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Digital health & life sciences
Privacy & Security for Medical Device Makers
For a Canadian medical device maker, privacy and security work has to satisfy two audiences that rarely meet: a Health Canada reviewer reading your licence application and a hospital biomedical engineer reading your MDS2 form. We build the program that answers both, folding cybersecurity evidence into your Class II-IV submission, running the vulnerability-disclosure process your device class demands, and treating the RPM cloud behind your product as the regulated, breach-notifiable system it actually is.
Reviewed by the Privacy Horizon team · Last reviewed
Who this is for
RA/QA directors, CTOs and Quality Managers at Canadian device makers of roughly 20 to 250 staff, building remote-monitoring platforms, surgical or imaging systems, AI-enabled diagnostics, or contract-designed hardware sold under someone else's licence.
Teams where regulatory affairs and quality management already exist as functions, ISO 13485 has been certified for years, and security is only now becoming a named responsibility rather than an assumption baked into engineering culture.
Companies preparing a Class II, III or IV device licence application, where cybersecurity content has to be written into the submission itself, not bolted on after Health Canada asks a follow-up question.
Manufacturers whose hospital customers are starting to demand an MDS2 disclosure and a network-connection agreement before a device is allowed onto the hospital's clinical network.
Services
Privacy & security services for medical device makers
Each service below is scoped for how medical device makers actually operate — their systems, their regulators and the reviews they face.
Virtual CISO
Virtual CISO for Medical Device Makers
Virtual CISO for Canadian medical device makers: product security leadership bridging RA/QA, PSIRT stand-up, and cybersecurity evidence for licence filings.
Virtual Privacy Officer
Virtual Privacy Officer for Medical Device Makers
Virtual Privacy Officer for Canadian medical device makers: privacy classification of telemetry, complaint-file handling, and PHIPA, PIPEDA and HIA compliance.
Penetration Testing
Penetration Testing for Medical Device Makers
Penetration testing for Canadian medical device makers: firmware, BLE, RPM cloud and companion-app testing scoped around patient safety and problem reporting.
Incident Response Planning
Incident Response Planning for Medical Device Makers
Incident response planning for Canadian medical device makers: coordinating vulnerability disclosure, recall procedures and breach notices on separate clocks.
Privacy & Security Policy Development
Privacy & Security Policy Development for Medical Device Makers
Privacy and security policy development for Canadian medical device makers: patch, retention and companion-app policies that satisfy ISO 13485 and hospitals.
Privacy & Security Training
Privacy & Security Training for Medical Device Makers
Role-specific privacy and security training for Canadian medical device makers: firmware engineers, field-service technicians and complaint handlers.
Vendor Security Review & Questionnaire Support
Vendor Security Review & Questionnaire Support for Medical Device Makers
Vendor security review for Canadian medical device makers: hospital MDS2 and network-connection questionnaire answers, plus component and SOM supplier terms.
SOC 2 Readiness
SOC 2 Readiness for Medical Device Makers
SOC 2 readiness for Canadian medical device makers, scoped to the RPM cloud and companion app that hospitals and US customers actually want audited.
ISO 27001 Readiness
ISO 27001 Readiness for Medical Device Makers
ISO 27001 readiness for Canadian medical device makers: an ISMS built to dock into your existing ISO 13485 QMS rather than duplicate it from scratch.
AI Privacy Impact Assessment
AI Privacy Impact Assessment for Medical Device Makers
AI-PIA for Canadian medical device makers building MLMD-class diagnostics: bias review, training-data provenance and privacy alongside regulatory filings.
HIPAA Readiness
HIPAA Readiness for Medical Device Makers
HIPAA readiness for Canadian medical device makers whose RPM cloud or remote-maintenance access touches US patient data, before a BAA is signed.
What you hold
What the program has to hold together across hardware and cloud
A device maker's risk surface spans two very different environments, and neither can be governed with the other's playbook alone.
Firmware and the OTA update chain
The embedded software running on hardware that will sit in a hospital or a patient's home for years, plus the signing and delivery pipeline that pushes updates to fleets that are hard to reach once deployed.
The RPM cloud back-end
The AWS- or Azure-hosted infrastructure receiving telemetry, physiological readings and companion-app account data, usually the part of the product that a hospital or US customer actually audits.
Complaint and problem-report files
MDR narratives, screenshots and DICOM headers submitted by patients or clinicians, which routinely carry identifiable health information that needs the same care as a clinical record.
The eQMS and design history
Greenlight Guru- or MasterControl-type systems, PLM records and clinical evaluation data that regulators, auditors and hospital customers will all eventually want to see evidence from.
Remote-maintenance access into hospital networks
Service-account credentials and field-service tooling that reach into a customer's clinical network, the exact access path biomedical engineering departments scrutinize before signing a connection agreement.
Regulatory map
The regulatory layers a device maker carries that a software vendor does not
Statutory obligations here stack on top of each other rather than replacing one another, starting with the product itself.
Medical Devices Regulations classification and licensing
Devices are classified I through IV under Schedule 1, Class II-IV devices need a device licence, manufacturers need an establishment licence, and quality management must be certified to ISO 13485 before any of that is granted.
Cybersecurity as premarket safety evidence
Health Canada's guidance treats cybersecurity as part of a device's safety and effectiveness, expecting manufacturers to build security into design and risk management and describe that work in the licence application itself.
Mandatory problem reporting and recall procedures
A death or serious deterioration triggers a 10-day reporting clock, other reportable incidents a 30-day clock, and documented recall procedures apply on top, all separate from any privacy breach notification duty the same event might carry.
Layered health-privacy law on the data side
PIPEDA governs the personal information your cloud holds, PHIPA treats you as an electronic service provider the moment you touch an Ontario custodian's records, and Alberta and BC add their own PIA and residency expectations for hospital customers.
What goes wrong
How device makers actually get hurt
The incident patterns in this niche involve a device fleet and a cloud back-end acting together, not a single web application.
A vulnerability that outruns your disclosure process
A flaw discovered in the field, by a researcher, a hospital, or your own testing, needs a coordinated disclosure path ready before it needs one, since a scramble to figure out who talks to whom is itself a source of risk.
Compromise of the RPM cloud
A breach of the infrastructure receiving physiological data is simultaneously a PIPEDA event, a PHIPA event where Ontario custodians are involved, and potentially a business-associate breach under a US customer's BAA, all with different clocks.
Service-account paths into hospital networks
Remote-maintenance access built for legitimate support work is the same access an intruder would want, which is exactly why biomedical engineering departments now demand MDS2 forms and network-connection agreements before granting it.
Hidden functionality in supplied components
A backdoor or undocumented capability inside a purchased chip, module or subsystem becomes the manufacturer's problem the moment it ships, regardless of whether the manufacturer's own engineers wrote the affected code.
Fleets that outlive their patch window
Hardware installed in a hospital a decade ago is still in clinical use today, and a security program built around annual software releases does not fit a device that cannot be quickly updated or replaced.
When organisations call us
When device makers actually pick up the phone
The calendar here follows submission and procurement cycles more than any single privacy deadline.
A Class II-IV licence application is coming due
Cybersecurity content has to go into the submission itself, and RA/QA does not want to discover a gap after the application is already filed.
A hospital procurement review lands
Biomedical engineering asks for an MDS2 security disclosure and network documentation before a device is connected, on a timeline the sales team did not budget for.
An advisory touches your device class
A regulator publishes findings about a comparable device category, and RA/QA and engineering need a defensible answer for customers asking whether it affects your product.
An ISO 13485 or MDSAP audit finding touches software
An auditor flags a gap in software lifecycle or security controls, and the finding needs closing before the certification is at risk.
A hospital customer's own incident forces the question
A customer breach or ransomware event puts pressure on every connected vendor to prove its own patch and disclosure process actually works.
Hospital capital budgets close
Purchasing cycles tied to a 31 March fiscal year-end concentrate procurement reviews, and the security and privacy evidence has to be ready before that window closes.
Medical Device Makers: privacy & security questions, answered
Most device makers start with whichever pressure is closest, a coming licence application, a hospital's MDS2 request, or an ISO 13485 audit finding, and build outward from there. A named security owner and a disclosure process typically come first, with certification-scale work like SOC 2 or ISO 27001 following once a specific deal or audit demands it.
It asks you to describe how security was built into the device's design and risk management, not to bolt on a separate report afterward. That description has to be defensible to a reviewer, which is where most of our work with RA/QA teams concentrates before a submission goes in.
A SaaS company answers to procurement teams and privacy regulators alone. A device maker answers to Health Canada before it may sell at all, to hospital biomedical engineering through MDS2 review, and to the 10- or 30-day problem-reporting clock on top of any breach notice, none of which a pure software neighbour carries.
They set expectations for software lifecycle and risk management that a security program has to align with, but they do not replace vulnerability disclosure, incident response, privacy compliance or the vendor-facing evidence hospitals and US customers ask for. We build the program to dock into those standards rather than duplicate or ignore them.
Most device makers already hold ISO 13485 as a condition of selling at all, so the practical question is usually whether to add ISO 27001 or SOC 2 for the cloud half of the product, and that decision follows whatever your hospital or US customers are actually asking to see.
Yes. Hosting is frequently the trigger, not the device. A US-region cloud back-end can make you a HIPAA business associate, and any Ontario custodian relationship makes you a PHIPA electronic service provider, both independent of where the physical device is used.
Related industries
Answers & guides
- What is a vCISO, and when do you need one?
- What is a HIPAA security risk assessment, and do you need one?
- How do you prepare for a hospital or healthcare vendor security and privacy review?
- What's involved in a Privacy Impact Assessment: inputs, timeline, and cost?
- Do you need an incident response plan, and what should it include?
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