Digital Resilience

Overview

Digital resilience refers to the ability of organisations to maintain the reliability, integrity, and availability of their digital and information systems in the presence of technical faults, cyber events, data issues, and other disruptions. As dependence on digital infrastructure increases, maintaining resilient systems is essential to ensuring continuity of service and supporting operational objectives.

FHK’s digital resilience services draw on principles from systems engineering, integration, and reliability engineering, combined with analysis of digital architectures and operational processes. The focus is on identifying vulnerabilities, supporting effective design and integration decisions, and helping organisations plan for, monitor, and respond to disruptions across the system lifecycle.

Services

Our digital resilience capability includes:

Digital resilience assessment: Review of system architecture, interfaces, data flows, and failure modes to identify vulnerabilities or single points of failure.
Architecture and integration review: Assessment of digital system integration arrangements, dependencies, and interactions that may affect resilience.
Cyber–technical interface considerations: Support for analysis of how cyber risks intersect with technical and operational systems, including evaluation of security-related system behaviours.
Data integrity and availability analysis: Assessment of data quality, data dependencies, and data availability requirements that underpin digital system operation.
Scenario and failure mode analysis: Structured analysis of potential disruptive events, technical failures, and operational impacts.
Resilience planning and design guidance: Support for defining resilience objectives, design strategies, and mitigations that enhance system robustness.
Monitoring and response frameworks: Development of approaches to detect, respond to, and recover from digital disruptions.
Assurance and review activities: Independent technical review of resilience measures, controls, and implementation progress.

Capability Areas

Key capability areas include:

System architecture analysis.
Integration and interface assessment.
Digital system failure mode analysis.
Data integrity and data quality assessment.
Dependency mapping.
Security-related technical behaviour analysis.
Resilience planning and design support.
Monitoring, response, and recovery frameworks.
Independent technical assurance.