Outcomes

• 50%+ reduction in time spent preparing and executing quarterly identity access reviews within one year.
  
  
• Faster identification, mitigation, and remediation of high‑risk access and segregation of duties conflicts, reducing conflicts by ~35% over two quarters and lowering average remediation/mitigation time from 10 days to 4 days.
  
  
• A standardized access and monitoring framework that supports future expansion, contributing to a 30–40% reduction in access‑related audit issues and enabling the team to double the number of monitored ERP controls in year two.
  
  

Background and Challenge

The company designs critical fluid‑delivery subsystems embedded in production tools for leading chipmakers. Access failures can directly affect revenue, supply commitments, and customer trust. As global demand and operations expanded across North America and Asia, they rolled out Oracle Cloud ERP to ~1,000 users in finance, procurement, operations, and IT, and needed access controls that could withstand increasingly rigorous audits without slowing the business.

However, ERP access governance relied on spreadsheets, emails, and point‑in‑time reports:

• No single place to define, simulate, and monitor Joiner, Mover Leaver, segregation of duties, and sensitive access across a rapidly growing identity population.
  
  
• Quarterly certifications that took weeks of manual work across IT, internal audit, and business owners.
  
  
• Limited ability to assess Joiner, Mover, Leaver, segregation of duties and Sensitive Access impact of role changes before going to production.
  
  
• Reactive, ad‑hoc monitoring of key configurations and transactions in record‑to‑report and procure‑to‑pay processes.
  
  

This increased the likelihood of access‑related findings, escalated audit preparation effort, and left leaders uncertain whether new access and configuration changes were introducing risk as the supply chain scaled.

SafePaaS Solution

To move from ad‑hoc control to systematic federated governance, the manufacturer implemented SafePaaS alongside Oracle Cloud ERP as the single place to define and enforce ERP access policy.

Key capabilities

• Unified lifecycle and risk policies: A rules engine to define and maintain JML, SoD, and Sensitive Access policies, identify conflicts, and drive structured remediation and mitigation with ongoing enforcement.
  
  
• Risk‑aware access provisioning and certifications: Workflow‑driven provisioning with SoD checks on each request and automated Oracle Cloud access certifications from a central governance layer.
  
  
• Role simulation and design governance: Role simulation to evaluate JML/SoD/Sensitive Access impact before promoting changes, ensuring roles align with enterprise policies, and reducing toxic combinations.
  
  
• Continuous, catalog‑based controls monitoring: An initial catalog of 25 controls monitoring key configuration and transactional activities across identity, record‑to‑report, and procure‑to‑pay, including privileged access and ITAC & ITGCs.
  
  

Implementation followed a short, phased approach using conference room pilot (CRP) and user acceptance testing (UAT) workshops with non‑production and production instances, enabling rapid iteration without disrupting live operations.

Results

By the end of the rollout, the company had a repeatable, ERP‑aware access and controls model for Oracle Cloud ERP, tightly integrated with its broader identity ecosystem.

Time: fewer hours on low‑value work

• Centralized access reviews, identity data, and evidence reduced preparation and execution time for quarterly user access campaigns by over 50% in the first year.
  
  
• Role simulation and risk‑aware workflows shortened lead times for access changes and reduced reliance on third‑party consultants for ongoing remediation and managed services.
  
  

Risk: clear, monitored high‑risk access

• Formalized JML, SoD, and Sensitive Access rules tuned to the Oracle Cloud deployment provide a consistent view of high‑risk access across ~1,000 identities and help prevent toxic combinations before they become findings.
  
  
• Continuous monitoring quickly surfaces exceptions and risky changes, so control owners are no longer dependent on manual spot checks.
  
  
• Mitigation with embedded monitoring lets the organization manage unavoidable conflicts—such as elevated access for IT staff or small business units—by automatically mitigating them and continuously monitoring elevated-access use on the same platform, rather than through fragile manual processes.
  
  
• Materialized risk analysis gives a final safety net: for example, during a major implementation, partners were granted temporary access to create and pay suppliers; SafePaaS allowed the company to confirm that this policy exception did not result in inappropriate financial activity.
  
  

Trust: audit‑ready evidence and ownership

• A single governance layer now serves as the evidence backbone for identity access policies, certifications, and configuration monitoring, making it easier to demonstrate completeness and accuracy and reducing the number of repeat access‑related findings.
  
  
• Clear ownership across internal audit, compliance, ERP, functional, and IT teams ensures the control framework is embedded in the organization rather than dependent on a project team.
  
  

Federated governance and future‑proofing

The SafePaaS platform integrates with the company’s ticketing system to automatically create remediation tasks, supporting federated governance that leverages existing tools instead of replacing them. It also gives the organization a roadmap to extend consistent access governance and controls monitoring beyond Oracle Cloud ERP to other applications and cloud services, building toward a wall‑to‑wall, future‑proof identity governance model.

Pressure‑test your own Oracle Cloud ERP environment

Consider whether you can:

• Define JML, SoD, and Sensitive Access policies once and apply them consistently across all identities and roles.
  
  
• See the JML/SoD/Sensitive Access impact of access requests and role changes before approval.
  
  
• Rely on a catalog‑based, continuous approach to configuration and transactional controls (including privileged access and ITAC & ITGCs) instead of ad‑hoc reports and manual checks.
  
  
• Show auditors, in one place, who has high‑risk access, how it was approved, how conflicts are mitigated, and how mitigation is monitored over time.
  
  

If not, a focused, ERP‑aware access governance project like this one can close those gaps without a multi‑year, all‑or‑nothing transformation.