Next defence policy must be achievable and fully funded

Sur le même sujet

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  3 octobre 2023 | Local, Terrestre

  To maintain or replace? That is the question for Canada’s tank fleet.

  Canada is deploying tanks on an overseas mission for the first time in more than a decade, but the future for the country’s armored fleet is uncertain.

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

  Explainer: What the Canadian military is doing for Canadians during the pandemic

  Canadian Armed Forces members are mobilizing to help provinces and territories Emergencies are first handled by local authorities and municipal services such as firefighters, the police and medical professionals, but when first responders are overwhelmed, provinces and territories can request support from the federal government. After the request is approved, the federal government's response is managed by Public Safety Canada, who may ask the Canadian Armed Forces for help by stepping in under Operation LENTUS, the Canadian Armed Forces response to natural disasters in Canada. The same request process applies to the COVID-19 pandemic, only the CAF is responding under Operation LASER — the activation of Contingency Plan LASER “for the response to a pandemic of influenza-like disease.” Operation LASER consists of four phases. Phase one is pandemic preparedness, involving mitigation planning and monitoring of potential worldwide pandemic threats. Phase two, which began on March 2, is pandemic alert. This includes active monitoring of an evolving pandemic threat and implementing some restrictions. Phase three is the CAF's response to the pandemic. This means the CAF is able to deploy when help is requested and approved from a province or territory. Phase four is post-pandemic restoration, which is the resumption of CAF services and operations to normal levels. Phase one is also resumed. Since March 13 the CAF has been at phase three after the Chief of the Defence Staff, Jonathan Vance, approved the CAF response to the pandemic. Last month the federal government prepared 24,000 members of the Canadian Armed Forces, a total of one quarter of their regular and reserve members, to deploy in the event that a province requested their support. Since then, Quebec has requested the CAF's assistance. The province specified that it needed medical personnel to help nursing homes struggling with outbreaks of COVID-19 and staff shortages. Quebec's request was approved by the federal government and CAF medical personnel have arrived at five nursing homes. On April 22, Ontario also requested help from the federal government and the CAF for their long-term care nursing homes, which was approved the following day. CAF medical officers must have completed a medical degree from an accredited university before applying to the Medical Officer Training Program (MOTP). Once completed and accepted into the MOTP, officers are trained within the military to ensure their performance follows under military policies and in environments abroad. This includes the completion of the Basic Military Officer Qualification in Quebec before they can complete the Common Health Services course, which is provided by the Defence Learning Network. They also attend the Canadian Forces Health Services Training Center in Borden, Ontario, where they “are introduced to the organizational structure and history of the Canadian Forces Medical Service and the unique circumstances of practicing military medicine.” Medical officers then can choose to either specialize their medical practice or acquire advanced training in several fields of medicine. CAF members are also helping process materials for Personal Protective Equipment at Public Health Agency warehouses across Canada. In Northern Canada, they are prepared to assist remote communities to combat outbreaks. The CAF has activated three Northern Saskatchewan Ranger Patrols, gathering firewood for residents during their winter season as the pandemic continues. https://runnermag.ca/2020/04/explainer-what-the-canadian-military-is-doing-for-canadians-during-the-pandemic/

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  16 juillet 2020 | Local, Aérospatial, Naval, Terrestre, C4ISR, Sécurité

  Nous cherchons des fournisseurs ayant les capacités requises pour présentation devant un donneur d'ordre !

  Nous sommes à la recherche de fournisseurs technologiques qui pourraient répondre aux besoins présentés ci-après. Les compagnies sélectionnées seront alors mis en relation avec le donneur d'ordre pour présenter leur technologie lors d'un webinaire. Tactical Systems Innovative ID Technology Small SWAP cooperative ID Systems Use of Quatum Technologies for secure comms/ID Processing Independent multi-core processing Dal B capability Additional Opportunities: Small efficient GaN transmitters Crypto capability-IP/FPGA-based CSAC Time Standards-Printed Flex Circuits Any technology that could provide SWAP enhancements Mission Computer Product needs and Collaboration Opportunities Innovative Thermal packaging Solutions Additional Opportunities Rugged OpenVPX capability Fast prototyping-switches and processors Cybersecurity and multi-level security Optical ISR Product Needs and Collaboration Opportunities Image Processing Hyperspectral sensors and processing Focus on low cost low SWAP expendable Additional Opportunities for innovative technologies supporting WAMI Enhancement-sensitivity, SWAP, Affordability Focal planes Optical components Beam steering Antenna Product Needs and Collaboration Opportunities Meta-Material Capabilities Reduced profile Wider Bandwidth Increased Radiated power FSS-based metamaterials for cavity resonators RF absorption Patch antennas with better directivity STAP Algorithms Support for controlled radiation pattern antenna products Materials for extreme environment Ultra high temp RF materials Ultra high temp adhesive Thermal protective radome material High tempRF connectors Space Systems Challenge problems Modelling and models for single event effects on semiconductor components space packaging for thermal management, use of non-hermetic packaging in space Rad-tolerant FPGA software-defined radio technology beyond 2012-generation devices small size laser bean director for 100 urad class open loop repeatability low cost precision optical assembly methods for small quantity complex designs suitable for field environmental conditions Communications and Navigation Solutions Technical Challenges Communications in congested spectrum Dynamic spectrum access, interference mitigation (signal processing and nulling) Efficient Use of Processing Resources Dynamic Partial FPGA Reconfiguration, efficient auto code generation Navigation Assured position navigation and timing techniques Networking Technologies Directional networking, mesh networking, network management of Link 16 systems Open architecture systems 3U VPX open architecture hardware, software, and waveforms Other Technologies Link 16 for LEOs, free space optical communications, multi-band power amplifiers for VHF, UHF and L-band Communications, multi-function phased arrays and phased array enabling technologies Si vous pensez avoir les capacités demandées, envoyez vos informations à : Pauline Breyton pauline.breyton@aeromontreal.ca