ANONYMIZED CASE · CPG
Assurance connected to the process, validated over the operation
A leading mass consumer goods organization validated Risk & Control Assurance over domains of its assurance function —risks, controls, evidence, tests, findings and action plans— connecting them to the operational process and to the official documentary evidence, coexisting with the existing corporate GRC platform, without replacing it.
The validation showed that the auditor trail risk → control → test → evidence → finding → plan is traversed as a query over the graph, not as a reconstruction project for each audit.
The challenge
In a consumer-packaged-goods organization with an assurance function —Risk, Internal Control, Compliance, Audit— there is usually already a corporate GRC platform that is the official source and fulfills its role. The problem is not the platform: it is that, on top of it, specific domains remain limited, isolated from the process that originates them.
- Risk lives separated from the process: a risk or a control exists in the GRC platform, but it does not appear next to the operational process that originates it nor to the documentary evidence that backs it.
- Evidence lives in parallel repositories: the procedures, policies, instructions and records that support each control live in the official document repository, with no two-way traceability to the control.
- The auditor trail is rebuilt project by project: the path risk → control → test → evidence → finding → plan is reassembled by hand against manual extractions. Each audit is a reconstruction project, not a query.
- Replacing the GRC platform is not viable, but continuing to invest only in it does not solve the pain either: in specific domains, the team needs more operational context, more traceability and connected evidence.
Assurance is not sustained with loose nodes in a platform. It is sustained with risks, controls and evidence connected to the process, current and traceable.
The EAFlow solution
Risk & Control Assurance is a cross-cutting solution of EAFlow Platform built on the shared Operational Graph layer, operating in the scenario of progressive extension by domain: it coexists with the corporate GRC platform as the official source and extends the specific domains where the client needs to go deeper, without replacing it or forcing a full migration. The validation covered, over domains of the client's assurance function:
- Risk-control universe connected to the Operational Graph. Risks, controls, domains, subjects and processes become connected nodes. The universe stops being a spreadsheet and becomes a navigable layer.
- Risk-control-process matrix visible as a graph query. Each risk connected to the control that mitigates it and to the process that executes it; coverage, gaps and orphans become visible, not as a report assembled by hand.
- Documentary evidence linked to the control and the process. Published procedures, policies, instructions and records are connected to the control and the process, versioned and traceable from the official source.
- RCSA, self-assessments and control tests over the graph. Questionnaires answered, gaps highlighted and tests (passed / failed / not applicable) with attached evidence, executor and date.
- Findings and action plans connected to the risk, control and process, with owner, closure date, evidence and remediation status.
- Auditor trail over the graph: the path risk → process → control → test → evidence → finding → plan is traversed as a query, not as a reconstruction project.
- Connected assurance reporting: dashboards by subject, domain, area, owner, process or control framework, built over the same graph, without manual extractions.
In this validation the support was analytical —traversal over the graph, connected reporting and querying over the same model. The connection to the GRC platform and the official document repository is established by maturity and technical validation, by agreed scope and by domain. The solution operates on top of the client's official sources, without replacing them or migrating their data en masse.
What was validated
The experience was run over operational information from the client's assurance function. The Risk team walked the full cycle: connecting the existing risk-control universe, linking documentary evidence, RCSA and self-assessments, control tests with evidence, findings and action plans, a complete auditor trail over the graph and assurance reporting —coexisting with the corporate GRC platform as the official source over the domains outside the extension, with roles differentiated by domain.
Demonstrated capabilities
- Operational Graph as the shared context base.
- Traceability risk ↔ control ↔ process ↔ owner ↔ evidence ↔ test ↔ finding ↔ plan.
- Documentary evidence connected with two-way traceability to the control.
- Tests and self-assessments with evidence, executor and date.
- Auditor trail as a navigable query over the graph.
- Assurance reporting by subject, domain and process.
- Coexistence with the corporate GRC platform as the official source.
Observed outcome
The assurance function went from "having the nodes in the platform" to having risks, controls and evidence connected to the process, current and traceable. The auditor trail stopped being a reconstruction project for each audit and became a query over the graph; the risk-control-process matrix became available with coverage, gaps and orphans visible; and assurance reporting was built over the same graph instead of parallel manual extractions.
The validation confirmed that the solution extends specific assurance domains coexisting with the client's corporate GRC platform, connecting them to the rest of the operation.
Why it matters for other organizations
The pattern repeats in mid-size and large organizations with an assurance function: the corporate GRC platform exists and fulfills its regulatory role, but specific domains remain isolated from the process. Extending them over the Operational Graph —without mass migration or replacing the official platform— reduces audit risk and day-to-day risk, domain by domain, according to observed incremental value.
Starting with a specific domain is also a low-risk entry point: the same Operational Graph that connects risks and controls later sustains processes, living documents and operation.
How it scales — related solutions
The connected risk-control universe is reused over the same Operational Graph:
- Toward processes and architecture Process Knowledge
The processes that hold the controls become a modernized corpus, deepening risk-control-process traceability.
- Toward living documents Document Governance & Evidence
The documentary evidence that backs controls is governed with an approval, publication and validity flow, not just referenced. In CPG, via Quality Document Management for CPG.
- Toward service operations Operational Graph for Service Operations
Operational findings detected at the service desk are connected to risks and controls where applicable.
- Toward continuity Operational Continuity & Resilience
When the extended domain is continuity, the evidence feeds the BIA, RTO/RPO, critical dependencies and BCP/DRP plans model.