Connect critical processes, applications, risks, controls, BIA, RTO/RPO, BCP, DRP, drills and evidence on the Operational Graph. Built on Operational Graph. Prioritize continuity plans, identify critical dependencies, record test results, monitor gaps and generate executive resilience dashboards. Cross-industry solution in Area 02 — risk, control and continuity. Assisted implementation.
01 · What it is
In most organizations, the BIA is a spreadsheet someone updated two years ago. BCPs and DRPs are PDFs that nobody knows are still current. Drills produce records that get filed without being linked to the processes they tested. When a real interruption occurs, the recovery team works from memory, not from a model.
Operational Continuity & Resilience connects critical processes, applications, dependencies, risks, controls, plans and evidence in the Operational Graph. The BIA is built by traversal of the graph. Plans are linked to the assets they cover. Drills record evidence against the process they test. The resilience dashboard shows the real state, not the assumed state.
Continuity plans on the graph, not on assumptions.
02 · Graph context
Operational Continuity & Resilience does not create a parallel continuity model. It operates on the same Operational Graph that already holds your processes, applications, risks, controls and owners. These are the entities the resilience model traverses:
When a critical process is declared in the graph, the solution traverses dependencies, applications, risks and associated plans to surface the complete resilience profile. The relationships are already in the graph; the continuity analysis is a query, not an interview.
03 · What you get
An Operational Continuity & Resilience engagement produces five operational capabilities on your Operational Graph. Each one is built by traversal of the graph and is owned by your team at the end of the engagement.
Applies across: financial services, insurance, manufacturing, oil & gas, government and any sector where operational continuity is a regulatory or business requirement.
The Business Impact Analysis starts from the Operational Graph, not from a spreadsheet. Each critical process surfaces its applications, owners, dependencies and associated risks. Criticality is established on traced data, not on estimates.
Recovery time and recovery point objectives are recorded against the processes and applications in the graph. Any change in operating architecture updates the continuity context without manual reconstruction.
Continuity and recovery plans are not standalone documents: they are linked to the processes, applications, owners and controls they cover. The graph shows which plan applies to each node and what its current status is.
Each drill is recorded against the plan, the process and the owners in the graph. Test results, identified gaps and documentary evidence are linked to the corresponding node — not to a disconnected file folder.
The resilience dashboard consolidates plan status, test results, open gaps, tracking alerts and critical dependencies into a single governed view. Executives see the real state, not the reported state.
03b · Capabilities included
Signs you need this
04 · Who runs it
Operational Continuity & Resilience engages three roles around every plan: the continuity manager who keeps plans current, the risk and governance owner who ensures coverage, and the IT operations team that executes recovery. All three operate on the same Operational Graph.
Keeps plans current and coordinates drills.
What they see
The critical process map with its applications, dependencies, RTO/RPO, associated plans and test status — all in the graph, without depending on emails or scattered spreadsheets.
What they do
Updates BCPs and DRPs on the graph, records drill results with linked evidence, identifies gaps and triggers tracking alerts to the relevant owners.
Ensures that interruption risks are controlled and evidenced.
What they see
The interruption risks linked to processes and applications, with the status of associated controls, self-assessment gaps and evidence traceability by subject matter.
What they do
Reviews the status of preventive and recovery controls, validates that plans cover the registered risks, and produces resilience reports for committees and regulators.
Executes recovery when a real interruption occurs.
What they see
The process-to-application dependencies relevant to the recovery order, the DRP linked to the affected assets, and the contact for each owner — available from the graph, not from a folder nobody knows where to find.
What they do
Executes the DRP following the established recovery order, records completed steps as evidence in the graph, and notifies process owners when services are restored.
05 · Delivery
Operational Continuity & Resilience is delivered as a scoped engagement, not as a platform license. EAFlow works alongside your team to bring the BIA, plans and critical dependencies into the Operational Graph and transfer ownership at the end. The resilience model is operated by your people, not by us.
Discovery
We identify the critical processes and their application dependencies on the Operational Graph. The BIA is built by traversal of the graph, not through interviews and spreadsheets. Scope is declared on what already exists, not on a new model.
Connection
We connect BCPs, DRPs, RTO/RPO, owners, controls and evidence to the corresponding graph nodes. Drills are recorded against the plan and the process they test. Gaps are identified on the graph, not in a text report.
Adoption
We configure the resilience dashboard and alert flows that your continuity governance requires. At the end of the engagement, your team operates the solution independently. Assisted implementation, then your hands on the wheel.
Delivered in scoped engagements. Owned by your team after handoff.
Industry context
Reference landings explaining how the Operational Graph applies in each sector. Insurance and Oil & Gas preserve EAFlow's scope boundary: IT, process, change and evidence context only.
How this compares to existing tools
Enterprise BCM platforms (Fusion Framework, Castellan, Fusion Risk Management) provide full continuity management suites with approval workflows, notifications and regulatory compliance modules. Operational Continuity & Resilience focuses on the operating graph layer: connecting plans and test results to the real map of processes, applications and dependencies in the organization. It operates as the cross-system evidence layer that gives context to continuity governance, not as a replacement for the BCM suite.
— EAFlow's differentiating value in continuity is operational traceability: the BIA starts from the existing graph, not from a new spreadsheet.
Bring a real critical process to the table. We will walk through what the resilience model would surface on your Operational Graph, and what an assisted implementation could look like for your continuity governance.
Operational Continuity & Resilience is delivered as an assisted implementation on the EAFlow Operational Graph. Not a complete certified BCM and does not promise total regulatory resilience.
