SAP program managers and architects leading SAP landscape transformation initiatives
Choosing a governed software platform to support SAP landscape transformation with comprehensive evidence and dependency management
Decision context
SAP landscape transformation projects require precise coordination of SAP system changes, data migrations, and process harmonization across complex environments. Adranum provides a governed ERP modernization platform focused on SAP change management, enabling teams to ingest and analyze diverse SAP evidence sources such as readiness checks, ATC results, ABAP code, and data quality metrics. This comprehensive evidence ingestion supports informed decision-making about system consolidation, keep/replace/remediate/retire strategies, and risk mitigation.
Unlike generic transformation tools, Adranum maps observed and inferred dependencies across SAP objects, processes, and data flows, ensuring that proposed changes do not introduce hidden disruptions. The platform generates reviewable code and data proposals that remain under customer control until compilation and runtime validations succeed, preserving production integrity. This approach supports transparency and traceability throughout the transformation lifecycle.
Adranum also facilitates operational coordination by producing content-addressed implementation packages, impacted test lists, and reconciliation evidence. Human approvals and cutover plans are recorded within the system, enabling exact-state recovery and continuity management. These capabilities address common SAP landscape transformation challenges such as inconsistent data, unsupported custom code, and fragmented process variants.
Comprehensive Evidence Ingestion and Analysis
Adranum integrates multiple SAP evidence sources including SAP Readiness Checks, ATC (ABAP Test Cockpit) findings, ABAP and DDIC code repositories, abapGit projects, process event logs, requirement specifications, data quality reports, and connector status. This holistic ingestion enables a unified view of the SAP landscape’s current state and readiness for transformation.
By continuously reporting coverage gaps and unsupported inputs, the platform highlights areas requiring manual intervention or further data collection. This visibility prevents blind spots that can derail transformation efforts and supports compliance with governance policies.
- Ingest SAP Readiness Check and ATC results for code and system quality
- Analyze ABAP and DDIC objects with dependency mapping
- Incorporate process event and requirement evidence for business alignment
Dependency Mapping and Impact Assessment
Adranum automatically maps observed and inferred dependencies between SAP objects, processes, and data elements. This capability is critical for understanding the ripple effects of proposed changes across the SAP landscape.
The platform supports keep, replace, remediate, or retire decisions by visualizing impacted components and generating proposals that respect dependency constraints. This reduces the risk of unintended side effects and supports phased transformation approaches.
- Visualize SAP object and process dependencies
- Assess impact of code and data changes
- Support phased remediation and retirement strategies
Governed Proposal Generation and Review
Generated code and data change proposals are created as reviewable artifacts. These proposals remain suggestions until customer-controlled compilation and runtime validations confirm correctness.
This governance model ensures that transformation teams retain control over production changes and can incorporate human approvals before deployment. It also supports auditability and rollback capabilities.
- Produce reviewable ABAP and data proposals
- Require successful compilation and runtime tests before acceptance
- Record human approvals and change history
Implementation Packaging and Testing Coordination
Adranum generates content-addressed implementation packages that bundle code, data changes, and impacted test cases. This packaging supports traceable deployments and coordinated testing efforts.
By linking changes to specific tests, the platform facilitates regression testing and quality assurance activities essential for SAP landscape transformation success.
- Create content-addressed change packages
- Identify impacted tests for regression coverage
- Coordinate cutover and reconciliation activities
Operational Continuity and Exact-State Recovery
The platform records cutover plans, reconciliation evidence, and continuity checkpoints to support seamless transition between SAP landscape states.
Signed customer operators can retain raw service data, source code, and credentials within their infrastructure while exchanging bounded commands and aggregate outcomes with Adranum, preserving security and compliance.
These features enable exact-state recovery in case of failures, minimizing downtime and data inconsistencies during transformation.
- Manage cutover and reconciliation workflows
- Support exact-state recovery scenarios
- Maintain customer control over sensitive data and credentials
What the workflow must cover
- Multi-source SAP Evidence Integration. Adranum ingests and correlates diverse SAP evidence types including readiness checks, ABAP code, process events, and data quality reports to provide a comprehensive transformation baseline.
- Dependency Visualization and Impact Analysis. The platform maps SAP object and process dependencies, enabling precise impact assessments for transformation decisions and risk mitigation.
- Governed Change Proposal Management. Code and data proposals are generated as reviewable artifacts requiring customer validation through compilation and runtime checks before acceptance.
- Content-addressed Implementation Packaging. Change packages bundle code, data, and test impacts with traceability, supporting coordinated deployment and regression testing.
- Cutover and Reconciliation Coordination. Adranum records operational workflows and evidence to ensure smooth cutover, data reconciliation, and continuity during landscape transformation.
- Customer-controlled Data Security. Raw service data and credentials remain within customer infrastructure, with only bounded commands and aggregate results exchanged to maintain compliance and security.
Implementation workflow
Start with a bounded customer scenario and explicit acceptance criteria. Preserve native SAP permissions and accountable review while the software creates a repeatable evidence chain.
- Ingest SAP evidence sources including readiness checks, ATC results, ABAP and DDIC code, process events, and data quality reports.
- Analyze and map dependencies among SAP objects, processes, and data elements to identify impact zones.
- Generate keep/replace/remediate/retire proposals with reviewable code and data changes.
- Validate proposals through customer-controlled compilation, runtime, and test executions.
- Record human approvals and finalize change packages with impacted test lists.
- Coordinate cutover planning, execution, and reconciliation with exact-state recovery checkpoints.
- Monitor transformation progress and update evidence ingestion to reflect current SAP landscape state.
Evidence to require
A transformation claim should resolve to observable artifacts, decisions, and execution receipts. Ask for the following evidence in a representative evaluation:
- SAP Readiness Check reports
- ATC (ABAP Test Cockpit) findings
- ABAP and DDIC source code repositories
- abapGit project metadata
- Process event logs and variants
- Requirement and specification documents
- Data quality assessment reports
- Connector and interface status reports
- Compilation, runtime, and test execution receipts
- Cutover and reconciliation evidence
Boundaries and non-claims
Adranum separates analysis, proposal, human review, package creation, customer-local validation, and production execution. A later state never rewrites the evidence that supported an earlier decision.
- Adranum does not replace SAP licensing or Basis administration responsibilities.
- Generated code proposals require customer compilation and runtime validation before deployment.
- The platform does not substitute specialist SAP testing tools in all scenarios.
- Unsupported or missing input evidence remains visible and must be addressed by the customer.
Public comparison sources
Competitor statements are limited to current public materials. Verify them during procurement because products and packaging change.
Buyer checklist
- What SAP evidence sources are required for comprehensive ingestion?
- How does Adranum map and visualize SAP dependencies?
- What governance controls exist for change proposal acceptance?
- How are impacted tests identified and coordinated?
- What security measures protect sensitive SAP data and credentials?
- Can the platform support phased transformation approaches?
- How does Adranum enable exact-state recovery after cutover?
- What are the prerequisites for integrating Adranum into existing SAP landscapes?
Practical answers
What types of SAP evidence does Adranum ingest for landscape transformation?
Adranum ingests SAP Readiness Checks, ATC results, ABAP and DDIC code, abapGit metadata, process event logs, requirement documents, data quality reports, and connector status to provide a unified transformation baseline.
Does Adranum automatically generate production-ready SAP code?
No, generated code proposals are reviewable suggestions that require customer-controlled compilation and runtime validation before acceptance and deployment.
How does Adranum handle dependency mapping in SAP landscapes?
The platform maps observed and inferred dependencies among SAP objects, processes, and data elements to assess impact and support informed transformation decisions.
Can Adranum coordinate testing activities during transformation?
Yes, it identifies impacted tests linked to proposed changes and bundles them into implementation packages to facilitate regression testing and quality assurance.
Is sensitive SAP data stored outside the customer environment?
No, raw service data, source code, and credentials remain within customer infrastructure; only bounded commands, hashes, and aggregate outcomes are exchanged to maintain security.