Skip to main content

Remote Access Controls in ISO 27799

$349.00
Toolkit Included:
Includes a practical, ready-to-use toolkit containing implementation templates, worksheets, checklists, and decision-support materials used to accelerate real-world application and reduce setup time.
How you learn:
Self-paced • Lifetime updates
Who trusts this:
Trusted by professionals in 160+ countries
When you get access:
Course access is prepared after purchase and delivered via email
Your guarantee:
30-day money-back guarantee — no questions asked
Adding to cart… The item has been added

This curriculum spans the full lifecycle of remote access governance in healthcare, equivalent to a multi-phase advisory engagement, covering risk scoping, technical implementation, monitoring, and compliance alignment with ISO 27799 and regulatory frameworks.

Module 1: Defining Remote Access Scope and Risk Boundaries

  • Determine which clinical and administrative systems permit remote access based on data sensitivity and regulatory exposure under HIPAA and GDPR.
  • Classify remote access use cases by risk tier: high-risk (e.g., EHR modification), medium-risk (e.g., scheduling), low-risk (e.g., policy access).
  • Establish exclusion criteria for legacy systems that lack logging or encryption capabilities required by ISO 27799.
  • Define geographic restrictions for remote access based on legal jurisdiction and data residency requirements.
  • Document exceptions for temporary remote access during disaster recovery scenarios with time-bound approvals.
  • Map remote access privileges to job roles using existing RBAC frameworks to prevent privilege creep.
  • Integrate scope decisions with the organization’s risk register to maintain traceability to control objectives.
  • Coordinate with legal counsel to validate remote access policies against jurisdiction-specific healthcare regulations.

Module 2: Authentication Architecture for Clinical Workflows

  • Select MFA methods that balance usability and security in time-sensitive clinical environments (e.g., push notifications vs. hardware tokens).
  • Implement adaptive authentication rules that increase assurance levels based on access context (e.g., new device, unusual location).
  • Integrate MFA with existing clinical SSO platforms to avoid workflow disruption during patient care.
  • Configure fallback authentication mechanisms for offline scenarios with audit trail requirements.
  • Enforce re-authentication thresholds for accessing high-sensitivity data such as psychiatric records or genetic information.
  • Manage lifecycle synchronization between primary identity providers and remote access authentication systems.
  • Design authentication policies that accommodate shift-based access for temporary staff without compromising accountability.
  • Test authentication failure modes under network-constrained conditions common in mobile health settings.

Module 3: Secure Network Connectivity and Tunneling

  • Choose between IPsec and SSL/TLS VPNs based on endpoint control, application compatibility, and inspection requirements.
  • Segment remote access tunnels to restrict lateral movement between clinical and administrative networks.
  • Enforce split tunneling policies to prevent local network exposure from compromised endpoints.
  • Configure dead peer detection and session timeouts to terminate inactive connections automatically.
  • Integrate network access control (NAC) checks at the VPN gateway to validate device compliance pre-connect.
  • Deploy redundant VPN concentrators with geo-redundant failover for critical care access continuity.
  • Apply DDoS protection at the remote access entry point without introducing latency in emergency access.
  • Log and monitor all tunnel establishment attempts, including rejected sessions due to policy violations.

Module 4: Endpoint Security Enforcement for BYOD and Corporate Devices

  • Define minimum endpoint security baselines (e.g., disk encryption, EDR, patch levels) for remote access eligibility.
  • Implement conditional access policies that block access from non-compliant devices using MDM/UEM integration.
  • Differentiate security requirements between corporate-issued and personal devices accessing non-sensitive systems.
  • Deploy lightweight agent software for runtime posture assessment without impacting clinical application performance.
  • Establish procedures for remote wipe of corporate data containers on lost or stolen devices.
  • Configure application-level restrictions to prevent data leakage via copy-paste or screen capture in remote sessions.
  • Validate endpoint certificate trust chains during connection to prevent man-in-the-middle attacks.
  • Manage exceptions for specialized medical devices that cannot support standard endpoint agents.

Module 5: Session Management and Activity Monitoring

  • Enforce session time limits for remote access, especially for privileged accounts managing patient databases.
  • Implement keystroke logging exemptions for clinical data entry to comply with privacy regulations.
  • Integrate remote session logs with SIEM systems using standardized formats for correlation with other events.
  • Configure real-time alerts for anomalous behavior such as bulk record downloads or after-hours access.
  • Apply screen masking for sensitive fields during remote support sessions with third-party vendors.
  • Retain session recordings for audit purposes in accordance with data retention policies and storage costs.
  • Use digital watermarking in remote desktop sessions to deter unauthorized screen capture.
  • Restrict concurrent session counts per user to prevent credential sharing and improve accountability.

Module 6: Access Review and Privilege Recertification

  • Schedule quarterly access reviews for remote privileges with automated reminders to data owners.
  • Exclude temporary access grants from standard review cycles with automated expiration enforcement.
  • Integrate recertification workflows with HR offboarding processes to revoke access upon role change.
  • Generate exception reports for users with standing approvals that bypass automated revocation.
  • Define escalation paths for unresolved access review items beyond 30-day thresholds.
  • Use role mining techniques to identify overprivileged users based on actual access patterns.
  • Document justification for continued remote access in audit-ready formats for regulatory inspections.
  • Coordinate with clinical department leads to validate necessity of remote access for specific job functions.

Module 7: Third-Party and Vendor Remote Access Controls

  • Require vendors to use dedicated jump hosts with multi-person approval for emergency access.
  • Enforce time-limited access windows for vendor support sessions with pre-approved change tickets.
  • Isolate vendor traffic into segregated VLANs with egress filtering to prevent system scanning.
  • Require vendor-provided audit logs to be delivered in a compatible format for central analysis.
  • Validate vendor compliance with ISO 27799 controls through contractual SLAs and periodic assessments.
  • Prohibit vendor use of personal devices for accessing clinical systems under any circumstances.
  • Implement dual control for high-impact vendor actions such as database schema changes.
  • Conduct post-access reviews for all vendor sessions exceeding predefined duration or scope.

Module 8: Incident Response and Forensic Readiness

  • Define forensic data collection procedures for compromised remote sessions, including memory dumps and connection logs.
  • Preserve remote access session metadata with tamper-evident logging for legal admissibility.
  • Integrate remote access logs with incident orchestration platforms for automated triage.
  • Conduct tabletop exercises simulating credential theft via phishing targeting remote users.
  • Establish thresholds for declaring a remote access incident based on failed login patterns.
  • Coordinate with external law enforcement on cross-jurisdictional investigations involving remote access breaches.
  • Validate backup authentication methods during incidents without creating bypass vulnerabilities.
  • Document root cause analysis findings related to remote access failures in the organization’s knowledge base.

Module 9: Policy Integration and Audit Compliance

  • Align remote access policies with ISO 27799 control 8.11 and map to NIST CSF PR.AC-4 for cross-framework consistency.
  • Embed remote access control requirements into system development lifecycle documentation for new applications.
  • Prepare audit evidence packages including access logs, policy versions, and review records for external assessors.
  • Respond to auditor findings on remote access deficiencies with remediation plans and milestone tracking.
  • Update policies to reflect changes in telehealth regulations affecting remote clinician access.
  • Conduct internal control testing on remote access configurations semi-annually using standardized checklists.
  • Archive retired policies with version control to support historical compliance inquiries.
  • Coordinate with internal audit to schedule remote access control testing during annual risk assessments.

Module 10: Governance Oversight and Continuous Improvement

  • Present remote access metrics (e.g., failed logins, MFA adoption, incident rates) to the security steering committee quarterly.
  • Adjust control thresholds based on threat intelligence, such as increasing MFA enforcement after credential leaks.
  • Conduct annual gap analyses between current remote access practices and evolving ISO 27799 guidance.
  • Introduce usability feedback loops from clinicians to refine access workflows without weakening controls.
  • Benchmark remote access architecture against peer healthcare organizations for maturity assessment.
  • Update business continuity plans to include remote access capacity during widespread site outages.
  • Allocate capital budget for remote access infrastructure upgrades based on lifecycle management schedules.
  • Track control effectiveness using KPIs such as mean time to detect unauthorized access or revoke stale accounts.