beteo ALM Experts Blog

Category: Transport Management

  • SAP Transport Management: Will ALM Finally Fix It?

    SAP Transport Management: Will SAP Application Lifecycle Management finally fix it? Unfortunately, with the recently released SAP cCTS (central Change and Transport System), SAP has still not brought SAP Transport Management under control.

    In my earlier blog post on SAP Change & Transport Management, I highlighted the requirements for effective SAP Transport Management. Unfortunately, SAP cCTS — like its predecessor SAP CTS+ — is once again only a tool solution that ignores the real challenges and resulting requirements.

    The Core Problem

    SAP Transport Management is part of the Software Change Process. In heterogeneous software system landscapes, the term “Transport Management” is unknown — there one speaks of “Deployment Management.” In other state-of-the-art software development environments, it is continuously known which software is contained in which deployment packages.

    In the area of SAP Transport Management, this is unfortunately no longer determinable due to the almost 20-year-old base architecture.

    The ALM Process Offers No Solution

    The individual island solutions of SAP ALM in no way correspond to the standards of current state-of-the-art software development procedures. For example: requirements for implementation in an ABAP system are to this day only sparsely documented. A direct reference to SAP Customizing/ABAP development objects in SAP Transport Requests is essentially absent.

    Looking at SAP ALM critically, one must conclude that SAP has intelligently orchestrated individual “modules” in the SAP Solution Manager into an SAP ALM process. The challenge lies in bringing the individual modules together via interfaces — and this integration remains incomplete.

    Conclusion

    In a sophisticated way, SAP attempts to enthuse customers about the SAP Solution Manager platform. However, the SAP ALM approach mapped in the SAP Solution Manager does not correspond to today’s software development standards. In my opinion, SAP should consider how it can provide customers with a genuine Solution Management platform — one that delivers real end-to-end process integration rather than a collection of loosely connected modules.

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  • SAP Transport Management: ALM Challenges in January 2012

    SAP Transport Management: SAP Application Lifecycle Management Challenges January 2012.

    SAP Transport Management remains one of the greatest operational challenges for SAP-running organizations. Frequent problems: overtaker transports, missing consistency between system levels, manual errors during deployment.

    beteo recommends: fully automated transport management with integrated consistency checking as part of a comprehensive SAP ALM approach.

    The situation at the start of 2012 is characterized by:

    • SAP’s cCTS (central Change and Transport System) has been released, but does not fundamentally solve the core challenges
    • Heterogeneous landscapes (ABAP + Java + non-SAP) make consistent deployment management increasingly complex
    • Growing regulatory pressure (SOX, GxP) increases the need for audit-proof transport documentation
    • Cloud adoption is beginning, adding further complexity to the landscape

    Companies that invest in mature SAP Transport Management now will be significantly better positioned for the hybrid landscape management challenges ahead.

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  • SAP Transport Management: Can SAP ALM Finally Fix It?

    SAP Transport Management: Can SAP Application Lifecycle Management finally fix it?

    Unfortunately, even with the recently released SAP cCTS (central Change and Transport System), SAP has not gotten SAP Transport Management under control. In my blog “SAP Change & Transport Management — Efficient and Secure,” I highlighted the requirements for effective SAP Transport Management.

    SAP cCTS, like its predecessor SAP CTS+, is unfortunately again only a tool solution that ignores the real challenges and the resulting requirements. SAP Transport Management is, as is well known, within the Software Change Process. Note that in heterogeneous software system landscapes, the term “transport management” is unknown — there one speaks of “deployment management.” In other state-of-the-art software development environments, it is continuously known which software is contained in which deployment packages. In the area of SAP Transport Management, this is unfortunately no longer determinable due to the almost 20-year-old base architecture.

    The SAP ALM (Application Lifecycle Management) process also offers no solution to the problem. The individual island solutions of SAP ALM in no way correspond to the standards of current state-of-the-art software development methods. An example: requirements for implementation in an ABAP system are to this day only sparsely documented (requirements specification is a process step within SAP Change Request Management, short SAP ChaRM), let alone finding a direct reference to SAP Customizing / SAP ABAP development objects in the SAP transport requests.

    When examining SAP ALM critically, one must note that SAP cleverly orchestrates individual “modules” in the SAP Solution Manager into the SAP ALM process. The challenge is to bring the individual modules together through interfaces. The example above shows that too much information is lost over the interfaces of the individual software development steps within the software development process for SAP systems — resulting in a significant loss of quality.

    Conclusion: In a sophisticated manner, SAP attempts to enthuse customers with the SAP Solution Manager platform. However, the SAP ALM procedure mapped in the SAP Solution Manager does not correspond to today’s software development standards. In my opinion, SAP should consider how they can provide customers with a Solution Management platform that genuinely addresses customer implementation lifecycle management.

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  • SAP Transport Management Challenges January 2012

    SAP Transport Management remains one of the greatest operational challenges for SAP organizations. As we enter 2012, the fundamental problems persist despite new tooling from SAP.

    Persistent Problems

    • Overtaker transports: Transports that bypass others in the import queue, breaking dependent functionality in production
    • Missing consistency between system levels: Development, quality, and production systems diverge over time, causing “works in dev, fails in prod” scenarios
    • Manual errors in deployment: Without automation, transport deployments are subject to human error in sequencing and execution

    beteo’s Recommendation

    Fully automated Transport Management with integrated consistency checking as part of a comprehensive SAP ALM approach. This means:

    • Automated import queue management with dependency resolution
    • Consistency validation across system levels before import
    • Integration with change management for complete audit trails
    • Early warning systems for transport conflicts and dependencies

    Organizations that implement these capabilities move from reactive fire-fighting to proactive operations management — with measurable improvements in deployment success rates and reduced production incidents.

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  • SAP Transport Maturity Model

    SAP Transport Maturity Model — beteo has developed a maturity model for SAP Transport Management.

    The model divides transport maturity into 5 levels: from manual, error-prone processes to fully automated, compliance-compliant workflows. Companies can use it to determine their current maturity level and derive targeted improvement measures.

    Level 1 — Chaotic: No defined process, ad-hoc transports, frequent production incidents

    Level 2 — Defined: Basic transport procedures documented, manual approvals in place

    Level 3 — Managed: Consistent process followed, some automation, basic consistency checks

    Level 4 — Optimized: Full automation of transport sequences, integrated impact analysis, automated testing

    Level 5 — Excellence: Fully automated, compliance-ready, continuous improvement, audit-proof documentation

    Most companies we encounter in practice are at Level 1 or 2. beteo’s consulting approach helps companies systematically progress through these levels, with each improvement delivering measurable reductions in transport-related incidents and operational costs.

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  • SAP Transport Maturity Model

    beteo has developed a maturity model for SAP Transport Management. The model divides transport maturity into 5 levels, from manual, error-prone processes through to fully automated, compliance-compliant workflows.

    The 5 Maturity Levels

    Level 1 – Chaotic: Transports are managed manually with no standardized process. Dependencies are tracked informally or not at all. “Overtaker transports” causing production issues are common.

    Level 2 – Repeatable: Basic transport procedures are documented and followed consistently. A transport route is defined, but consistency checks are still largely manual.

    Level 3 – Defined: Transport management is formally defined with clear governance. Automated syntax and dependency checks are in place. The import queue is managed proactively.

    Level 4 – Managed: Transport processes are measured and controlled through KPIs. Automated consistency checks with horizontal and vertical validation prevent most transport-related incidents. Impact analysis is performed before deployment.

    Level 5 – Optimizing: Fully automated transport management with continuous improvement processes. Changes are traced end-to-end from requirement to production deployment. Compliance documentation is generated automatically.

    Organizations can use this model to determine their current maturity level and derive targeted improvement measures. Most large SAP organizations operate at Level 2-3. Moving to Level 4-5 delivers the greatest benefits in terms of reduced downtime and operational efficiency.

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  • SAP Change & Transport Management — Efficient and Secure

    SAP Change & Transport Management — Efficient and Secure. By Dieter Steiger.

    Instead of continuously fighting problems after importing changes into the SAP landscape with expensive firefighting efforts, a tool-supported, automated SAP Change and Transport Management environment with built-in consistency assurance measures can eliminate the root causes of these problems once and for all.

    The measures to be taken can be divided into organizational measures, technical transport validation, and consistency assurance measures with horizontal and vertical effect.

    • Organizational measures: Clear governance structures, defined roles and responsibilities for transport management, mandatory approval workflows
    • Technical transport validation: Automated consistency checks before transport execution, dependency analysis between transport requests
    • Horizontal consistency assurance: Ensuring that transport sequences are maintained across system levels (preventing “overtaker transports”)
    • Vertical consistency assurance: Ensuring completeness and consistency within system tiers (DEV → QA → PRD)

    Conclusion: With a certain fatalism, many large SAP organizations still solve reactively the problems arising from transporting changes. The resulting costs are simply accepted as inherent to the system. However, with a clean, automated process and embedded consistency assurance measures, many of these efforts can be eliminated once and for all.

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  • SAP Change & Transport Management – Efficient and Secure

    Instead of continuously spending large sums fighting fires after deploying changes to the SAP landscape, a tool-supported, automated SAP Change and Transport Management environment with built-in consistency measures can eliminate the root causes of these problems once and for all.

    The necessary measures can be divided into:

    • Organizational measures: clear governance structures, defined responsibilities, and standardized processes for change requests and transport approvals
    • Technical transport validation: automated syntax checks, dependency analysis, and pre-deployment testing before any transport reaches production
    • Consistency assurance: both horizontal (across systems at the same level) and vertical (across system levels, ensuring objects are transported in the right sequence)

    Conclusion: With a certain fatalism, many large SAP organizations still resolve problems arising from change transports reactively. The resulting costs are simply accepted as inherent to the system. Yet with a clean, automated process and embedded consistency measures, many of these efforts can be eliminated once and for all. The investment in proper SAP Change & Transport Management pays for itself rapidly through reduced downtime, fewer emergency fixes, and lower overall operational costs.

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  • Transport Management: SAP CTS Will Hardly Straighten It Out

    Based on many years of experience in SAP solution management and Application Lifecycle Management, beteo is convinced that the control of software transport in complex SAP system landscapes is one of the most challenging tasks facing SAP customers. At the same time, it is one of the most underestimated tasks.

    Many SAP customers believe that the SAP Change and Transport System (CTS) covers all their transport management requirements. However, CTS is merely a transport tool. It has no knowledge about which changes in a SAP system are related to each other, and which software transports must therefore be transported together. So, using CTS alone, it is impossible to coordinate transport activities in a complex SAP system landscape reliably.

    Basically, the most important question which must be answered for any change in the system landscape is: “Which other parts of the system landscape are affected by this change?” CTS provides no answer to this question. The answer requires a comprehensive solution management tool that manages all change- and transport-relevant dependencies.

    In SAP environments, transport management is even more challenging than in other IT environments due to SAP’s highly integrated architecture. In SAP environments with multiple clients and systems, just keeping an overview of the transport landscape and the transport activities is already challenging.

    beteo’s experience shows that standardized processes and tools for transport management can significantly reduce costs and risks. We help our clients establish reliable transport management in their SAP environments.

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  • SAP Change and Transport Management – Efficient and Safe

    In order to handle the various problems resulting from changes to a SAP landscape, it is common use to spend of lot of money on experts rushing to fix them. But there is a better alternative: Focussing on a tool-supported, automated SAP change and transport management environment, including measures to ensure consistency, can eliminate the cause of the failures once and for all. There is a couple of measures to be taken: organizational measures, technical transport validation, and consistency-ensuring measures with horizontal and vertical effects.

    Basic Organizational Measures

    • Definition, digitalization of the end-to-end transport process or of the whole change process
      • ensuring that no transport request (technical change) is issued without change request (organizational change)
      • diversification of the transport types so that for projects and releases the suitable transport can be selected
    • Replacing manual execution by automatic technical implementations
      • no inconsistencies due to missing and/or incorrect interactions
      • release processes are validated, executed and documented
      • tedious routine tasks are automated
    • Also operational customizing must be subject to a controlled change management process.
    • Creating development guidelines and naming conventions to support change and transport management
      • changes can be checked for consistency with respect to form and – in parts – content
    • Definition of a company template – particularly useful if there are more than one development client

    Validation of Transports

    • Early detection and exclusion of risky objects from transport, e.g. NRIV objects (SAP number ranges)
    • Formal validation of the transport objects with regard to project/support release and organizational unit they belong to
      • ensuring that a transport request contains only related changes or changes for specific areas so that parallel project activities are not compromised
      • code inspection based on system engineering, validation of the transport object´s affiliation
      • ensuring that the development guidelines are followed and verifying – on the basis of naming conventions – that the code is related to one single business area
    • Verifying, for example by running test imports, if all referenced objects which are not yet on the target system are transported
    • Object-related customizing documentation such as owner, change, changed keys, including customizing versioning
      • complete documentation, complete history (comprehensive life cycle of the customizing settings), traceability and audit trail

    General Consistency Measures

    • Content-related division of transport requests of multiple projects or maintenance requests
      • consistent, project-oriented deployment; interdependencies of objects are understood, taken into account and controlled
      • autonomy of projects in terms of change transport
    • Opening and closing of the systems and clients should – whenever possible – be subject to an automated change process
      • system-based monitoring of the change; it can be tracked at any time, when system changes were possible.

    Horizontal Consistency-Ensuring Measures

    • Ensuring the correct sequence when transporting customizing changes, workbench transport objects (programs and data structures), considering dependencies between workbench and customizing objects with regard to overtaking issues.
      • No inconsistencies on target systems resulting from early arrival of objects (overtaker issues)
    • Rollback functionalities and automated updating of systems and clients based on transport history (system or client copy) when systems are re-initialized, added or when changes need to be reset.
      • Full transparency as to which transport orders apply to which system or client level. Executed transport orders can be undone at any time when unexpected problem show up or lests are not successful.

    Vertical Consistency-Ensuring Measures

    • Ensuring the correct installation order of all changes (transport requests from all SAP component systems such as SAP CRM, ERP, BW for ABAP and customizing, Java packages, portal configurations) before they are further processed on the target system. This includes all changes that have to be installed together, not by themselves via different SAP Transport Systems (SAP TMS).
      • all changes belonging to a group are completely installed before the next organizational step is released
    • Synchronizing and locking of company template customizing
      • no inconsistent company templates in target system landscapes
      • vertical distribution of these settings to all SAP component systems

      • Horizontale und vertikale Konsistenzsicherung


    Summary
    Many big SAP organizations still practice a reactive method of solving the problems resulting from change transport. The enormous costs seem to be accepted as inherent to the process. But we have seen that applying a clean automated process including consistency-ensuring measures can save a lot of money and puts aside large parts of the work involved.

    Interestingly, not the unnecessary and incalculable costs and effort motivate more and more enterprises to improve their SAP change and transport management, but the requirements which result from compliance rules and which, SAP IT, too, is faced with. Thanks to the transparency and traceability of the processes and to comprehensive documentation, SAP change and transport management, if stringently applied and supported by suitable tools, will supply these needs on the fly.

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