forces aériennes suisses depuis maintenant vingt ans et l'avion est bien connu de nos pilotes et militaires. Quelles différences par rapport au modèle actuel ? Le F/A 18 Super Hornet n'est pas un nouvel avion mais bien une évolution du Hornet que nous connaissons. Il s'agit cependant d'une évolution en profondeur avec une refonte du design, de la signature radar, une mise à jour des systèmes d'armes et de l'électronique embarquée ou encore une augmentation importante de l'autonomie. Aujourd'hui, le F/A 18 Super Hornet E/F est un biréacteur de 4ème génération + disponible en monoplace et biplace comme les variantes C et D de son prédécesseur. Boeing va droit au but La présentation du jour de Boeing est, comme disent les américains, « straight to the point ». Communication à l'américaine oblige, on débute avec un clip vidéo figurant un compte à rebours égrené par une voix féminine à l'issue duquel divers types d'engins fabriqués par Boeing s'élancent dans le ciel dans un panache de fumée incandescent. Sans autre intermède, le représentant de Boeing, Monsieur CRUTCHFIELD, développe directement sur la facilité de transition entre le modèle actuel de l'armée suisse et le Super Hornet, un mois d'entraînement au maximum étant selon lui nécessaire aux pilotes aguerris sur F/A 18 Hornet pour se familiariser avec cette nouvelle version. Quant au matériel d'entretien et à l'armement, il est en partie compatible entre les deux versions. Compte tenu de l'avenir bien incertain des F/A 18 suisses actuels dans le contexte politique tendu des exportations d'armes, le recyclage partiel est un point pour le moins pertinent. Pour Boeing, le Super Hornet est la transition la plus simple et la moins onéreuse pour la Suisse. C'est au tour de Madame Nell BRECKENRIDGE, première femme à s'exprimer pour un constructeur, de prendre le relais. Elle partage premièrement quelques chiffres : Boeing est un géant de l'industrie, qui a l'habitude de l'offset et de travailler avec des partenaires dans le monde entier. Historiquement, l'offset Boeing c'est près de 50 milliards USD dans environ 40 pays depuis 35 ans. Actuellement, c'est 65 collaborations pour un montant de 20 milliards USD dans 20 pays. Efficacité et engagement Viennent ensuite les arguments phares de Boeing pour la Suisse. Premièrement, le géant américain, en tant que constructeur du F/A 18 Hornet, le dernier avion acquis par l'armée suisse, peut s'appuyer sur sa propre expérience dans le cadre du programme offset d'USD 1,3 milliards réalisé en Suisse dans le cadre de l'achat de cet avion en 1997. Détail piquant au pays de la ponctualité, le programme d'offset de l'époque a été complété 3 ans avant le délai prévu. Dans la même veine, un nouveau programme d'offset a été signé par Boeing avec la Suisse en 2009 pour la mise à jour des F/A 18 Hornet, lequel a également été complété, selon Boeing, en avance du calendrier prévu. Au total, toujours selon Boeing, ce sont plus de 600 sociétés suisses qui font ou ont fait affaire avec l'avionneur au cours des vingt dernières années. Sur leur dernier slide de présentation, Boeing déclare : Promises made, promises kept. (Promesses faites, promesses tenues) Tout un programme. https://blogs.letemps.ch/alexis-pfefferle/2018/10/25/air2030-a-la-rencontre-de-boeing-et-du-f-a-18-super-hornet-4-5/