French and Italian governments endorse long-shot bid for 15 new ships for Canada's navy

Sur le même sujet

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  4 novembre 2020 | Local, Aérospatial

  Boeing outlines $61B in Future Fighter benefits

  Boeing on October 27 stated its bid in the Government of Canada's ongoing Future Fighter Capability Project procurement competition, if successful, would provide $61 billion and nearly 250,000 jobs to the Canadian economy. Required by the competition's RFP, the economic benefits outlined by Boeing are largely based on five new agreements with its Canadian aerospace partners involved in the bid. Canada's Future Fighter Capability Project (FFCP) aims to replace the Royal Canadian Air Force's ageing fleet of CF-188 Hornet's with 88 new-generation fighters. The competition centres around three fighter jets in the Saab Gripen E, Boeing F/A-18 Block III Super Hornet and Lockheed Martin F-35 Lightning II. “Canada is one of Boeing's most enduring partners and has continuously demonstrated that they have a robust and capable industry supporting both our commercial and defence businesses,” said Charles “Duff” Sullivan, managing director, Boeing Canada. “The large scale and scope of these Canadian projects reinforces Boeing's commitment to Canada and gives us an opportunity to build on our motto of promises made, promises kept.” Boeing explains that, based on new data and projections from economists at Ottawa-based Doyletech Corp., the total economic benefits to Canada and its workforce for the acquisition of the F/A-18 Block III Super Hornet will last for at least 40 years and benefit all regions based of the country. Fifth-generation build of the F-35 Lightning II “Boeing and its Super Hornet industry partners have a long track record of delivering economic growth to Canada, which gave us the confidence that our data and detailed projections are extremely accurate,” Rick Clayton, economist at Doyletech Corp. The $61 billion in economic benefits outlined by Boeing with a Block III Super Hornet selection in the FFCP are largely based on partnerships with five Canadian-based aerospace operations, including: CAE (Montreal, Quebec) Boeing and CAE's Memorandum of Understanding (MOU) outlines the implementation of a training solution for the Block III Super Hornet based in Canada and under full control of the Royal Canadian Air Force (RCAF). This includes full mission simulators and part task training devices for pilot training and maintenance technician training, courseware, as well as Contractor Logistics Support, Training Support Services, and Facilities Services to support RCAF training. L3Harris Technologies (Mirabel, Quebec) Boeing and L3Harris' MOU includes a range of sustainment services, including depot and base maintenance, engineering and publications support for the Canadian Super Hornet fleet; potential for other Super Hornet depot work; and maintenance scope for Canada's CH-147 Chinook fleet. Peraton Canada (Calgary, Alberta) Boeing and Peraton currently work closely together on CF-18 upgrades. This work will expand to include a full range of Super Hornet avionic repair and overhaul work in Canada. Raytheon Canada Limited (Calgary, Alberta) Boeing and Raytheon Canada's MOU outlines the implementation of large-scale supply chain and warehousing services at Cold Lake and Bagotville to support the new Super Hornet fleet, as well as potential depot avionics radar support. GE Canada Aviation (Mississauga, Ontario) In cooperation with its parent organization, GE Canada will continue to provide both onsite maintenance, repair and overhaul support services for the F414 engines used on the Super Hornet, as well as technical services and engineering within Canada in support of RCAF operations and aircraft engine sustainment. With its past partners, Boeing notes it has delivered on billions of dollars in industrial and technological benefits obligations dating back more than 25 years. The work started with the sale of the F/A-18s in the mid-1980s and progressed through more recent obligations including acquisition of and sustainment work on the C-17 Globemaster and the CH-47F Chinooks to meet Canada's domestic and international missions. Boeing states its direct spending in Canada in 2019 rose to $2.3 billion, a 15 per cent increase in four years. When the indirect and induced effects are calculated, Doyletech states this amount more than doubles to $5.3 billion, with 20,700 jobs. Boeing notes its partnership with Canada dates back to 1919, when Bill Boeing made the first international airmail delivery from Vancouver to Seattle. Today, Canada is among Boeing's largest international supply bases, with more than 500 major suppliers spanning across country. With nearly 1,500 employees, Boeing Canada supplies composite parts for all current Boeing commercial airplane models and supports Canadian airlines and the Canadian Armed Forces with products and services. https://www.wingsmagazine.com/boeing-outlines-61b-in-future-fighter-benefits/

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  9 septembre 2019 | Local, C4ISR

  Norad asked Canada to 'identify and mitigate' cyber threats to critical civilian sites

  by Murray Brewster The U.S.-led North American Aerospace Defence Command (Norad) asked the Canadian military to do an inventory of its bases and the surrounding civilian infrastructure, looking for critical systems vulnerable to a cyberattack. The letter to Canada's chief of the defence staff, written by then-Norad commander U.S. Admiral William Gourtney just over three years ago, was obtained by CBC News under access to information legislation. Despite the passage of time, two leading cyber experts said the request highlights an enduring concern of both defence planners and people in high-tech industries. The notion that a cyberattack could shut down civilian infrastructure — such as power grids, water treatment plants or traffic systems — in the vicinity of a military base is nothing new. What is unusual is that Norad sought reassurance, at the highest levels of the military, that Canada was on top of the evolving threat. The Norad commander asked Gen. Jonathan Vance to "identify and mitigate" Infrastructure Control Systems (ICS) vulnerabilities on Canadian military bases, particularly at "installations that are critical for accomplishing Norad missions." The March 24, 2016 letter also urged Canada's top military commander to "advocate developing capabilities to respond to cyber incidents on CAF [infrastructure control systems] and defend CAF [infrastructure control systems] if required." Gourtney's concern was not limited to defence installations; he asked Vance to "work with Public Safety Canada to identify civilian infrastructure that is critical to CAF and Norad missions. This includes developing processes for reporting cyber incidents on the identified civilian infrastructure." Vance responded to Gourtney (who has since retired and was replaced by U.S. Air Force Gen. Terrence O'Shaughnessy) three months later and directed the military to hunt for vulnerabilities. "I share Norad's concerns for the cybersecurity" of critical defence infrastructure, Vance wrote on June 10, 2016, in a letter obtained by CBC News under access to information legislation. He noted that the Canadian government has identified "adversaries" that pose "a significant threat and efforts have been made to identify and develop protective strategies for Canadian critical infrastructure." The Liberal government — through its defence strategy and overhaul of security legislation — tackled some of the concerns raised by Norad. It gave the Communications Security Establishment (CSE) and the military new powers to conduct offensive cyber operations. Perhaps more importantly, it set up the Canadian Centre for Cyber Security for civilian infrastructure, which — according to CSE — aims to "be a place where private and public sectors work side-by-side to solve Canada's most complex cyber issues." David Masson, a cyber expert, said minimizing the vulnerability of civilian, privately operated infrastructure continues to be an extraordinarily complex task. The major vulnerability is in what's known as operational technology systems, the kind of computer-driven tasks in utilities and other infrastructure that open and close valves or perform remote functions. The task of securing them is made extraordinary difficult in part by the wide variety of operating systems out there. "There's lots of them," said Masson, the director of technology at Darktrace, a leading cybersecurity company. "Look at it as 50, 60, 70 different bespoke communications systems. There's no real standardization because they're so old. Many of them were never expected to be connected to the internet." He pointed to the 2015 and 2016 cyberattacks on Ukraine's power grid, which in one instance cut electricity to 225,000 people, as examples of what's possible when hackers go after operational technology systems. It is also the kind of event that Norad is concerned about. "The kinds of equipment and machinery that supports the transport of natural gas or the provision of air conditioned services, or our water supply — all of those are critical to Canadians and our militaries," Lt.-Gen.Christopher Coates, the Canadian deputy commander, said in a recent interview with CBC News. He said Norad is focused on the capabilities that are essential to doing its job of defending North America against attack, and they try to "minimize those vulnerabilities where we can." There is, Coates said, an interesting discussion taking place at many levels of the military about what constitutes critical infrastructure. "You asked if we're satisfied. I get paid to be concerned about the defences and security of our nations. I don't think I should ever be satisfied," he added. 'Inauthentic activity' in Alberta election a possible preview of tactics in the federal campaign, report warns Privacy commissioner launches investigation into licence plate breach With ransomware on the rise, RCMP urging victims to 'be patient with police' Christian Leuprecht, a defence expert at Queen's University in Kingston, Ont., said defining critical infrastructure is a complex and evolving task. He pointed to Russian interference in the 2016 U.S. presidential election; prior to that event, he said, the definition of critical infrastructure was limited to power plants, electricity grids and even the financial system. "A lot of things people are wrestling with the question of what institutions — take, for example, democratic institutions — become critical infrastructure," said Leuprecht. The Ukrainian attacks, in the view of many defence experts, are a blueprint of what the opening shots of a future war would look like. "There's a considerable and growing awareness that our defence and critical infrastructure systems are closely tied together because countries, such as China, preserve cyberattack as a first-strike option," Leuprecht said. Masson said there are ways to limit the vulnerability of operational technology systems. Not connecting them to the internet would be a start, but many companies are choosing not to do that for efficiency reasons. He said they also can be protected with "robust" security systems. https://www.cbc.ca/news/politics/norad-cyber-civilian-1.5273917

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  11 juillet 2024 | Local, Terrestre

  Trudeau says Canada can meet NATO's military spending benchmark by 2032 | CBC News

  Following a blizzard of criticism from allies — most notably the United States — the Liberal government announced Thursday that it hopes to meet NATO's military investment benchmark of two per cent of alliance members' gross domestic product by 2032.