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Regulatory Experimentation Expense Fund (view source)
Revision as of 13:11, 30 August 2023
, 13:11, 30 August 2023no edit summary
|This experiment as proposed by TC involves setting up a sandbox to determine if Light Sport Aircraft, with appropriate conditions, are as reliable as other aircraft currently being used for the purpose of flight training and if the quality of training is as good, or better, than other aircraft currently used for pilot training. The experiment will also inform Transport Canada on potential additional conditions/measures that should be included in future exemptions or regulatory amendments.
|This experiment as proposed by TC involves setting up a sandbox to determine if Light Sport Aircraft, with appropriate conditions, are as reliable as other aircraft currently being used for the purpose of flight training and if the quality of training is as good, or better, than other aircraft currently used for pilot training. The experiment will also inform Transport Canada on potential additional conditions/measures that should be included in future exemptions or regulatory amendments.
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| Innovation Science and Economic Development (ISED) – Standards Council of Canada (SCC)
|Innovation Science and Economic Development (ISED) – Standards Council of Canada (SCC)
|Piloting an Accreditation Program for the Assessment of Artificial Intelligence Management Systems (AIMS)
|Piloting an Accreditation Program for the Assessment of Artificial Intelligence Management Systems (AIMS)
|The purpose of this experiment is to pilot a prototype accreditation program to understand whether the main SCC Requirements and Guidance document that works in conjunction with ISO/IEC 17021-1:2015 Conformity assessment is clear and appropriate and obtain feedback from the certification bodies and Artificial Intelligence (AI) companies about the program. This information is necessary to improve and refine the prototype.
|The purpose of this experiment is to pilot a prototype accreditation program to understand whether the main SCC Requirements and Guidance document that works in conjunction with ISO/IEC 17021-1:2015 Conformity assessment is clear and appropriate and obtain feedback from the certification bodies and Artificial Intelligence (AI) companies about the program. This information is necessary to improve and refine the prototype.
The SCC is also looking to gather information on whether the AIMS could have an impact on the level of risk of AI products to inform potential use of AIMS for regulators.
The SCC is also looking to gather information on whether the AIMS could have an impact on the level of risk of AI products to inform potential use of AIMS for regulators.
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|Transport Canada (TC)
|Aviation E-Licensing Pilot
|This is a follow up to previous experiment to test a new QR code prototype with pilots of an air operator within Canada for effectiveness. The sandbox experiment will test if the digital solution lowers the cost of compliance and improve compliance with respect to air operators’ obligation to track employee compliance with licensing requirements.
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|Health Canada (HC)
|Health Canada (HC)
|Machine Learning Enabled Medical Device (MLMD) Sandbox Development
|Machine Learning Enabled Medical Device (MLMD) Sandbox Development
|Health Canada is developing a sandbox to test new regulatory approach for MLMDs. Currently, MLMD can be marketed in Canada if the device algorithm behaviour is locked to remain the same overtime as what was presented in the product’s market authorization application. Any change to the algorithm behaviour requires the submission of an amendment to the licence. Health Canada wants to test a new regulatory approach that would use a different method of risk management than requiring a licence amendment so that the device can change its behaviour over time as it learns from new data it acquires over time. The current project scope is limited to accessing the legislative authorities to establish the sandbox and developing the sandbox application scheme.
|Health Canada is developing a sandbox to test new regulatory approach for MLMDs. Currently, MLMD can be marketed in Canada if the device algorithm behaviour is locked to remain the same overtime as what was presented in the product’s market authorization application. Any change to the algorithm behaviour requires the submission of an amendment to the licence. Health Canada wants to test a new regulatory approach that would use a different method of risk management than requiring a licence amendment so that the device can change its behaviour over time as it learns from new data it acquires over time. The current project scope is limited to accessing the legislative authorities to establish the sandbox and developing the sandbox application scheme.
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