Ensure your healthcare organisation meets the highest standards for data protection with our comprehensive Data Encryption In Transit Self-Assessment, aligned to ISO 27799 guidelines. Designed for information security professionals, compliance leads, and healthcare IT managers, this programme delivers practical, real-world insights into securing sensitive health information as it moves across networks and systems.
This self-assessment empowers your team to make informed decisions on encryption governance, technical implementation, and cross-organisational compliance—critical capabilities in today’s complex, interconnected healthcare landscape.
- Align encryption practices with ISO 27799 control objectives, including A.9.4.1 and A.13.2.3, ensuring transmission confidentiality and integrity across all data pathways.
- Extend security scope to mobile health applications and IoT medical devices, addressing emerging risks beyond traditional endpoints.
- Define clear encryption requirements for third-party cloud environments, even where organisational control is limited, supporting compliance and audit readiness.
- Conduct robust risk assessments using STRIDE threat modelling to identify vulnerabilities in data-in-motion, particularly across public Wi-Fi and exposed API interfaces like HL7 and FHIR.
- Integrate encryption controls with broader ISO 27799 domains, including access management (A.9), incident response (A.16), and secure development (A.14.1.2).
- Establish risk acceptance protocols for legacy systems and align encryption policies with jurisdictional data residency and privacy obligations under A.18.1.4.
Gain confidence that your encryption strategy is not only technically sound but also defensible during audits, regulatory reviews, and third-party assessments. This self-assessment provides a structured, repeatable framework to identify gaps, prioritise actions, and strengthen your organisation’s overall security posture.
Take control of your data security journey—download the self-assessment today and build a robust, compliant encryption-in-transit framework.