27 janvier 2024 | International, Aérospatial

On Cobra Warrior, a test of multinational integration for CF-18s - Skies Mag

In a large, complex training scenario, CF-18 Hornets from 433 Squadron participated for the first time in multinational exercise Cobra Warrior.

https://skiesmag.com/features/rcaf-today-cobra-warrior-fighter-integration-exercise/

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  • COVID-19: Army Futures Command Takes Wargames Online

    22 avril 2020 | International, C4ISR

    COVID-19: Army Futures Command Takes Wargames Online

    While the pandemic's halted field exercises, tabletop wargames can continue long-distance. The catch? Getting classified bandwidth so you can discuss specific military capabilities. By SYDNEY J. FREEDBERG JR.on April 21, 2020 at 7:31 AM WASHINGTON: With Pentagon travel restrictions now extended through June 30th, the Army's in-house futurists can't hold their usual face-to-face brainstorming sessions. So rather than delay their work for months, they're moving seminars and wargames online – but there's a tradeoff. The long-distance collaboration tools available so far aren't secure enough for classified data, which means some scenarios are off-limits. The COVID-19 coronavirus has halted some – but far from all – military training and experimentation. Army Futures Command in particular has had to cancel some high-priority field exercises to try out new tactics and technologies, but a lot of its work is thinking about the future, which you can do long-distance, one of its deputy commanders said in a video town hall last week. “We did have to cancel the Joint Warfighting Assessment [JWA] in Europe,” Lt. Gen. Eric Wesley said, “[but] a lot of the work we do in terms of developing concepts...is moving ahead without significant impact.” Wesley runs one of Army Futures Command's three major subunits, the internal thinktank now known as the Futures & Concepts Center (formerly ARCIC), which brainstorms, wargames, and writes about how conflict will change. Tabletop exercises (TTXs, in Army jargon) can move online. That will include the Futures & Concept Center's annual “capstone exercise” on the Army's concept for future warfare, Multi-Domain Operations, he said. It also included another MDO exercise that had been set to take place in May at the Army War College. Four-Star Orders The May wargame was particularly important because it was the kick-off for a study ordered by the four-star chief of Army Futures Command himself, Gen. John “Mike” Murray, one of Wesley's staff officers told me when I followed up. “We wanted to be able to return to Gen. Murray sooner versus later with initial findings,” Col. Chris Rogers told me, “then continue to experiment throughout the summer and the [fall].” The topic that Murray was so intent on? “It was focused specifically on addressing concerns that Gen. Murray had with calibrated force posture,” Rogers said. In layman's terms, that means what soldiers need to be where, with what equipment, at what time, to handle specific threats. In practice, “calibrated force posture” is a 3-D chess game with a few hundred thousand pieces. You have to figure out what kind of forces need to be forward-deployed on allied territory before a crisis starts, what they should do to deter potential adversaries, what warning you might have of an impending attack, what reinforcements you can send in time, how the adversary can stop those reinforcements, how you can stop the adversary from stopping you, and so on ad infinitum. To start tackling these questions, the plan had been to bring officers and civil servants together from all the Army's “schoolhouses” – the armor and infantry center at Fort Benning, the artillery center at Fort Still, the aviation center at Fort Rucker, and so on – for two weeks at the War College. The scenarios to be examined, focused on a particularly challenging region for military deployments: the vast expanses of the Pacific. Now, this wasn't going to be a wargame in the classic sense, with somber men pushing wooden blocks on big maps or icons battling each other on a big screen. No one can write the rules for a detailed simulation yet because the Army's still brainstorming solutions. Instead, such events are more like highly structured seminars, with teams splitting off to analyze particular aspects of the scenario and reporting back on possible plans, at which point they may get challenged with “well, what if the enemy does this?” But precisely because this wasn't a detailed simulation, the Army didn't need specialized software to run it long-distance – just standard online collaboration tools. (In this case, those tools were provided by DTIC, the Defense Technical Information Center). Rogers described the process as a “guided, threaded discussion.” As he explained it, it sounded a lot like an online discussion board, with moderators posting topics and participants posting replies and replies to replies back and forth. That's actually one of the longest-established applications of the Internet, dating back to the Bulletin Board Systems (BBS) that predate the World Wide Web. Modern equivalents are much more sophisticated: You can post graphics like maps and operational diagrams, for instance, which are definitely useful for a military planner. But the systems available to Rogers & co. in May still had definite limits. Limiting Factor The biggest issue? “It's an unclassified network, so there are certain things that we lose,” Rogers told me, like the ranges of specific current and future weapons. The compromise the wargamers made is they'll restrict this first exercise to what's called the “competition phase.” That means everything that happens before – or hopefully instead of — the outbreak of a shooting war — the “conflict phase.” Not simulating actual battles might sound like a major handicap for military planners. But the Army has slowly and painfully come to realize that, while it's really, really good at planning combat operations (what it calls “kinetics”), it really needs to practice the strategic, political and propaganda maneuvering that goes on outside of combat (“non-kinetics”), because you can win every battle and still lose the war. Indeed, from Russia seizing Crimea without a shot to China quietly annexing large portions of the South China Sea, America's adversaries have proven highly capable of accomplishing military objectives without firing a shot. Now, military power still matters in the competition phase: Over all the shadow-boxing there looms the threat of force. But because the competition phase is about deterring war, not waging it, what matters is not the actual capabilities of your weapons, but what the enemy thinks your weapons can do. That, in turn, means you can brainstorm the competition phase in an unclassified discussion, using publicly available information, without ever getting into the classified details of what your weapons could really do when and if the shooting starts. “That's why we felt very comfortable with [changing] from a classified event to an unclassified event, [for] the first iteration,” Rogers told me. Likewise, instead of using classified scenarios depicting potential future crises, he said, they used real crises from recent history, where there's plenty of unclassified information, and then discussed different ways the US could have approached them. At some point, of course, the discussion will have to move on from the competition phase to conflict – from how you calibrate the posture of your forces to how those forces, once postured in the right place, would actually fight. Rogers & co. help to get into those classified details in the next major wargame, scheduled for August. August is after the Pentagon's travel ban expires – at least, in its current form. But given how unpredictable the pandemic has been so far, another extension is entirely possible, Rogers acknowledges, so he and his team are studying alternatives to a face-to-face event. As Lt. Gen. Wesley put it in his town hall: “The real issue is, how long does this last?” https://breakingdefense.com/2020/04/covid-19-army-futures-command-takes-wargames-online/

  • USAF, US Navy and industry discuss physiological sensors development

    7 janvier 2020 | International, Aérospatial, Naval

    USAF, US Navy and industry discuss physiological sensors development

    The US Air Force Research Laboratory (AFRL) has hosted an industry day to brief industry about the need for sensors to reduce physiological episodes in pilots. More than 150 members from the US Air Force (USAF), US Navy and industry took part in the inaugural Physiological Episodes Mitigation Technology Summit and Industry Day conducted in Dayton, Ohio, US. At the event, participants discussed the research and development of sensors to collect physiological data from pilots. The USAF and US Navy intend to develop sensors that are capable of gathering data from pilots before, during and after a flight. USAF Physiological Episodes Action Team (PEAT) lead Brigadier General Gregor Leist said: “Efforts surrounding this issue are really driven by the nature of the challenge. It's a safety-critical issue, and we need to throw everything we can at this and find the root, if there is a root, for the safety of our pilots.” Both the airforce and navy established PEATs to address the spike in the rate of physiological episodes. The services have been working with each other to share data and research. Leist added: “What really drove a lot of the airforce activities for this was the T-6 trainer and the steep rise in air breathing-associated physiological episodes. “We've been partnering continuously with the navy, sharing data in both directions so we're not duplicating efforts, and have the defence department's best working this.” The PEATs used different sensors to collect aircraft data. The effort was aimed at accurately characterising the breathing and pressurisation systems to understand the cause for physiologic episodes. AFRL sensors development team lead Dr James Christensen said: “The Integrated Cockpit Sensing programme aims to identify best-of-breed sensors for near-term operational implementation while defining an architecture, which will allow the airforce to continually add or upgrade the best sensing capability to prevent and/or mitigate the effects of physiological events.” https://www.airforce-technology.com/news/usaf-physiological-sensors-development/

  • Canadian satellites vulnerable to cyberattack, internal Defence note warns

    25 octobre 2018 | International, C4ISR

    Canadian satellites vulnerable to cyberattack, internal Defence note warns

    Jim Bronskill / The Canadian Press OTTAWA — Satellites vital to Canadian military operations are vulnerable to cyberattack or even a direct missile strike — just one example of why the country's defence policy must extend fully into the burgeoning space frontier, an internal Defence Department note warns. The Canadian military already heavily depends on space-based assets for basic tasks such as navigation, positioning, intelligence-gathering, surveillance and communications. Canada is also working on the next generation of satellites to assist with search-and-rescue and round-the-clock surveillance of maritime approaches to the country, including the Arctic. But those important roles could be endangered as technological advances and lower costs allow more countries, including adversaries, to cause trouble in orbit. Powers such as China and Russia are developing the ability to wage technological attacks in space, the note points out. "Easier access could also open the door to non-state actors or to failed states with nothing to lose from disrupting space." Canada's new defence policy underscores the importance of space, creating a need for "innovative investment" to ensure National Defence has the tools and know-how to fend off threats, the internal document adds. A copy of the note, Space Technology Trends: Threats and Opportunities, was recently obtained by The Canadian Press through the Access to Information Act. Several sensitive passages were stripped from the note, prepared last November for the deputy minister of National Defence. In a statement, the department called the intention to protect and defend military space technology a "very important change" in the new policy. "What 'defending and protecting' these assets means in practice will evolve, as technology and international discussions mature." Despite public perception, the militarization of space actually happened decades ago, said Dave Perry, vice-president and senior analyst at the Canadian Global Affairs Institute. "Militaries the world over depend on an extraordinary amount of infrastructure that's space-based, even if there are no physical weapons in space," he said in an interview. "Space is well-emerged, but we keep calling it emerging." Even so, the internal note points out space is becoming ever more congested due to the advent of commercial space companies and the dawn of space tourism. "In addition, more and more nations are becoming space-capable and will expect their share of access to space." The most direct threat to Canada's space capabilities comes from adversaries with the ability to attack satellites, the note bluntly states. China, for example, has demonstrated the ability to destroy one of its aging low-orbit weather satellites with a ballistic missile, creating plenty of space debris. Other possible tactics include a directed energy attack, electronic jamming or a cyberattack, which can temporarily or permanently disable a satellite, the note adds. It says Canada is working with the U.S. and other allies on the idea of being able to quickly dispatch replacements for critical space assets that are damaged or destroyed. As artificial intelligence becomes more prevalent in operating space technology, such as a robotic arm, it will be easier for a hostile player to sabotage it, Perry said. "If you can figure out a way to affect the software, then that's a potential vulnerability. Whereas before you would have (needed to fly) someone there, and actually put them on the piece of equipment, to be able to do something." High-resolution images of the Earth captured by space satellites, once exclusive to the military, have become increasingly available to other government agencies, companies, the public and hostile players — essentially "whomever is willing to pay," the note says. The accessibility of this data and the ability to link it with other sources, such as social media, "will present immense challenges" to privacy and public safety. As space-based sensing and communication technologies rapidly improve, they become capable of scooping up more information, creating another headache for the military, the note says. "The challenge of collecting, handling, storing, processing and accessing this data will become more and more severe as the data volume, velocity and variety continues to increase." — Follow @JimBronskill on Twitter https://www.richmond-news.com/canadian-satellites-vulnerable-to-cyberattack-internal-defence-note-warns-1.23474192

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