Signed in as:
filler@godaddy.com
Who We Support
Typical Cybersecurity Challenges
Typical Cybersecurity Challenges
IEES supports organisations developing or maintaining:
- Connected medical devices
- Software-enabled medical products
- Diagnostics and life-sciences platforms
- Embedded systems used in regulated healthcare environments
- Connected health and digital health technologies
- Products that interface with laboratory, clinical, cloud, or enterprise systems
- Long-life products requiring secure updates and post-market cybersecurity support
Typical Cybersecurity Challenges
Typical Cybersecurity Challenges
Typical Cybersecurity Challenges
Medical technology teams often need to understand and manage cybersecurity risks across:
- Product architecture and trust boundaries
- System diagrams, interfaces, protocols, and data flows
- Device, software, cloud, and diagnostics workflow interactions
- Authentication, authorisation, logging, and auditability
- Cybersecurity-related risk assessment and risk-control traceability
- Residual cybersecurity risk and security/safety interaction
- Firmware and software update mechanisms
- SOUP, third-party software, and open-source components
- SBOM quality and software supply-chain visibility
- Vulnerability intake, triage, remediation, and disclosure processes
- Post-market cybersecurity support and lifecycle evidence
- Technical documentation readiness for engineering, quality, regulatory, and security review
How IEES Can Help
Typical IEES Outputs
Typical IEES Outputs
Secure-by-Design Architecture Review:
IEES helps product teams review security architecture early, before design decisions become expensive to change. We assess system components, trust boundaries, interfaces, protocols, data flows, lifecycle states, operating-environment assumptions, and security design choices.
Product Threat Modelling:
IEES develops practical threat models for connected and software-enabled product architectures. This helps teams identify assets, actors, attack paths, vulnerabilities, mitigations, residual risks, and security requirements.
Cybersecurity Risk Management & Evidence Readiness:
IEES supports cybersecurity-related risk assessment, risk-control traceability, residual cybersecurity risk evidence, control verification evidence, and technical documentation readiness within the manufacturer’s established design-control and risk-management processes.
IEES does not replace the manufacturer’s risk-management ownership, QMS, regulatory function, or formal acceptance of risk. We support internal teams by helping structure cybersecurity inputs, assumptions, evidence, and gaps.
SOUP / SBOM and Software Supply-Chain Review:
IEES reviews software component visibility, SOUP / SBOM readiness, third-party dependency risk, supplier evidence, and vulnerability-handling workflows across the product lifecycle.
Secure Update and Lifecycle Security Review:
IEES reviews update mechanisms, firmware and software integrity, anti-rollback assumptions, vulnerability response, support periods, post-market cybersecurity inputs, and end-of-life considerations.
Typical IEES Outputs
Typical IEES Outputs
Typical IEES Outputs
Typical Client Outputs may include some of the below examples:
- Boundary diagrams
- Data-flow diagrams
- Product threat models
- Attack-surface registers
- Trust-boundary notes
- Interface and protocol security observations
- Security requirements recommendations
- Cybersecurity risk-management gap summaries
- Threat-to-risk traceability notes
- Risk-control traceability observations
- Residual cybersecurity risk evidence review
- Security/safety interaction notes
- SOUP / SBOM readiness observations
- Vulnerability-process reviews
- Secure update reviews
- Cybersecurity evidence maps
- Technical documentation readiness summaries
- Prioritised remediation roadmaps
- Internal review summaries for engineering, quality, regulatory, security, and product stakeholders
Example Starting Points At Client Engagements:
- Secure-by-design review for a connected medical technology workflow
- Threat modelling for a diagnostics or software-enabled product architecture
- Cybersecurity risk-management and evidence-readiness review
- SOUP / SBOM and vulnerability-handling readiness review
- Secure update and post-market cybersecurity review
- Cybersecurity evidence mapping for internal design or regulatory-readiness discussions