17 décembre 2021 | Local, Aérospatial

New Call for Countering Unmanned Aerial Systems Coming // Nouvel appel de propositions pour vaincre les systèmes aériens sans pilote à venir bientôt

New Call for Countering Unmanned Aerial Systems Coming

Sandboxes

In 2022, IDEaS will again be looking to the skies! After hosting a Sandbox in 2019 on Countering Unmanned Aerial Systems (CUAS), IDEaS will be inviting innovators to bring their ‘A' game in a new call for applications in the New Year. Come show us how your CUAS prototypes can solve the challenge and be integrated into the broader military command and control system. The original call sought technologies that could detect and/or defeat Micro and Mini Unmanned Aerial Systems, for which we are now seeking improved performance and integration. Visit the 2019 CUAS Results page to learn more on how the event unfolded and what we learned.

Stay tuned for the new call to launch in January 2022.

Stay tuned for opportunities to join and collaborate in Innovation Networks 5G research clusters!

Innovation Networks

In Fall 2021, IDEaS invited Canadian Innovators to submit a Letter of Intent for the development of research clusters (called Micro-nets) under the newest Innovation Networks challenge: Faster, Stronger, More Secure: Advancing 5G capabilities and concepts for Defence and Security. The focus of the Micro-nets will be to conduct research to address DND/CAF needs with applications for:​

  • Architectures for Defence and Security Operations;
  • Assured Performance and Security; or
  • Applications and Sensors.

Eligible Innovators screened in will be invited by the IDEaS Program to submit their Full Proposals over a period of 6 weeks.

IDEaS will be posting the list of all screened in applicants in January 2022, including their proposal title, and lead researcher. We encourage organizations to build their network and reach out to be part of these growing micro-nets.

Each funded micro-net will be eligible to receive up to $1.5M over 3 years to foster the development of a critical mass of researchers, highly qualified personnel, and expertise within the Canadian innovation community.

Please join our mailing list to be the first to hear of this opportunity for collaborate.

The IDEaS Team


Nouvel appel de propositions pour vaincre les systèmes aériens sans pilote à venir bientôt

En 2022, IDEeS regarde à nouveau vers le ciel ! Après avoir réalisé Sandboxesun Environnement protégé en 2019 pour en apprendre sur comment vaincre les systèmes aériens sans pilote (CUAS), IDEeS invitera les innovateurs à apporter leur savoir-faire dans un nouvel appel de propositions pour la nouvelle année. Venez nous montrer comment vos prototypes CUAS peuvent relever le défi et être intégrés dans un système de commandement et de contrôle militaire plus large. L'appel initial recherchait des technologies capables de détecter et/ou de vaincre les systèmes aériens micro et mini sans pilote, pour lesquels nous recherchons maintenant des performances et une intégration améliorées. Consultez la page des résultats CUAS 2019 pour en savoir plus sur le déroulement de l'événement et sur ce que nous avons appris.

Ne manquez pas le nouvel appel de propositions qui sera lancé en janvier 2022.

Les micro-réseaux 5G de Réseaux d'innovation commencent à prendre forme en janvier

Innovation NetworksÀ partir de janvier 2022, les candidats retenus au dernier défi des réseaux d'innovation 5G auront la possibilité de commencer à unir leurs forces pour créer leurs micro-réseaux de recherche proposés.

Les participants sélectionnés pour la phase de proposition du défi Plus rapide, plus fort, plus sécurisé : avancer les capacités et les concepts 5G pour la défense et la sécurité seront publiés sur le site Web d'IDEeS en janvier.

Le titre de la proposition, l'organisation et le chercheur principal seront partagés afin que les candidats puissent commencer le processus de collaboration pour construire leurs micro-réseaux.

Chaque micro-réseau financé sera admissible à recevoir jusqu'à 1,5 million de dollars (sur 3 ans) pour favoriser le développement d'une masse critique de chercheurs, de personnel hautement qualifié et d'expertise au sein de la communauté canadienne de l'innovation.

Les participants doivent soumettre leurs propositions complètes au programme IDEeS dans les 6 semaines suivant la réception de la notification de la réussite de leur candidature.

Inscrivez-vous à notre liste de distribution pour être averti lorsque la liste des participants sera disponible.

L'équipe IDEeS

Sur le même sujet

  • Canada puts premium on fighter jets’ ability to conduct attacks on foreign soil

    11 juin 2019 | Local, Aérospatial, Sécurité

    Canada puts premium on fighter jets’ ability to conduct attacks on foreign soil

    DANIEL LEBLANC The federal government's plan to buy new fighter jets puts greater emphasis on the aircraft's ability to conduct “strategic attacks” in foreign countries than their capacity to defend Canada and North America from enemy incursions, government documents show. The importance awarded to the new aircraft's offensive and first-strike capabilities abroad, rather than their defensive capabilities in places such as the Arctic, is causing concerns among some companies in the running for the $19-billion contract to replace Canada's CF-18s, industry sources said. In particular, some manufacturers have told the government they are worried the process will end up favouring the Lockheed-Martin F-35 at the expense of bids from the Boeing Super Hornet, Saab's Gripen and the Eurofighter Typhoon, which is built by a consortium led by Airbus. The industry sources who spoke about the matter were granted anonymity because federal rules prevent them from speaking publicly. Federal officials said they are aware of the concerns from various aircraft manufacturers and that government experts are reviewing the evaluation grid. The government is planning to launch the competition for new fighter jets by the end of July. “We are continuing to have discussions with the companies,” said Pat Finn, the assistant deputy minister in charge of procurement at National Defence. He added that 80 per cent of the technical requirements are related to NORAD and NATO operations, while the rest are needed to be able to respond to government missions in hot spots around the world. “We're in a good spot for a competition,” he said. Canada's defence policy, which was released in 2017, made it clear that the priority for the new fighter jets would be defending the country's territory. “The fighter aircraft fleet is a critical Canadian Armed Forces capability necessary to enforce Canada's sovereignty, enable continental security, and contribute to international peace and stability,” the policy said. David Perry, a military analyst at the Canadian Global Affairs Institute, said the acquisition process to this point gives the impression that foreign missions are more important than domestic ones. “At the high level, the optics of the way it is presented aren't very good at all,” he said. The federal government's assessment grid for the new fighter jets is based on an evaluation of all requirements worth a total of 100 points, with 60 points going to technical capabilities, 20 points to the acquisition and sustainment costs, and 20 points to the package of industrial benefits. The government has shared its draft evaluation grid with potential bidders, a copy of which was provided to The Globe and Mail. Of the 60 points going to technical requirements, 31.5 points are based on the aircraft's performance on six potential missions: conducting NORAD operations, intercepting a foreign aircraft carrying a cruise missile, carrying missions against maritime targets, detecting and attacking foreign aircraft such as enemy fighter jets, providing “close air support” in an attack against targets on foreign soil and participating in a “strategic attack” against a foreign country. The first two missions, which are seen to be domestic in nature, are worth a total of 3.5 points. By contrast, the mission worth the most points (12 out of 31.5, or nearly 40 per cent of the points in this category) is the one based on an aircraft's ability to conduct a first-strike “strategic attack” in a foreign country, which is known to be a forte of the F-35. The evaluation grid has led some companies to complain to the government that the process favoured the F-35 at the expense of their aircraft, industry and government sources said. Following complaints from the American government, the federal government changed last month the way it will evaluate the 20 points related to industrial benefits. Under a new process, Ottawa will no longer force all bidders to commit 100 per cent of the value of the aircraft's acquisition and sustainment on spending in Canada. Instead, manufacturers will lose points in the scoring system if they do not make this commitment, but they will still be allowed to remain in the competition Before the changes were made, the F-35 could have been automatically disqualified because the international consortium that builds the aircraft doesn't allow for the provision of traditional industrial benefits. Of the 20 points that are attributed to the cost of the new aircraft, 10 are determined based on the acquisition costs and 10 are determined based on the sustainment of the aircraft after their purchase. https://www.theglobeandmail.com/politics/article-canada-puts-premium-on-fighter-jets-ability-to-conduct-attacks-on/

  • NRC COVID-19 response

    27 mars 2020 | Local, Aérospatial, Naval, Terrestre, C4ISR, Sécurité

    NRC COVID-19 response

    The Government of Canada is taking strong and quick action to protect our economy, and the health and safety of all Canadians during this global outbreak of the novel coronavirus (COVID-19). We are working with our partners as part of the collective effort to help find solutions to the COVID-19 outbreak: 1. The COVID-19 Challenges Procurement Program: NRC Industrial Research Assistance Program and Innovative Solutions Canada Purpose: This program will post challenges seeking near-to-market solutions from small and medium-sized businesses (fewer than 500 staff) that need financial support from the National Research Council of Canada Industrial Research Assistance Program (NRC IRAP) to refine and sell their product or solution to meet a COVID-19 related need. NRC IRAP works with roughly 8,000 small and medium-sized businesses every year through its cross-Canada network of 255 industrial technology advisors and provides over $300 million in support to more than 3,000 technology development projects annually Through this initiative, the Public Health Agency of Canada (PHAC) and Health Canada (HC) will establish a number of challenges corresponding to needs of health providers to deal with COVID-19 NRC IRAP will partner with Innovative Solutions Canada to launch calls for proposals over the next few weeks to address challenges, fund development of solutions, and buy successful products and services needed to address COVID-19 Together, NRC IRAP and Innovative Solutions Canada will: post the PHAC and HC challenges (Innovative Solutions Canada) award Phase 1 funding to successful small and medium-sized businesses to develop a proof of concept for their solution (NRC IRAP) award Phase 2 funding to the firms with the best concepts so they can develop a working prototype (NRC IRAP) The NRC, PHAC, HC or another federal department or agency will then be able purchase the product for use against COVID-19. Innovative Solutions Canada already has challenges in development, which they will begin posting to their website in the coming days. These will continue as PHAC, HC, and health care providers request new topics. Companies with promising technology relevant to the COVID-19 challenges can register their technology or product by clicking on the Register button below. Register 2. The Pandemic Response Challenge Program: National Research Council of Canada Purpose: This program will build teams to address challenges requiring further research and development for solutions to meet COVID-19 related needs. The NRC will build these teams drawing on internal-to-government capacity and academic researchers who register using the button below to indicate their interest, and related areas of expertise and capabilities. The NRC will receive $15M to form dedicated teams to address challenges in the areas of greatest research and development (R&D) need in the fight against COVID-19. The NRC Pandemic Response Challenge Program will accelerate the development of diagnostics and medical countermeasures for a rapid front-line response to protect and treat Canadians. This national vehicle will convene the best Canadian and international researchers from academia and small and medium-sized businesses to collectively accelerate R&D to address specific COVID-19 gaps and challenges as identified by Canadian health experts. The Pandemic Response Challenge Program is currently structured around 3 main research areas: Rapid detection and diagnosis Therapeutics and vaccine development and Digital health. Researchers at Canadian and international universities, government departments, colleges, and highly innovative firms with relevant expertise can now register their interest to work with us on these challenges by clicking the Register button below. Funding is available to help cover the costs of research for academic institutions, small and medium-sized businesses, and other eligible recipients participating in the challenge teams. Over the coming weeks, we will post the specific R&D challenges, send information to registered researchers, and invite them to indicate the expertise and capabilities they can bring to a team. Register 3. Biomanufacturing capacity at Royalmount: NRC Human Health Therapeutics Research Centre Purpose: This initiative will result in a Good Manufacturing Practices platform to develop and scale up COVID-19 Canadian vaccine and therapy candidates. The NRC Biomanufacturing facility, located in the NRC's Royalmount Avenue building in Montréal, is used to develop and scale up processes to produce biological medicines and is managed by the Human Health Therapeutics Research Centre. As part of its development capacity, the facility is equipped with pilot-scale bioreactors (200 L and 500 L), which will be operationally available to produce up to 100,000 doses of vaccine per month within 6 months once a vaccine suitable for front-line responders is available. A $15 million investment will fund the certification of the facility for Good Manufacturing Practices compliance, and will enable production of material that will be used in humans, particularly for vaccines or therapeutics. This certification can also greatly increase the capacity for candidate vaccines or therapeutics to be quickly rolled out and clinically tested, particularly those originating from Canada. The work to refine and certify quality systems at the facility will include: bringing the existing facility to regulatory standards, installing equipment to expand capacity, and managing information. Once certified, this facility will be able to accelerate the scale-up production and testing of various types of vaccine candidates in the context of the current COVID-19 outbreak, including protein-based, viral vector-based, and antibody-based products. https://nrc.canada.ca/en/research-development/research-collaboration/nrc-covid-19-response

  • Why do some planes in Canada lack potentially life-saving emergency beacons?

    8 novembre 2018 | Local, Aérospatial

    Why do some planes in Canada lack potentially life-saving emergency beacons?

    David Burke · CBC News More than half of the 27,000 civil aircraft in Canada aren't equipped with a modern device that could save lives by allowing search and rescue crews to more easily find potential crash survivors, according to the Transportation Safety Board of Canada. Modern emergency locator transmitters, or ELTs, emit radio distress calls that can be picked up by satellites, but many small, private and recreational aircraft use older technology that's of little use to rescuers if a plane goes down, because the signal is unlikely to be picked up. "There's no way to tell where it's coming from, no way to tell the identity of the source," said Steve Lett, head of the Cospas-Sarsat Secretariat, the international organization that runs the satellite-based search and rescue system. "It relies on the luck of having another aircraft possibly flying nearby and that aircraft having its receiver tuned to 121.5 MHz, and also that aircraft not assuming that it's some sort of a test." Search and rescue satellites no longer pick up the 121.5 MHz distress signal, which isn't a problem for large commercial airplanes most Canadians use to travel because they use up-to-date ELTs. Those systems are designed to go off when a plane crashes, sending a signal to orbiting satellites that is relayed to a mission control centre. Local search and rescue crews are then advised where they can find the crash site. "Private aircraft, general aviation aircraft, they are not as closely supervised. They tend to crash much more frequently and yet governments ... the Canadian and U.S. governments included, continue to allow them to fly with only a 121.5 MHz ELT," said Lett, whose organization stopped monitoring the 121.5 MHz frequency in 2009. The older distress signals weren't accurate, so Cospas-Sarsat began monitoring ELTs that emit a 406 MHz radio signal instead. Those signals are digital and capable of providing more accurate location information and even the identity of the aircraft. But in Canada, it is not mandatory for planes to have a 406 MHz ELT. The Transportation Safety Board of Canada determined in 2016 there were approximately 27,000 aircraft registered in Canada that required an ELT, but only 10,086 equipped with a 406 MHz ELT. Full article: https://www.cbc.ca/news/canada/nova-scotia/emergency-locator-transmitters-search-and-rescue-aircraft-planes-1.4895600

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