Description

This curriculum spans the equivalent of a multi-workshop advisory engagement, covering governance, risk, procurement, technical controls, and stakeholder coordination across the full lifecycle of mobile devices in regulated healthcare environments.

Module 1: Establishing Governance Frameworks for Mobile Devices

Define scope of mobile device coverage under ISO 27799, including personally owned devices used in bring-your-own-device (BYOD) arrangements.
Select governance roles and responsibilities for mobile security, specifying accountability between IT, security, legal, and clinical departments in healthcare settings.
Map mobile device controls to ISO 27799:2018 clauses 5.1 through 5.12, ensuring alignment with information security policies.
Develop a formal exception process for devices that cannot comply with baseline security requirements due to clinical necessity.
Integrate mobile governance into existing healthcare risk assessment processes, such as those required under HIPAA or GDPR.
Establish criteria for approving new mobile platforms (e.g., emerging operating systems) based on vendor support lifecycle and patch frequency.
Document decision trails for governance approvals to support audit readiness and regulatory inspections.
Implement version control for mobile security policies to ensure consistency across geographically distributed healthcare facilities.

Module 2: Risk Assessment and Threat Modeling for Mobile Endpoints

Conduct threat modeling exercises specific to mobile workflows, such as accessing electronic health records (EHR) from public Wi-Fi.
Identify high-risk mobile use cases, including emergency access, remote consultations, and device handoffs between shifts.
Assess risks associated with sideloaded applications on clinical tablets used for patient intake.
Quantify data exposure potential based on device storage capabilities and encryption status.
Factor in physical security risks, such as device theft in outpatient clinics with open workspaces.
Update risk registers to reflect mobile-specific vulnerabilities, such as insecure SMS-based authentication.
Validate risk treatment plans with clinical stakeholders to avoid disruption to patient care.
Use threat intelligence feeds to adjust risk profiles based on emerging mobile malware targeting healthcare organizations.

Module 3: Mobile Device Procurement and Lifecycle Management

Enforce minimum security requirements in procurement contracts, including guaranteed OS update support for at least three years.
Implement a device acquisition approval workflow requiring security review before purchase authorization.
Standardize on a limited set of approved devices to reduce support complexity and patch management overhead.
Configure devices with unique asset identifiers and register them in the organization’s configuration management database (CMDB).
Establish decommissioning procedures that include secure data wiping verified by cryptographic erasure logs.
Manage end-of-support transitions by scheduling replacements before vendor discontinuation of security patches.
Track device ownership changes during staff transfers or departures to maintain accountability.
Enforce return policies for organization-owned devices through HR offboarding checklists.

Module 4: Secure Configuration and Hardening Standards

Define and enforce baseline configurations for mobile operating systems using mobile device management (MDM) templates.
Disable unnecessary services such as Bluetooth, NFC, and camera functions on clinical workflow devices.
Enforce strong passcode policies with minimum length, complexity, and retry lockout thresholds.
Configure automatic screen lock timeouts based on risk tier (e.g., 1 minute for high-risk areas).
Prohibit jailbreaking or rooting through technical controls and policy enforcement mechanisms.
Validate configuration compliance through periodic automated audits and generate non-compliance reports.
Implement secure boot and integrity checking where supported by device hardware.
Restrict sideloading of applications by enforcing app installation only from approved enterprise app stores.

Module 5: Mobile Application Governance and Vetting

Establish an application review board to evaluate mobile health (mHealth) apps for compliance with ISO 27799 and data protection laws.
Require third-party app vendors to provide evidence of secure development practices and penetration testing.
Implement runtime application self-protection (RASP) for internally developed clinical apps.
Enforce code signing for all enterprise-distributed mobile applications.
Monitor app permissions and restrict access to device functions (e.g., contacts, microphone) based on clinical necessity.
Integrate app vulnerability scanning into the CI/CD pipeline for in-house mobile app development.
Retire legacy applications that no longer receive security updates or cannot be patched.
Log and analyze app usage patterns to detect anomalous behavior indicative of compromise.

Module 6: Data Protection and Encryption Strategies

Mandate full-disk encryption on all organization-owned mobile devices using platform-native encryption features.
Implement file-level encryption for sensitive health data stored in mobile application sandboxes.
Enforce encryption of data in transit using TLS 1.2 or higher for all mobile app communications.
Deploy digital rights management (DRM) to control forwarding or copying of clinical documents from mobile devices.
Configure remote wipe capabilities that preserve audit logs of the wipe event for compliance purposes.
Assess trade-offs between performance impact and encryption strength on low-end devices used in rural clinics.
Validate encryption key management practices, ensuring keys are not stored on the device itself.
Define data residency rules to prevent unauthorized cross-border transfer of health data via mobile sync features.

Module 7: Identity, Authentication, and Access Control

Implement multi-factor authentication (MFA) for access to EHR systems from mobile devices, including push notifications or hardware tokens.
Integrate mobile devices with enterprise identity providers using SAML or OIDC protocols.
Enforce context-aware access controls that consider location, network, and device posture before granting access.
Limit concurrent sessions per user to prevent credential sharing across multiple mobile devices.
Establish time-bound access for temporary staff using mobile devices in emergency scenarios.
Monitor and alert on repeated failed authentication attempts originating from mobile endpoints.
Disable cached credentials after a configurable period of inactivity.
Implement just-in-time (JIT) access for elevated privileges requested from mobile admin consoles.

Module 8: Monitoring, Logging, and Incident Response

Aggregate mobile device logs (e.g., login attempts, policy violations) into a centralized SIEM system.
Define thresholds for automated alerts on suspicious activities, such as geolocation anomalies.
Conduct tabletop exercises simulating mobile device loss or compromise in clinical environments.
Integrate MDM alerts with the organization’s incident management workflow for triage and resolution.
Preserve forensic data from mobile devices in accordance with legal hold requirements.
Document incident root causes involving mobile endpoints for inclusion in quarterly risk reporting.
Test remote lock and wipe functions regularly to ensure operational readiness.
Coordinate with law enforcement when stolen devices contain unencrypted patient data.

Module 9: Compliance Auditing and Continuous Improvement

Schedule periodic internal audits of mobile device compliance against ISO 27799 control objectives.
Prepare for external audits by maintaining evidence of mobile security controls, including configuration snapshots and logs.
Conduct gap analyses after updates to ISO 27799 or related standards to identify control adjustments.
Use audit findings to update mobile security policies and retrain affected user groups.
Measure control effectiveness using KPIs such as patch compliance rate and time to remediate policy violations.
Engage clinical department leads in control validation to ensure usability and adherence.
Archive audit reports and supporting documentation for minimum retention periods as defined by regulatory requirements.
Implement corrective action plans for recurring non-conformities identified in mobile device management.

Module 10: Change Management and Stakeholder Engagement

Require formal change requests for modifications to mobile security baselines, including risk assessment impact statements.
Coordinate mobile OS upgrade rollouts with clinical scheduling to minimize disruption to patient services.
Communicate policy changes to clinicians through departmental champions and role-specific training materials.
Establish feedback loops for frontline staff to report usability issues with mobile security controls.
Conduct impact assessments before enforcing new restrictions on personal devices in BYOD programs.
Manage resistance to biometric authentication by providing opt-out procedures with compensating controls.
Align mobile security initiatives with broader digital transformation projects in healthcare delivery.
Report mobile risk posture to executive leadership and board committees using non-technical summaries.