Ensure robust protection of sensitive health information across your organisation with our comprehensive Data Leakage Prevention in ISO 27799 Self-Assessment. Designed specifically for healthcare and compliance professionals, this programme delivers a structured, actionable framework to align your data security controls with the rigorous requirements of ISO 27799—ensuring compliance, reducing risk, and strengthening trust.
This self-directed assessment guides you through two critical phases of data protection: strategic alignment and operational enforcement. You’ll gain clarity on how to map DLP controls directly to ISO 27799 clauses, including confidentiality (7.3), access management (8.2), logging (12.4), and incident response (13.2). By integrating DLP policies with ISO 27799’s risk assessment framework and third-party governance requirements, you’ll create a compliant, auditable, and defensible security posture.
Key benefits include:
- Compliance confidence – Align DLP strategy with ISO 27799 control objectives to meet regulatory and accreditation demands
- Enhanced data visibility – Classify and tag electronic health records (EHRs) and personally identifiable health information (PIHI) across endpoints, networks, and cloud environments
- Automated risk reduction – Deploy content inspection rules to detect ICD-10 codes, medical record numbers, and regional identifiers like NHS or Medicare numbers
- Proactive incident management – Develop response workflows that satisfy reporting and accountability mandates for data breaches
- Secure third-party collaboration – Enforce data handling rules within processor agreements in line with clause 9.2 requirements
Whether you’re safeguarding patient data across multinational systems or strengthening internal governance, this self-assessment empowers your team to identify gaps, prioritise actions, and implement effective, standards-aligned controls.
Take control of your data security strategy—download the self-assessment today and build a compliant, resilient healthcare information environment.