DORA / NIS2 Operational Resilience & Gap Analysis

With European regulatory frameworks like DORA (Digital Operational Resilience Act) for banking and finance and NIS2 for critical infrastructure, organizations must systematically demonstrate IT resilience and third-party ICT risk management.

EasyEA incorporates built-in engines to assess operational resilience and navigate transitions from the current state (As-Is) to the future state (To-Be).

1. Automated Single Point of Failure (SPOF) Detection

The resilience engine analyzes graph topology to identify un-replicated components supporting mission-critical business flows:

graph TD
    P1[Critical Process A] --> S1[Core Service]
    P2[Critical Process B] --> S1
    S1 --> SPOF["SPOF Detected: On-Premise Monolithic DB (No Geo-Redundancy)"]
    style SPOF fill:#ffebee,stroke:#c62828,stroke-width:2px

Infrastructure SPOFs: Standalone database instances, non-redundant network switches, or un-replicated compute clusters.
Third-Party Concentration Risk: Over-reliance on a single vendor or SaaS provider across multiple critical business capabilities.
Support & SLA Bottlenecks: Components with low SLA availability supporting high-priority revenue streams.

2. Regulatory DORA & NIS2 Audit Readiness

Generate structured evidence for regulatory compliance and external auditing:

Critical ICT Service Register: Catalog of software assets underpinning essential business functions, tagged with Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO).
Third-Party Dependency Mapping: Complete lineage of external cloud hosting providers, managed services, and software vendors.
Business Continuity & Disaster Recovery (BCDR) Status: Tracking last-tested DR exercise dates across critical infrastructure nodes.

3. As-Is vs. To-Be Gap Analysis Matrix

When executing digital transformation roadmaps, EasyEA formalizes the gap between the existing landscape and target architecture:

Architectural Component	As-Is State	To-Be Target State	Transition Action	Priority
Legacy Billing Engine	On-Premise Monolith	Retired	Decommissioning & Data Migration	High
Cloud Billing Microservices	Non-existent	Kubernetes Cloud-Native	Greenfield Engineering	High
Payment Gateway	Direct Point-to-Point	API Gateway with Circuit Breakers	Interface Refactoring	Medium
Customer Portal	Monolithic Web UI	Mobile-First Headless PWA	Architecture Modernization	Medium

The gap matrix highlights:

Phase-Out Assets: Systems earmarked for decommissioning.
Greenfield Components: New software capabilities to be acquired or built.
Refactoring Targets: Existing assets requiring re-platforming, cloud migration, or interface modernization.