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Cybersecurity Information SecurityTop 10 Best Medical Device Cybersecurity Services of 2026
Ranked roundup of the top 10 medical device cybersecurity services for regulated teams, with brief provider comparison using Leidos, Coalfire, UL.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Leidos is the best fit if you need assessor-led medical device cybersecurity risk assessments that translate into engineering change work, whereas Blue Goat Cyber is the tighter choice for threat-informed, engineering-ready remediation plans when you want a more boutique, hands-on approach.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Leidos
Cross-functional assessment outputs that convert security findings into remediation roadmaps engineers can execute and govern.
Best for: Fits when manufacturers and integrators need assessor-led risk assessments that translate into engineering change work.
Coalfire
Editor pickAssessment-to-remediation translation that packages findings into implementation tasks across software, firmware, and connectivity.
Best for: Fits when device manufacturers need evidence-driven security assessments and remediation-ready outputs.
UL Solutions
Editor pickStandards-first security risk assessment outputs that translate device context into actionable security requirements for implementation planning.
Best for: Fits when regulated manufacturers need standards-aligned cybersecurity assessment deliverables for engineering planning.
Comparison Table
Leidos
enterprise_vendorDefense and healthcare technology contractor providing medical device cybersecurity services.
Cross-functional assessment outputs that convert security findings into remediation roadmaps engineers can execute and govern.
Leidos is a strong fit when medical device organizations need end-to-end assessment deliverables that connect threat modeling assumptions to testable remediation tasks. Delivery commonly includes attack surface analysis, connected inventory alignment, and security requirements translation into engineering backlogs that can be reviewed with multiple functions. When an organization must coordinate across engineering, network operations, and clinical IT, Leidos can structure findings into decision-ready remediation roadmaps instead of isolated technical notes.
A tradeoff is that Leidos’ value is most evident in services-led engagements, which can reduce hands-on iteration speed compared with internal tooling. The best usage situation is an assessment program for a portfolio with diverse device connectivity patterns, where consistent governance artifacts and engineer-friendly recommendations matter more than automation-first workflows.
- +Assessment deliverables tie technical findings to engineering remediation tasks
- +Strong coordination across connected device connectivity and clinical network realities
- +Findings format supports governance reviews with engineering and IT stakeholders
- +Works well for portfolio-level consistency across multiple device types
- –Services delivery can slow iteration compared with automation-heavy tooling
- –Operational integration depends on customer workflows and internal engineering ownership
- –Limited evidence of self-serve API automation for continuous intake
- –Reusable configuration artifacts may require additional internal effort to maintain
Medical device manufacturers
Portfolio risk assessment for connected devices
Engineering-ready security action plan
Security and quality teams
Gap assessment against medical device cybersecurity guidance
Clear compliance-oriented remediation scope
Show 2 more scenarios
Systems and network integrators
Attack surface analysis for clinical network deployments
Reduced clinical network attack surface
Findings align device exposure assumptions with network segmentation decisions and access controls.
Product security leads
Vulnerability assessment and response readiness artifacts
Faster coordinated vulnerability response
Leidos structures vulnerability handling guidance for repeatable triage and incident playbooks.
Best for: Fits when manufacturers and integrators need assessor-led risk assessments that translate into engineering change work.
Coalfire
enterprise_vendorCybersecurity advisory and assessment firm serving healthcare and medical device clients.
Assessment-to-remediation translation that packages findings into implementation tasks across software, firmware, and connectivity.
Coalfire fits teams that need a documented assessment workflow tied to device context, clinical environment assumptions, and deployment realities. Engagement outputs typically cover threat modeling and attack surface analysis, then map findings into actionable remediation plans for software, firmware, and network controls. Coalfire also supports vulnerability assessment and disclosure-ready processes, including coordination steps that help manufacturers manage exposure across releases.
A tradeoff appears when the buyer expects deep automation via proprietary dashboards or a developer-first API surface, because Coalfire engagements focus more on consulting delivery and evidence artifacts than on building platform-style integrations. Coalfire is a strong fit when a manufacturer needs a structured security assessment for an ongoing product line refresh, then wants findings translated into implementation-ready security tasks for cross-functional engineering teams.
- +Regulatory-aware assessment outputs tied to device context and deployment assumptions
- +Threat modeling and attack surface analysis structured for implementation follow-through
- +Evidence-oriented reporting that supports governance and remediation tracking
- +Disclosure and coordination workflows fit real release and vulnerability handling cycles
- –Less suited for organizations seeking productized automation or developer API integrations
- –Effort increases when device documentation and network assumptions are incomplete
- –Delivery timelines can depend on engineering responsiveness for validation artifacts
- –Requires scoping discipline to keep assessments aligned across product variants
Medical device product security teams
Security assessment for a device release
Faster implementation planning
Regulatory and quality leadership
Governance-ready cybersecurity evidence
More defensible audit posture
Show 2 more scenarios
Clinical networking and IT
Connected environment attack surface review
Fewer integration surprises
Engagement scoping accounts for clinical network assumptions and control boundaries.
Software and firmware engineering
Vulnerability-driven remediation planning
More consistent patch execution
Findings feed release planning and coordinated handling of newly identified risks.
Best for: Fits when device manufacturers need evidence-driven security assessments and remediation-ready outputs.
UL Solutions
enterprise_vendorTesting, inspection and certification body offering medical device cybersecurity assessment services.
Standards-first security risk assessment outputs that translate device context into actionable security requirements for implementation planning.
UL Solutions is built around structured cybersecurity assessment engagements that produce artifacts teams can route into engineering and governance, including risk assessment outputs and security requirement guidance aligned to widely used device security frameworks. The delivery model fits organizations that need documentation quality and traceability from device context to security controls, rather than only a technical scan report. UL Solutions is also geared for manufacturers and integrators who must coordinate input from design, quality, and software teams into one review package.
A tradeoff is that engagements focus on assessment and requirements guidance more than ongoing, always-on monitoring or automated remediation orchestration. UL Solutions is a strong fit when a manufacturer needs a security assessment cycle before release planning or when an integrator must standardize security expectations across multiple connected products.
- +Standards-aligned assessment artifacts support engineering-to-governance traceability
- +Structured device security evaluation fits regulated documentation workflows
- +Security requirement mapping helps teams plan control implementation
- +Coordinated review outputs support cross-functional remediation decisions
- –Assessment and requirements emphasis limits automation and live response depth
- –Engagement success depends on upfront device context and documentation quality
- –Integration effort can be higher for teams expecting product-style dashboards
Quality and regulatory teams
Security risk assessment documentation package
Faster traceable approval cycles
Medical device engineers
Attack surface analysis to requirements
Clear remediation backlog
Show 2 more scenarios
Connected product integrators
Multi-product security expectations standardization
Consistent security governance
Applies consistent security review outputs across integrated offerings and supporting components.
Vulnerability management owners
Disclosure readiness and process alignment
Lower disclosure-to-fix friction
Supports readiness planning that aligns findings handling with structured security governance practices.
Best for: Fits when regulated manufacturers need standards-aligned cybersecurity assessment deliverables for engineering planning.
Synopsys
enterprise_vendorSoftware integrity group providing medical device cybersecurity testing and vulnerability analysis.
Structured threat modeling and security assessment artifacts that translate into engineering-ready remediation plans.
Synopsys delivers medical device cybersecurity services that connect risk assessment work to device security engineering artifacts, including threat modeling and vulnerability management workflows. The firm is known for applying model-based security thinking and structured assessment outputs that can feed engineering teams and vendor governance review cycles.
- +Assessment outputs map to engineering remediation traceability
- +Threat modeling and security analysis fit device lifecycle workflows
- +Governance-friendly documentation supports cross-team review cycles
- +Service delivery fits manufacturers and integrators running programs
- –Automation and API surface are not the primary delivery channel
- –Throughput depends on assessor involvement and project scoping
- –Deep device engineering support may require tight change control
- –Integration with internal tooling can add coordination overhead
Best for: Fits when manufacturers need assessment-to-remediation traceability across connected device and software engineering.
Intertek
enterprise_vendorTesting and certification provider with medical device cybersecurity evaluation capabilities.
End-to-end medical device security assessment deliverables that map threat findings into remediation and verification planning artifacts.
Intertek delivers medical device cybersecurity risk assessment and security assessment services tied to manufacturer engineering workflows and regulatory expectations. The offering covers connected device threat modeling and attack surface analysis, then converts findings into actionable remediation guidance aligned to medical device security expectations.
- +Strong risk assessment-to-remediation linkage for connected medical devices
- +Threat modeling and attack surface analysis focused on device-level exposure
- +Vulnerability disclosure and coordination process support for ongoing exposure
- +Engineering-friendly outputs suitable for verification and governance reviews
- –Less of a software platform for continuous vulnerability management workflows
- –Automation and API access for tool integration is limited to engagement scope
- –Outputs may require internal engineering bandwidth to implement remediations
- –Governance depth depends on how the manufacturer structures risk documentation
Best for: Fits when manufacturers need regulated cybersecurity assessments that translate into verification-ready remediation plans.
NCC Group
enterprise_vendorGlobal cybersecurity services firm offering medical device security assessment and penetration testing.
Coordinated vulnerability disclosure program management alongside device-focused security assessment evidence packages.
NCC Group serves medical device manufacturers and integrators that need security assurance tied to regulated environments and product lifecycles. The firm delivers security assessments, threat modeling, and testing activities that map to FDA-oriented expectations and common industrial control and network risk concerns.
- +Regulated-environment assessments with evidence-focused reporting and documentation
- +Strong testing and threat modeling services for connected device attack surfaces
- +Coordinated vulnerability disclosure support for external security findings
- +Delivery teams that align outputs to medical device governance reviews
- –Automation and API-driven workflows are not a core focus of the service
- –Engagement-based delivery can slow iteration compared with always-on tooling
- –Deep coverage depends on device context and requires clear scope definition
- –May require client security team time to implement recommended controls
Best for: Fits when device teams need independent security assurance, test execution, and disclosure handling for regulated releases.
DEKRA
enterprise_vendorTesting and certification organization providing medical device cybersecurity evaluation services.
End-to-end security assessment delivery that produces regulator-ready documentation and couples it with engineering and testing validation.
DEKRA is a medical device cybersecurity service provider that emphasizes regulatory-aligned assessment workflows rather than only advisory workshops.
- +Regulatory-oriented risk assessment workflow for medical devices
- +Testing and engineering review coverage for connected device security
- +Structured assessment outputs that map to quality and product stakeholders
- +Strong fit for manufacturers and integrators coordinating security expectations
- –Limited evidence of a developer-facing API and automation surface
- –Governance outputs can require internal process alignment
- –Integration depth depends on engagement scope and onsite/offsite model
- –Less direct support for continuous vulnerability intake automation
Best for: Fits when manufacturers and integrators need regulated medical device security assessments with practical validation.
TÜV Rheinland
enterprise_vendorTechnical testing and certification organization offering medical device cybersecurity services.
Regulator-ready assessment documentation that links security findings to IEC-style technical evidence artifacts.
TÜV Rheinland brings medical device cybersecurity services under an established compliance and certification organization that can map security findings into regulator-facing documentation workflows. Services focus on security assessments such as medical device security assessment and risk assessment style reporting that supports IEC-aligned technical evidence.
- +Regulator-facing reporting structure tied to medical device cybersecurity evidence
- +Assessment workflows fit ISO 14971 risk documentation and traceability needs
- +Engagement delivery emphasizes documentation quality, not only finding counts
- +Vendor-neutral assessment approach works across mixed device and software stacks
- –Integration depth with internal security tooling varies by engagement scope
- –Automation and API surface for ongoing vulnerability intake is not a core deliverable
- –Remediation execution support can lag teams that need hands-on implementation
- –Requires clear access to device build artifacts to produce detailed findings
Best for: Fits when manufacturers need IEC-aligned device cybersecurity assessment reporting and evidence handling alongside internal engineering.
Blue Goat Cyber
specialistBoutique consultancy specializing in medical device cybersecurity and regulatory compliance.
Threat path analysis tied to connected device architecture drives concrete remediation tasks for engineering and verification planning.
Blue Goat Cyber performs medical device security assessments that map device architecture to likely threat paths, then produces actionable remediation guidance for teams managing production networks. The service work targets connected medical device inventory realities by linking findings to device components and software artifacts involved in clinical workflows.
- +Assessment outputs translate threat paths into engineering-ready remediation actions
- +Integration focus helps connect findings to connected device inventory context
- +Documentation supports follow-on vulnerability management workflows
- +Works well for manufacturers and system integrators aligning security with delivery
- –Automation depth for ongoing scans and orchestration is not the center of the offering
- –Requires device access inputs to produce accurate attack surface analysis results
- –Limited evidence of deep SIEM or SOAR implementation built into the service
- –Governance artifacts like audit log tooling are not presented as a managed capability
Best for: Fits when manufacturers or integrators need threat-informed medical device security assessments with engineering-ready remediation plans.
eInfochips
specialistEngineering services provider offering medical device cybersecurity design and testing.
Threat-model driven remediation mapping that ties security risks to engineering changes across device and connected components.
eInfochips delivers medical device cybersecurity services oriented around assessment to implementation support for manufacturers and integrators. Its work is geared toward threat modeling and device and environment evaluation that feeds into security requirements and engineering remediation.
- +End to end assessment-to-remediation workflow supports engineering execution
- +Threat modeling outputs are translated into practical security requirements
- +Consulting coverage spans embedded, firmware, and connected system surfaces
- +Deliverables align with medical device risk and cybersecurity documentation needs
- –Requires strong internal stakeholders to validate device context and data sources
- –Automation depth is more consulting-led than software-platform centric
- –Integration-focused deliverables depend on client tooling and build pipeline access
Best for: Fits when device teams need hands-on cybersecurity assessment outputs that convert into engineering remediation plans.
Conclusion
After evaluating 10 medical device cybersecurity, Leidos stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Medical Device Cybersecurity
Medical device cybersecurity services support manufacturers and integrators who need security risk assessment deliverables that convert into engineering change work, documentation, and verification planning. This buyer’s guide covers Leidos, Coalfire, UL Solutions, Synopsys, Intertek, NCC Group, DEKRA, TÜV Rheinland, Blue Goat Cyber, and eInfochips based on how their assessment outputs map to remediation tasks and governance workflows.
Across the ten providers, the practical differentiator is how findings move from threat modeling and attack surface analysis into executable remediation plans or regulator-aligned evidence. Leidos and Coalfire are positioned around assessor-led assessment outputs that translate security findings into remediation roadmaps engineers can execute and govern, while UL Solutions and TÜV Rheinland emphasize standards-aligned documentation structures for regulated engineering and governance traceability.
Medical Device Cybersecurity services: assessment-to-remediation and evidence workflows for connected devices
Medical device cybersecurity is the risk-driven process of identifying connected device and software exposure, mapping threats to device context, and producing remediation outputs that engineering teams can implement and verify. In provider delivery terms, services typically start with device security assessment and threat modeling inputs, then package results into implementation-ready tasks or standards-aligned requirements.
Leidos and Coalfire distinguish themselves with assessment-to-remediation translation that turns technical findings into engineering change work across connected device connectivity and clinical network realities. By contrast, UL Solutions and TÜV Rheinland emphasize standards-first assessment artifacts that support engineering-to-governance traceability and IEC-style evidence handling for regulated documentation workflows.
Assessment-to-remediation outputs and governance fit for Medical Device Cybersecurity
Medical device cybersecurity services must turn threat modeling and attack surface analysis into engineering tasks that teams can execute, not just narrative findings. The buyer needs evidence packages and remediation roadmaps that map to connected device engineering work and verification planning artifacts.
Across Leidos, Coalfire, UL Solutions, and Synopsys, the main differentiator is how assessor deliverables convert into implementation follow-through and governance traceability. Across Intertek, NCC Group, DEKRA, TÜV Rheinland, Blue Goat Cyber, and eInfochips, the differentiator is how device context inputs affect the quality of the remediation mapping and regulated documentation outputs.
Assessment deliverables that convert into executable remediation tasks
Leidos translates security findings into remediation roadmaps engineers can execute and govern, including remediation task linkage to connected device connectivity and clinical network realities. Coalfire packages assessment outputs into implementation tasks across software, firmware, and connectivity.
Standards-aligned evidence structures for engineering-to-governance traceability
UL Solutions produces standards-first security risk assessment outputs that translate device context into actionable security requirements for engineering planning. TÜV Rheinland provides regulator-ready assessment documentation that links security findings to IEC-style technical evidence artifacts.
Threat modeling and security analysis mapped to engineering lifecycle workflows
Synopsys delivers structured threat modeling and security assessment artifacts that translate into engineering-ready remediation plans for connected device and software engineering. Intertek maps threat findings into remediation and verification planning artifacts for regulated connected medical devices.
Disclosure handling and testing evidence alongside security assessment
NCC Group combines coordinated vulnerability disclosure program management with device-focused security assessment evidence packages. DEKRA pairs regulated risk assessment workflows with testing and engineering review coverage for connected device security.
Engineering-ready threat path and architecture-driven remediation mapping
Blue Goat Cyber ties threat path analysis to connected device architecture so remediation tasks and verification planning follow the modeled paths. eInfochips produces threat-model driven remediation mapping that ties security risks to engineering changes across device and connected components.
Decision framework for choosing a Medical Device Cybersecurity service
The first choice is whether assessor outputs must land as engineering change work that teams can execute immediately or as regulator-oriented documentation that aligns with governance and traceability needs. The second choice is whether delivery speed depends on automation and tooling or on structured assessor-led workflows.
The right selection depends on how delivery inputs are gathered, how remediation mapping is validated against device realities, and how the provider handles regulated documentation expectations in IEC-style evidence chains or security requirements planning artifacts.
Select the delivery shape based on remediation follow-through
Choose Leidos when security findings must tie directly to engineering remediation tasks that align with connected device connectivity and clinical network realities. Choose Coalfire when assessment outputs must be packaged into implementation tasks across software, firmware, and connectivity with evidence-driven remediation readiness.
Choose the governance target based on standards-first needs
Choose UL Solutions when device security assessment deliverables must produce standards-aligned security requirements for engineering planning in regulated workflows. Choose TÜV Rheinland when regulator-facing reporting must link security findings to IEC-style technical evidence artifacts that fit IEC documentation structures.
Differentiate by threat modeling traceability to engineering lifecycle
Choose Synopsys when structured threat modeling and security analysis must map into engineering-ready remediation plans with assessment-to-remediation traceability across connected device and software engineering. Choose Intertek when regulated cybersecurity assessments must translate into verification-ready remediation planning artifacts for connected medical devices.
Decide if disclosure program management must be part of the service
Choose NCC Group when independent security assurance must include disclosure handling alongside assessment evidence packages for regulated releases. Choose DEKRA when regulated risk assessment delivery must be coupled with testing and engineering validation coverage for connected device security.
Pick architecture-driven analysis when device access inputs are available
Choose Blue Goat Cyber when threat path analysis tied to connected device architecture must drive concrete remediation tasks that follow modeled paths. Choose eInfochips when threat-model driven remediation mapping must be translated into security requirements tied to engineering changes and device and connected component context.
Who should buy Medical Device Cybersecurity services from this list
Manufacturers and integrators buy these services when device threat modeling and attack surface analysis must result in engineering remediation work, regulated documentation artifacts, or both. The strongest fit depends on whether the organization has mature device documentation and internal engineering ownership for validating device context.
The services also differ by how much assessor-led delivery dominates over automation and live vulnerability workflows. Teams with clear device access inputs and engineering stakeholders will get more accurate attack surface analysis and remediation mapping from providers that depend on those inputs.
Manufacturers that need assessor-led remediation roadmaps for connected devices
Leidos is a fit when assessment deliverables must convert into remediation roadmaps engineers can execute and govern, including coordination across connected device connectivity and clinical network realities. Coalfire fits when remediation readiness must cover software, firmware, and connectivity implementation tasks.
Regulated manufacturers that need standards-aligned security requirements and evidence chains
UL Solutions fits when standards-first security risk assessment outputs must translate device context into actionable security requirements for engineering planning. TÜV Rheinland fits when IEC-style technical evidence handling must be aligned to regulator-facing assessment reporting.
Device teams that need verification planning artifacts alongside security assessment
Intertek fits when threat findings must map into remediation and verification planning artifacts for connected medical devices in regulated delivery. Synopsys fits when engineering-ready remediation plans must remain traceable to structured threat modeling artifacts.
Organizations that need independent assurance plus disclosure handling for releases
NCC Group fits when independent security assurance must include coordinated vulnerability disclosure program management with device-focused assessment evidence. DEKRA fits when regulator-oriented risk assessment workflows must be coupled with testing and engineering review validation.
Integrators and manufacturers with device architecture details and access inputs available
Blue Goat Cyber fits when threat path analysis tied to connected device architecture must translate into concrete remediation tasks. eInfochips fits when threat-model driven remediation mapping must translate into engineering change work supported by validated device context and data sources.
Common mistakes that derail Medical Device Cybersecurity service outcomes
A frequent failure mode is treating assessment outputs as finished deliverables instead of engineering change inputs. Another failure mode is underestimating how provider delivery depends on upfront device context, documentation completeness, and internal engineering ownership.
Mistakes also appear when buyers expect developer-facing automation or API-driven workflows from assessor-led delivery providers, or when governance expectations are not aligned before documentation structure and traceability requirements are finalized.
Expecting automation-heavy continuous vulnerability management from assessor-led services
NCC Group is not a core API-driven workflow provider since its delivery emphasizes engagement-based assessment and evidence packaging. eInfochips similarly reflects a consulting-led automation depth where continuous tooling is not the center of the offering.
Starting without complete device context and network assumptions
Coalfire increases effort when device documentation and network assumptions are incomplete, which can reduce remediation-ready follow-through. Blue Goat Cyber requires device access inputs to produce accurate attack surface analysis results.
Misaligning standards-first documentation needs with engineering implementation timelines
UL Solutions emphasizes assessment and requirements for standards-aligned planning, which can limit live response depth if engineering expects operational tooling during delivery. TÜV Rheinland’s integration depth with internal security tooling varies by engagement scope, so governance and tooling alignment should be planned up front.
Assuming remediation outputs will automatically match internal engineering governance without process alignment
DEKRA governance outputs can require internal process alignment, especially when evidence packaging must map into internal review and validation steps. Leidos can slow iteration compared with automation-heavy tooling because assessor-led translation depends on customer workflows and internal engineering ownership.
How We Selected and Ranked These Providers
We evaluated each provider on assessment output conversion into engineering remediation work, governance traceability, and delivery fit for connected medical devices. Features accounted for 40% of the ranking, and ease and value each accounted for 30%.
Leidos led the list because its cross-functional assessment outputs convert security findings into remediation roadmaps engineers can execute and govern while coordinating across connected device connectivity and clinical network realities. Coalfire ranked near the top by packaging assessment findings into implementation tasks across software, firmware, and connectivity with threat modeling and attack surface analysis structured for follow-through.
Frequently Asked Questions About Medical Device Cybersecurity
How do Leidos and Synopsys differ when converting a security assessment into engineering remediation work?
Which provider is best for assessment deliverables that must satisfy evidence-heavy governance reviews?
When an organization needs structured assessment cycles before release planning, how do UL Solutions and DEKRA handle the workflow?
What tradeoff appears when teams expect deep automation or an integration-first API surface from a cybersecurity service engagement?
How do Intertek and Blue Goat Cyber map threat findings to verification planning instead of stopping at a report?
Which provider supports ongoing vulnerability management coordination when external researcher findings surface?
How does connected medical device inventory alignment show up in service delivery differences across providers?
What breaks if security assessment findings lack traceability into engineering requirements for firmware and software changes?
How do teams get started faster with eInfochips versus Leidos when cybersecurity work must translate into fixes for in-development designs?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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