A BIA by graph traversal, not by interviews and spreadsheets

Operational Continuity & Resilience is a cross-cutting solution in the Risk, Control and Continuity area, built on the common Operational Graph layer of EAFlow Platform. This validation covered its Discovery phase: a scoped Discovery that leverages the operational corpus already loaded by the client to build the continuity foundation before committing to the later implementation. The validation covered, over the corpus of the client's operation, the continuity Discovery scenario:

• Preliminary BIA by graph traversal. The Discovery builds the Business Impact Analysis by traversing the processes of the modernized corpus, their supporting applications and the disruption risks of the already-loaded catalog. Criticality is identified over traced data and validated with the continuity team —it is not invented from scratch.
• Critical process ↔ application dependencies visible. The traversal exposes which applications support which critical processes and which disruption risks apply over each node. The information was scattered; the Discovery consolidates it as a navigable foundation.
• Disruption risks anchored to the existing catalog. The risks of the assurance catalog already migrated to the graph are filtered for those that apply to continuity, and are connected to the identified critical processes and applications. The connection is preliminary; its binding productization is left for the implementation.
• RTO / RPO baseline per critical process. Preliminary recovery-time and recovery-point objectives are recorded against the processes identified as critical. The baseline is a starting point for validation with the team, not a contractual commitment.
• Documentary gaps identified. The Discovery maps which BCP, DRP, recovery procedures, contacts and drill evidence exist in the client's document repository, and which are missing. The gap between the current state and full coverage is made explicit.
• BCM readiness report. The Discovery closes with an executive report —critical processes, mapped dependencies, connected disruption risks, documentary gaps and RTO / RPO baseline— as an input for the sponsor to decide the scope and the schedule of the implementation.
• Three roles of the continuity model declared. The Discovery declares the three roles that operate the model in the implementation (Continuity owner, Risk and IT-governance owner, IT operations team) and how each consumes the continuity graph. It does not activate them; it declares them.

The Discovery is assisted, not automatic: it identifies candidate critical processes by graph traversal and validates them with the team. The actual level of access to each corpus and to the document repository is confirmed by maturity and technical validation; when a corpus is not loaded, the Discovery declares the gap and proposes its prior or parallel loading.

The pattern repeats in insurance-sector organizations that start or renew their BCM program: the BIA starts blank, the critical processes live without connected context, the dependencies are in silos and the plans are loose documents, while committing to a full program at once is perceived as risky. Demonstrating, over the client's operation, that a preliminary BIA is built by traversing the already-loaded corpus —with dependencies, disruption risks and gaps identified— turns an "all or nothing" decision into one informed by evidence.

Starting with a continuity Discovery over the existing graph is also a low-risk entry point: the same Operational Graph that holds the processes, the IT inventory and the risk catalog later holds the later continuity model.