Establishing SAP Master Data Governance and RACI Before Your Project Goes Live
Master Data Governance in SAP: Why It Matters and Where to Start
This article explains why master data governance and clear role allocation (RACI) must be treated as a top‑priority theme for any company planning a new SAP implementation or major ERP renewal. It is particularly written for CIOs, IT leaders, PMO members, and business owners in the strategy and preparation phases, as a practical foundation for deciding “how far we need to define master governance up front” before the project goes live.
1. Why Master Data Governance and RACI Are Mission‑Critical in SAP Programs
SAP ERP is designed on the assumption that master data is centrally structured and consistently governed across the enterprise. This master data structure, and the way you operate it, becomes the shared backbone for end‑to‑end processes, management reporting, and compliance.
The larger and more global the organization, the more master data strategy, structure, and operating rules directly influence not only the success of the initial rollout but also the long‑term performance of the business.
1‑1. Operational efficiency: eliminating process waste
If you run master data without robust governance, inconsistencies quickly emerge between functions and locations. Order‑to‑cash and plan‑to‑produce processes become fragmented, and gaps or breaks in the process chain appear.
The result is longer lead times, more mis‑shipments and billing errors, and an increasing volume of rework that becomes “business as usual” for frontline teams.
In contrast, when you have accurate, consistent master data combined with controlled creation and change workflows, you can achieve:
- Significant reduction of duplicate entry, reconciliations, and rework
- Migration from ad‑hoc, Excel and email‑driven flows to standardized workflows
- Shorter lead times from request to approval and lower coordination cost
1‑2. Reliable numbers for management decisions
If G/L accounts, customers, products, and organizational masters are not harmonized or structured at a consistent level of granularity, you cannot reliably aggregate revenue, margin, or cost along the dimensions that management actually needs.
This leads to poor investment decisions and misaligned prioritization, which can seriously damage mid‑ to long‑term performance.
Master data governance ensures that “numbers based on shared definitions and codes” are consistently delivered to management meetings and dashboards, providing a trusted factual basis for discussion and decision‑making.
1‑3. Compliance and risk management foundation
When customer, vendor, and commercial terms masters are not controlled, the organization faces heightened risks, such as:
- Transactions with sanctioned or restricted parties because commercial constraints are not enforced
- Tax and accounting errors that result in additional assessments or penalties
- Violations of privacy regulations or other statutory requirements
By clarifying data owners, approvers, and change histories (who changed what, when, and why), you can establish traceability that withstands audits and regulatory inspections.
1‑4. The three core outcomes of master data governance and RACI
Clarifying master data governance and RACI directly leads to three outcomes:
- Reduced operational waste (the foundation for process efficiency)
- Reliable numbers (the foundation for sound management decisions)
- Avoidance of risks and penalties (the foundation for compliance)
2. Core Concepts of Master Data Governance and RACI
This section outlines the core framework for master data governance and the RACI‑based role model you should define for SAP implementation and operations.
2‑1. Governance structure: council and domain owners
The starting point is to clearly document “who has final decision rights over what” at an organizational level.
Data Governance Council
- Composition: CIO / IT leadership, security and privacy leaders, domain owners, and representatives of major business units
- Role: Highest decision‑making body for data governance, responsible for setting enterprise‑wide rules, priorities, resource allocation, and cross‑organizational alignment
Domain Owners
- Scope: Specific data domains such as material master, business partner master, etc.
- Role: Final business owner for the definition, quality, and usage of their domain, accountable for approving domain‑specific policies and standards
Here, a “domain” refers to a meaningful business grouping of data, such as “Customer”, “Product”, or “Finance” (i.e., a data domain that aligns with business semantics and accountability).
2‑2. Governance policies: defining the “target state” of master data
Next, you need to define what you consider “good master data” and apply those policies consistently across all systems.
Naming conventions
- Example: Item descriptions follow the sequence “Function + Key specification + Material + Form factor”
- Include prohibited abbreviations, language usage, and full‑width/half‑width rules to enforce consistent patterns
- Standardize naming so that it is easy to interpret both for people and for system‑to‑system integration
Mandatory fields and validation
- Records that do not satisfy mandatory fields must not be approved, ensuring completeness
- Use the domain model to define mandatory vs optional fields, hierarchies, and allowed value lists, and enforce field‑level validation
Duplicate criteria and matching rules
- Detect potential duplicates using fuzzy matching or comparison of key fields and route candidates for administrator review
- Explicitly define “which field combinations constitute the same entity” per domain (e.g., company code + vendor number, global code + local code)
Code systems and value lists
- Define allowed value lists for units of measure, country codes, categories, material groups, and so on
- Decide whether to adopt ISO codes or internal codes, and which code system will be the master in integration scenarios
Quality metrics (completeness, consistency, accuracy)
- Completeness: Are mandatory fields populated?
- Consistency: Are values aligned across systems?
- Accuracy: Do values match authoritative sources and business rules?
The Council and Domain Owners should then set target thresholds, for example “critical attributes must reach at least 95% completeness,” and formalize these thresholds as policy.
2‑3. Lifecycle management: Create / Update / Archive / Retire
Master data lifecycle management treats “create, update, archive, and retire” as a unified rule set, embedding change control and compliance into the lifecycle itself.
Overall picture
You decompose the end‑to‑end flow of master data in the organization into four stages—Create, Update, Archive, and Retire—and define rules and RACI for each.
This approach allows you to bake change management and compliance into the lifecycle rather than bolting them on after the fact.
Create phase
At minimum, define the following elements and implement them as workflows:
- Request channels: Who can request creation, and through which screens or workflows
- Mandatory field and validity checks: Records that fail validation either cannot be created or must route to administrator review
- Duplicate checks: Conditions under which a new request is flagged as a potential duplicate and must be confirmed
Update phase
In the update phase, change control and monitoring are central to maintaining compliance. You should define:
- Change request rules: Who may request which type of change
- Approval workflows: Who approves which category of change (domain owner, local data owner, etc.)
- Audit trail: Full logging of who changed what, when, and why
- Change monitoring: Change detection, approval integration, log management, notifications and escalations, and periodic review
Archive phase
Over time, master data loses business value, so you must archive it based on defined retention policies.
Typical rules include:
- Treat master records with no activity for a defined period (e.g., five years) as “inactive”
- Define how to offload data to archive tables or separate systems (e.g., reference‑only access)
- Specify conditions for consistency with related transactional data (e.g., do not physically delete records while related transactions must be retained, only archive them)
Retire (Delete) phase
In the retire phase, you must tightly couple rules with compliance requirements.
Typical definitions include:
- Retention periods mandated by tax, accounting, and other regulations (e.g., keep business partner records for x years from the last transaction date)
- The degree of anonymization vs physical deletion after the retention period expires
- Final approver for deletions
- Rules for logging the rationale for deletion as part of the audit trail
3. Embedding Change Management and Compliance Monitoring
For each lifecycle phase (Create, Update, Archive, Retire), define at least the following:
- RACI: Who performs the work and who holds ultimate accountability
- Approval workflows: Thresholds and routing based on materiality and impact (e.g., major attribute changes require Council‑level approval)
- Audit items: Which events are logged and reported
- Periodic reviews and audits: How policies are updated in line with organizational changes and new regulations
With this structure in place, every single master data change can be explained and justified within the governance framework.
4. Practical Example: RACI for a Business Partner Master
Using a “business partner master” (customer/vendor) as an example, you can structure lifecycle‑specific RACI as follows.
| Lifecycle phase | R (Responsible – execution) | A (Accountable – final owner) | C (Consulted – prior consultation) | I (Informed – notified) |
| Create | Sales organization | Domain Owner | Compliance | IT (for change logging) |
| Update | Sales / Master Data Management team | Domain Owner | Compliance | IT |
| Archive | IT (automatic proposal: no activity for a defined period, zero balance) | Domain Owner | Compliance (archive flagging, audit logging) | Relevant business stakeholders |
| Retire | IT (execution of deletion jobs after retention period expires) | Domain Owner | Compliance | Internal audit |
RACI basics:
- Responsible (R): Operational teams performing master creation, cleansing, and deduplication (e.g., operations teams, data management)
- Accountable (A): Stakeholders with final decision and explanation responsibility for data quality and policy adherence (e.g., business data owners, Council members)
- Consulted (C): Specialist functions consulted for changes and exceptions (e.g., IT, Compliance, related business owners)
- Informed (I): Organizations notified about changes in master definitions or major quality issues (e.g., local sites, related projects)
Case Example – Biotechnology Company
Master Data Governance Strategy | Emerging Biotech Company
Key points
- Before rolling out SAP MDG, the company first designed master data governance from a management and business perspective.
- They defined principles, policies, and roles across five dimensions: data quality, data management, data acquisition, education & communication, and governance.
- They set a roadmap and KPIs to run governance as an ongoing program rather than a one‑off project.
Background and challenges
A therapeutics manufacturer implementing SAP for its first commercial product launch faced an urgent need to build a robust data governance foundation. They not only had to support immediate commercialization, but also needed scalability for future system integrations and multi‑country expansion with increasingly complex data requirements.
Project objectives
- Design a “pragmatic yet scalable” master data governance program centered on SAP master data
- Define principles, policies, and roles across the five domains of data quality, data management, data acquisition, education & communication, and governance
- Establish a dedicated Data Governance Committee and institutionalize the program as a phased roadmap through 2027
Work performed
- Developed a complete MDG framework including top‑down and bottom‑up governance process maps, organizational model and role matrices, and policy/SOP templates
- Designed a system roadmap to progressively integrate SAP and other enterprise data domains
- Built a change management and training plan based on stakeholder analysis to embed the value of governance across the organization
Outcomes and impact
- Established a comprehensive operating model clarifying “who decides what, when, and how” across data domains and systems
- Built a foundation for an MDG program that supports near‑term commercialization while remaining robust for future system additions and business growth
- Standardized repeatable processes for resolving data quality issues and defining rules, and set a growth roadmap and KPIs through 2027 (e.g., role comprehension, SLA adherence on requests, internal awareness)
Vendor
Clarkston Consulting (US)
Conclusion: Make Master Data Governance a Day‑Zero Topic in SAP
In SAP implementations, master data governance and RACI are the non‑negotiable foundation for operational efficiency, management decision‑making, and compliance—and they become exponentially more costly and disruptive to “fix later.”
Start by establishing a governance structure centered on the Data Governance Council and Domain Owners. Then articulate concrete policies such as naming conventions, mandatory fields and validation, duplicate criteria, code systems, and quality metrics.
On top of that, design lifecycle‑specific RACI and approval flows (Create, Update, Archive, Retire) and embed audit and monitoring so that change management and compliance are part of everyday operations rather than afterthoughts.
From the earliest stages of your SAP program, position master data governance as a “cannot be postponed” theme, and drive early design and adoption with stakeholders from business, IT, compliance, and executive leadership.
As a practical checklist for the strategy phase, you should at minimum decide:
- Which data domains will be “priority governance targets” (e.g., customer, product, business partner, organization)
- Initial candidates for Data Governance Council members and Domain Owners
- Baseline principles for standard code systems (e.g., global vs local codes)
- A clear policy that lifecycle management (Create / Update / Archive / Retire) is in scope from day one, not deferred to a separate later project
When designing your SAP architecture, please also refer to this blog.
SAP Implementation & Projects – Insight Arc | SAP, Enterprise Architecture & Supply Chain Strategy
In a subsequent article, we will continue to explore the fundamentals of master data governance and RACI, and discuss how to leverage SAP Master Data Governance (MDG) to design and operationalize your governance model. If you found this useful, please consider subscribing to the blog for upcoming posts.
Reference Links
SAP Master Data Governance – definition, roles, and benefits
SAP Master Data Governance product overview
SAP MDG roles and use cases
Roles and responsibilities in Master Data Management (data owner, data steward, etc.)
Organizational models and RACI definitions for data governance
- https://www.ibsolution.com/en/management-consulting/data-governancebaa
- https://www.tentive.nl/blogs/the-data-governance-organisation-roles-responsibilities/?lang=enbaa
- https://marcom.purdue.edu/toolbox/digital-media/web-templates/data-domain-governance/baa
Data lifecycle management – concepts for archiving and deletion
- https://www.actian.com/what-is-data-lifecycle-management/compresto
- https://compresto.app/blog/data-archiving-best-practicescompresto
SEO best practices for English‑language blogs
Disclaimer
Parts of this article were developed with reference to generative AI suggestions and were reviewed, refined, and supplemented based on the author’s professional expertise and judgment.
Leave a Reply