Written by Minami — Paddy & Water Inc. / Technology & Platform

SAP_CloudALM Overview

The Complete Guide to SAP Cloud ALM

The New Standard ALM Platform for SAP System Implementation and Operations

July 2026

This document is a systematic explanation of SAP Cloud ALM, the cloud-native Application Lifecycle Management (ALM) platform provided by SAP, covering the full range of implementation, operations, and service functionality based on publicly available SAP materials. It is written primarily for SAP consultants, IT department staff, and project managers, and also includes practical points for effective use.

Chapter 1　What Is SAP Cloud ALM

1-1　The Concept of ALM (Application Lifecycle Management)

Application Lifecycle Management (ALM) is a general term for the processes, tools, and methodologies that enable an organization to manage the entire lifecycle of its business applications (ERP, CRM, SCM, etc.) from implementation through retirement. In the SAP context, ALM primarily refers to the following two areas of activity.

• [Implementation] Management activities for planning and efficiently carrying out the design, configuration, testing, and deployment of a new system

• [Operations] Management activities that support the stable operation, monitoring, problem resolution, and continuous improvement of a system after it goes live

Without proper ALM, projects are prone to significant delays, quality degradation, prolonged operational incidents, and excessive dependence on individual expertise for problem resolution. SAP Cloud ALM is provided as a platform that comprehensively addresses these challenges.

1-2　Overview and Positioning of SAP Cloud ALM

SAP Cloud ALM is a cloud-native ALM platform that SAP redesigned from the ground up. Positioned as the successor to SAP Solution Manager (Solman), the traditional on-premise ALM tool, it is delivered as a SaaS offering on SAP Business Technology Platform (BTP) based on a cloud-first design philosophy.

Feature	Description
Cloud-native design	Delivered as SaaS on SAP BTP. A ground-up redesign results in an architecture that conforms to modern cloud standards
Immediate availability	Provisioning takes 15 minutes. No deployment or advance configuration work is required, allowing use to begin the same day
Continuous updates	Daily delivery plus biweekly feature releases mean the latest functionality is always applied automatically
License included	Included with SAP Enterprise Support and SAP Cloud Subscription (no additional charge required)
Open API	Enables integration with external tools (test automation, ITSM, collaboration tools) via APIs
Hybrid support	Centrally manages hybrid landscapes spanning cloud, private cloud, and on-premise systems

1-3　Three Core Areas

SAP Cloud ALM consists of three areas: “Implementation,” “Operations,” and “Service (service collaboration).”

Area	Purpose	Main Flow	Value Delivered
for Implementation	Accelerating cloud adoption and ensuring quality	Design→Build→Test→Deploy	Standardizing implementation, automating tasks, ensuring traceability
for Operations	Ensuring business continuity and improving operational efficiency	Detect→Analyze→Correct→Automate	Early detection of anomaly signs, root-cause analysis, automated correction
for Service	Coordinating and optimizing SAP services	Prepare→Deliver→Share→Follow-Up	Increasing transparency of SAP service delivery, managing follow-up

1-4　Licensing and Delivery Model

Item	Description
License	Included with SAP Enterprise Support / SAP Cloud Subscription (no additional license required)
Memory (standard)	8 GB (included as standard)
API data transfer volume	8 GB of outbound API data transfer per month is included
Operational responsibility	SAP handles maintenance and operations; the customer is responsible only for application configuration and content management
Data center	Runs on SAP’s Business Technology Platform (BTP). Supports multiple regions globally
Access method	Request provisioning via the SAP for Me portal → tenant is issued within 15 minutes

Chapter 2　SAP Cloud ALM for Implementation (Implementation Support)

SAP Cloud ALM for Implementation is a platform built on the SAP Activate methodology that centrally manages cloud-centered implementation projects. Process design, task management, test management, and deployment management are all integrated, ensuring end-to-end traceability.

2-1　Integration with the SAP Activate Methodology

SAP Activate is the standard implementation methodology provided by SAP, an agile project management approach consisting of five phases: Prepare, Explore, Realize, Deploy, and Run. SAP Cloud ALM incorporates SAP Activate’s roadmaps, task templates, and best-practice content, providing a “ready-to-use, guided implementation environment” from the very start of a project.

Phase	Main Activities	Key Uses of SAP Cloud ALM
Prepare	Project planning, team organization, landscape preparation	Project creation, team registration, scope selection
Explore	Fit-to-Standard workshops, requirements gathering, gap analysis	Process management, requirements management, running Fit-to-Standard
Realize	Configuration, custom development, unit testing	Task management, user stories, tracking development progress
Deploy	Integration testing, UAT, production deployment	Test management, change and deployment management, feature management
Run	Production monitoring, continuous improvement	Seamless transition to SAP Cloud ALM for Operations

2-2　Process Management

Process Management is a set of functions that covers everything from designing To-Be processes to running Fit-to-Standard workshops and collecting and managing requirements.

Key Features

• Import of SAP standard content: Process templates from SAP Best Practices and Intelligent Enterprise scenarios are available from the very start of the project, supporting S/4HANA, SuccessFactors, and Ariba

• Process modeling: Value Flow diagrams and BPMN (Business Process Model and Notation) diagrams can be created and edited directly in the browser. Custom processes can also be added

• Process hierarchy management: Organizes processes in a hierarchical structure compliant with the SAP Enterprise Architecture model (Business Domain→Solution Scenario→Solution Process→Process Flow→Activity)

• Fit-to-Standard workshop management: Requirements are registered in real time during workshops. Fit/Gap status is recorded for each process, along with priority, owner, and workstream

• Requirements management: Collected requirements are broken down into tasks, user stories, and test cases. Progress toward fulfilling each requirement is tracked

• Solution documentation: Process design decisions, configuration details, and exception handling are documented in rich text, with approval and status management

2-3　Task Management

Task Management is the core function for visualizing, tracking, and assigning work across the entire project.

Types and Sources of Tasks

Task Type	Source	Characteristics
Roadmap tasks	SAP Activate methodology	Standard project management work (documentation, team formation, etc.). Automatically assigned to phases, sprints, and milestones
Process tasks	Process management and scoping	Dynamically appear or disappear in line with scoping changes; includes tasks such as running Fit-to-Standard workshops
Requirement tasks	Requirements management	Breaks down approved requirements into development tasks, user stories, and subtasks
Custom tasks	Project lead	Project-specific tasks can be freely defined and added

Key Features of Task Management

• Gantt chart: Visualizes dependencies between tasks, durations, and milestones

• Sprint and timebox management: Sprints and milestones are defined within each phase (Prepare/Explore/Realize/Deploy/Run), and tasks are assigned to them

• Team and role management: Tasks are pre-assigned to SAP Activate’s standard roles (project lead, business expert, consultant, etc.), allowing users to instantly check their own tasks

• Bulk editing and mass upload: Large numbers of tasks can be mass-uploaded from Excel and other sources, with support for bulk changes to priority, due dates, and assignees

• Integrated analytics: Task completion rates, delay trends, and progress by team are visualized in a real-time dashboard

2-4　Test Management and Execution (Test Orchestration)

Test Orchestration is closely integrated with process management, requirements management, and deployment management, and the test scope is automatically derived from the project scope.

Key Features of Test Orchestration

• Test case management: Centrally manages test cases linked to business processes and requirements, covering UAT (User Acceptance Testing), integration testing, and regression testing

• Manual test execution: Manual tests are executed following step-based test procedures, with results, status, and screenshots recorded

• Automated test integration: Standard integration with SAP S/4HANA Test Automation Tool (TAT). Integration with the third-party Tricentis Test Automation for SAP is also supported

• Defect management: Defects found during testing are linked to user stories and managed, with priority, status, and owner tracked

• Test plan management: Plans test cycles, testers, and schedules, with analytics on test execution status

• Test automation provider integration: Multiple automation engines can be connected via an open API

Test Automation Option	Target Environment	Integration Method
SAP Test Automation Tool (TAT)	SAP S/4HANA Cloud Public/Private Edition	Natively integrated with SAP Cloud ALM; connects without any configuration
Tricentis Test Automation for SAP	S/4HANA and other SAP products	Integrated via an open interface; officially supported from 2024 onward
Other automation tools	Products supporting Open API	Custom integration is possible via the SAP Cloud ALM API

2-5　Change & Deployment Management

Change & Deployment Management is a function for governing consistent deployment from the development environment through the quality assurance (QAS) environment to the production (PRD) environment.

Managing Features and Transports

• Feature management: Defines features (logical units of change) linked to requirements and user stories, and incorporates them into the deployment plan

• Transport management: Transport requests created in the development environment are approved, tracked, and deployed within Cloud ALM

• Deployment orchestration: Uniformly plans and executes deployments across multiple deployment providers

Support by Deployment Model

Deployment Model	Integration Method	Notes
S/4HANA Cloud Public Edition	ATO (Adaptation Transport Organizer)	SAP leads release management; Cloud ALM focuses on transport tracking and change documentation
S/4HANA Cloud Private Edition	CTS (Change and Transport System) integration	Integrates ABAP Transport Organization with Cloud ALM; manages the deployment approval flow
S/4HANA On-Premise	CTS integration (SAP NetWeaver ABAP)	Works with the existing SAP CTS environment; traceability is centrally managed in Cloud ALM
Extensions on BTP	SAP Cloud Transport Management Service (TMS) integration	Deployment of BTP packages/Multi-Target Applications (MTA) is managed from Cloud ALM

2-6　End-to-End Traceability

One of the greatest strengths of SAP Cloud ALM for Implementation is “end-to-end traceability.” Because processes, requirements, tasks, user stories, test cases, features, and transports are all linked to one another, it is possible to trace, from beginning to end, which task implemented a given requirement, which test verified it, and when it was deployed to production.

• Requirement → user story → task: Traces the breakdown of a requirement into development and configuration work

• Task → test case → defect: Tracks the quality verification results of work deliverables

• Test case → feature → transport: Tracks change management from test completion through deployment

• Process → requirement → test case: A complete audit trail of which requirements were verified by which tests for a given business process

Chapter 3　SAP Cloud ALM for Operations (Operational Monitoring)

SAP Cloud ALM for Operations is an integrated monitoring and automation platform for “ensuring business continuity” in an SAP landscape after it has gone live. It continuously maintains the health of systems and business processes through a four-step cycle: Detect → Analyze → Correct → Automate.

3-1　Overall Architecture of Operations Monitoring

SAP Cloud ALM for Operations consists of the following six monitoring categories, covering both the technical layer and the business process layer.

Monitoring Category	Monitoring Target	Main Functions
Business Process Monitoring	Business process KPIs and execution quality	Process anomaly detection, KPI dashboards, drill-down into business documents
Integration & Exception Monitoring	Integration message flows and exceptions	End-to-end message correlation, exception alerts, monitoring of peer connections
User & Performance Monitoring	End-user experience and response times	Measurement of frontend/server-side performance, usage analysis
Job & Automation Monitoring	Execution status of batch jobs and automation tasks	Alerts on job delays/failures, tracking of execution logs
Health Monitoring	Operational status of cloud services and systems	SLA monitoring, downtime logging, service availability reporting
Intelligent Event Processing	Event correlation and pattern recognition	Correlation analysis and early warning detection of events using AIOps

3-2　Business Process Monitoring

Business Process Monitoring is a function that monitors, from a business perspective, not only the “internal technical state” of the ERP system but also whether business processes are proceeding normally. It functions as a shared collaboration platform for Line of Business (LOB) departments and IT.

• Automatic KPI discovery: Automatically detects relevant business process KPIs from connected SAP solutions and proposes them as monitoring targets

• Visualization of process health: Visualizes KPIs for business processes such as sales orders, purchase orders, inventory, payments, and manufacturing in real time, immediately detecting anomalies, delays, and backlogs

• Drill-down into business documents: After a KPI anomaly is detected, it is possible to drill directly down to the specific business documents at issue, such as purchase orders, invoices, or production orders

• Automated problem resolution: Can be configured to automatically execute a predefined corrective action (Operation Flow) when an alert occurs

• Predefined content: SAP-provided standard monitoring templates allow monitoring of key KPIs to begin immediately after connection

3-3　Integration & Exception Monitoring

This function monitors issues related to data integration between systems on an end-to-end basis. Within a distributed SAP landscape, it can trace which message failed and where, across system boundaries.

• End-to-end message correlation: Links individual messages together as an end-to-end message flow, centrally monitoring flows that pass through SAP Integration Suite (Cloud Integration)

• Peer connection monitoring: Covers not only integrations via SAP Integration Suite but also peer-to-peer (P2P) interfaces

• Exception alerts: Automatically detects exceptions such as message failures, retries, and dead letters, and notifies the responsible party

• Business-driven issue tracking: Message flows can be traced from a business perspective, such as “was the order confirmation for sales order X sent to Company A?”

3-4　User and Performance Monitoring

Measures the performance actually experienced by end users across three layers: frontend, network, and server-side.

• Measuring end-user experience: Automatically measures response times on the browser or mobile device side, identifying points where users perceive the system as slow

• SAP Passport technology: Correlates performance data measured at the frontend, cloud services, and system levels to pinpoint the true root cause, whether it lies in the frontend, the network, or the server

• Feature usage analysis: Analyzes the frequency of use of business functions and the number of user sessions, helping to prioritize optimization efforts

3-5　Job & Automation Monitoring

A function that monitors the execution status of batch jobs, scheduled jobs, and automation tasks.

• Job schedule monitoring: Automatically tracks the start, completion, delay, and failure of recurring jobs

• Job failure alerts: Immediately raises an alert and notifies the responsible team when a job terminates abnormally

• Execution logs: Job execution history, run times, and error messages can be viewed directly from Cloud ALM

3-6　Health Monitoring

Monitors the operational status and service levels of cloud services and systems.

• Service availability monitoring: Monitors the operational status of SAP cloud services in real time, tracking actual performance against SLAs

• Business downtime management: Records downtime caused by planned maintenance or incidents, quantifying the impact on the business

• Business event calendar: Registers business events such as month-end closing, inventory counts, and peak periods on a calendar, dynamically adjusting monitoring alert thresholds

3-7　Alert Management and Notifications

Issues detected in each monitoring category are handled by an integrated alert management function.

• Centralized aggregation of alerts: Aggregates alerts from every layer — business processes, integration, users, jobs, and more — into SAP Cloud ALM

• Intelligent event processing: Correlates multiple related alerts to automatically identify the root cause and scope of impact (an AIOps capability)

• Notification management: Configures notification channels such as email, tickets (via ITSM system integration), and task creation, and defines escalation rules to the responsible team

• ITSM integration: Integration with external ITSM tools such as ServiceNow and Jira enables automatic ticket creation

3-8　AIOps: Operational Automation and Prediction

SAP Cloud ALM for Operations provides AIOps (AI for IT Operations) capabilities that use machine learning to achieve the following advanced automation.

• Early anomaly detection: Learns “normal patterns” from past operational data and raises an alert when it detects early signs of an anomaly before it occurs

• Event correlation: Analyzes correlations among alerts that occur simultaneously across multiple systems and automatically identifies the root cause, reducing noise

• Operation Flows (automated correction): Defines, in flow form, corrective actions to be executed automatically in response to specific alert conditions, automating tasks such as job reruns and message reprocessing without human intervention

• Learning-based optimization: Learns from patterns in the corrective actions taken by operations staff and generates proposals to automate responses to similar issues

Chapter 4　SAP Cloud ALM for Service (Service Collaboration)

SAP Cloud ALM for Service is a functional area that supports collaboration with the support, consulting, and managed services provided by SAP itself. Through the four steps “Prepare → Deliver → Share → Follow-Up,” it increases the transparency of SAP service delivery and streamlines collaboration between the customer and SAP.

Step	Activities
Prepare	Preparation ahead of SAP service delivery: setting up access to the target system, gathering information, and confirming the service plan
Deliver	Service delivery by SAP experts, with progress and results shared in real time via Cloud ALM
Share	Documenting service results, reports, and recommendations, and sharing them with the customer
Follow-Up	Management of action items by the customer and tracking of their implementation status

The for Service capability strengthens collaboration with SAP Preferred Success and various advisory services provided under SAP Enterprise Support. Customers can check the status of service delivery in real time within Cloud ALM, and can manage recommended actions directly as tasks.

Chapter 5　Setup and Administration

5-1　Provisioning

Provisioning of SAP Cloud ALM is requested through the “SAP for Me” portal. Any customer holding an SAP Enterprise Support license or the applicable cloud subscription license can request provisioning at no additional cost. A tenant is issued approximately 15 minutes after the request, allowing use to begin the same day.

Provisioning Steps (Overview)

• Step 1　Sign in to the SAP for Me portal → search for “SAP Cloud ALM” → click the “Provision” button

• Step 2　Select the region of the BTP subaccount to deploy to (such as the Japan region)

• Step 3　Approximately 15 minutes later, receive an email confirming that provisioning is complete → access the tenant URL

• Step 4　Configure the connection with Identity Authentication Service (IAS) to build the user authentication foundation

5-2　User Management and Roles

User management in SAP Cloud ALM integrates with SAP BTP’s Identity Authentication Service (IAS). Integration with a company’s own IdP (such as Azure AD or Okta) is also possible.

Role Collections (Major Ones)

Role Collection	Summary of Privileges
Cross Global Administrator	Administrator privileges spanning all projects, covering user management, landscape management, and overall service configuration
Project Administrator	Configuration of the overall project, member management, and scope settings
Project Lead	Project progress management, task management, and viewing reports
Project Member	Executing assigned tasks, running test cases, and editing documents
Project Viewer	View only (read-only)
User Administrator	Inviting users to Cloud ALM and approving role assignments

5-3　Landscape Management

In Landscape Management, the systems and services that are subject to monitoring and implementation are registered in SAP Cloud ALM.

• Services: SAP cloud services (such as S/4HANA Cloud, SuccessFactors, and Ariba) are registered, with automatic integration configured via SAPIF

• Systems: On-premise/private cloud systems such as S/4HANA Private Edition, on-premise systems, and PI/PO systems are registered, connecting via SAPOSS (SAP Support Backbone) or SAP Edge Service

5-4　Configuring Transport Management

S/4HANA Cloud Public Edition (ATO)

In S/4HANA Cloud Public Edition, transports are mainly carried out via ATO (Adaptation Transport Organizer), which is managed by SAP. SAP Cloud ALM is responsible for tracking ATO operations, managing change documentation, and confirming deployments.

S/4HANA Private Edition / On-Premise (CTS Integration)

By integrating the ABAP system’s CTS (Change and Transport System) with SAP Cloud ALM, the creation, approval, and deployment of transport requests can be governed through the change management flow in Cloud ALM. This requires installing the CML (Cloud ALM Monitoring Library) package on the ABAP system and configuring a connection to Cloud ALM via SAP Launchpad.

BTP Extensions (Cloud TMS Integration)

Deployment of extensions, integrations, and other content on BTP is managed through integration with SAP Cloud Transport Management Service (Cloud TMS). MTA (Multi-Target Application) packages are deployed via Cloud TMS, and feature-level traceability is ensured in Cloud ALM.

5-5　Integration with Test Automation Providers

Provider	Setup Overview
SAP Test Automation Tool (TAT)	Integration is automatically enabled simply by registering the S/4HANA Cloud Public Edition tenant in Cloud ALM; no additional configuration is required
Tricentis Test Automation for SAP	Connection settings for SAP Cloud ALM are configured on the Tricentis side; integration is via an open API interface, with test plans and execution results automatically synced to Cloud ALM

Chapter 6　Supported Solutions and Roadmap

6-1　Supported Solutions

SAP Cloud ALM covers all of SAP’s major solutions. The following roadmaps are available as targets for implementation projects.

Target Solution	Supported Implementation Types
SAP S/4HANA Cloud Public Edition	New implementation (2-system/3-system landscape), upgrade, baseline activation service
SAP S/4HANA Cloud Private Edition	New implementation, system conversion
SAP S/4HANA On-Premise	New implementation, system conversion, selective data transition, upgrade
SAP SuccessFactors	New implementation (all modules supported)
SAP Ariba / SAP Fieldglass	New implementation
SAP Sales Cloud / Service Cloud	New implementation
Intelligent Enterprise (cross-solution)	End-to-end implementation of Intelligent Enterprise scenarios

6-2　Solutions Supported for Operations Monitoring

Monitoring Category	Supported Solutions
Business Process Monitoring	SAP S/4HANA Cloud, SAP S/4HANA, SAP SuccessFactors, SAP Ariba (predefined content provided)
Integration & Exception Monitoring	SAP Integration Suite (Cloud Integration), various peer connections, SAP Process Orchestration (PI/PO)
User & Performance Monitoring	SAP Fiori-based applications in general
Job & Automation Monitoring	SAP S/4HANA Cloud, SAP S/4HANA, automation on SAP BTP
Health Monitoring	All cloud services on SAP BTP, SAP S/4HANA Cloud

6-3　Ongoing Roadmap Evolution

SAP Cloud ALM is continuously enhanced through biweekly feature releases. The main directions of this evolution are as follows.

• Integration with SAP Business Transformation Center (BTC): Expanding the application of Cloud ALM to data conversion and migration projects

• Providing process content for more solutions: Adding standard process content for SAP Ariba, SAP S/4HANA On-Premise, and others

• CI/CD pipeline support: Strengthening integration with continuous integration/delivery pipelines

• Expansion of AI and machine learning capabilities: Improving the predictive accuracy of AIOps and extending automated correction flows

Chapter 7　Comparison and Migration from SAP Solution Manager

7-1　Comparing SAP Solution Manager and SAP Cloud ALM

SAP Solution Manager (Solman) is an on-premise ALM platform that has been available since the 2000s, and many SAP customers still use it today. SAP Cloud ALM is positioned as its successor, delivered under a cloud-first design.

Comparison Axis	SAP Solution Manager (Solman)	SAP Cloud ALM
Delivery model	On-premise SaaS (installed at your own site or an SAP data center)	Cloud-native SaaS (on SAP BTP)
License	Available in principle to customers with SAP Enterprise Support (separate license requirements apply)	Included with SAP Enterprise Support / Cloud Subscription
Initial setup effort	Requires extensive configuration, customization, and hardware procurement	Provisioned in 15 minutes; goes live with minimal configuration
Updates	An annual SPS (Support Package Stack); applying it requires planned effort	Automatic daily delivery plus biweekly feature releases
End of maintenance	Solman is also affected in line with the end of mainstream maintenance for SAP ECC around 2027	Positioned as the standard ALM platform from 2027 onward
UI/UX	An older-generation UI based on Web Dynpro / SAPUI	A modern UI based on SAP Fiori 3, with mobile support
Scope	Primarily centered on on-premise/hybrid, with cloud support added later	Designed cloud/hybrid-first, while also supporting on-premise

7-2　Approach to Migration

SAP recommends migrating from SAP Solution Manager to SAP Cloud ALM in stages; it is not necessary to migrate all functionality at once. For new projects (particularly S/4HANA Cloud implementations), Cloud ALM should be used as the standard, while for Solman functionality still in use on existing projects, a phased migration should be considered according to the usage plan.

• New cloud projects: Adopt Cloud ALM as the standard ALM; Solman is not needed

• ChaRM (Change Request Management) on Solman: Migrate to Cloud ALM Change & Deployment Management

• Business Process Monitoring on Solman: Migrate to Cloud ALM Business Process Monitoring (a content migration tool is provided)

• Document Management on Solman: Migrate to Cloud ALM’s document management (or integration with a cloud DMS)

Chapter 8　Benefits of Adoption and Points for Effective Use

8-1　Benefits of Adoption

Category of Benefit	Specific Benefit
Faster go-live	SAP Activate’s standard content greatly reduces the effort needed for project planning and task creation, allowing substantive work to begin immediately from the start of the project
Higher quality	Linking the test scope to the project scope prevents gaps in testing; automated test integration streamlines regression testing
Cost reduction	Reduces license and maintenance costs for third-party ALM tools such as Solman; Cloud ALM is included with Enterprise Support, so no additional cost is required
Fewer operational incidents	Business Process Monitoring and AIOps detect early warning signs of incidents before they occur; automated correction shortens mean time to repair (MTTR)
Governance and audit readiness	End-to-end traceability fully preserves the audit trail of change history, approvals, and test results, strengthening internal control compliance such as J-SOX
LOB-IT collaboration	Business Process Monitoring is used as a shared platform between LOB and IT, promoting collaboration in identifying and resolving the causes of business disruptions

8-2　Points for Effective Use and Precautions

Points for Use in Implementation Projects

• Provision Cloud ALM immediately after the project starts and apply the SAP Activate roadmap to instantly visualize tasks

• Record requirements in real time within the Process Management function during Fit-to-Standard workshops. Eliminate parallel management in Excel/Word and make Cloud ALM the single source of truth

• Manage the test plan centrally in Cloud ALM, and set up integration with automated test tools (TAT/Tricentis) early to maximize the benefits of automated regression testing

• Link the deployment approval flow with Cloud ALM’s change management to eliminate the risk of unapproved changes reaching production

Points for Use in the Operations Phase

• Define Business Process Monitoring KPIs before going live so that business continuity can be monitored from immediately after go-live

• Grant the Project Viewer role to representatives of LOB departments and share the Business Process Monitoring dashboard with them, building an environment where LOB can check system status themselves without contacting IT

• Use Operation Flows to automate routine problem resolution (such as job reruns and message reprocessing), reducing the workload on operations staff

• Register month-end closing, inventory counts, and peak periods in the business event calendar, and configure the system to automatically raise the monitoring level during these critical periods

Points of Caution

• Cloud ALM is available to customers covered by SAP Enterprise Support. Customers with only basic SAP support are not eligible, so the support contract level should be confirmed

• Connecting to on-premise systems requires configuring SAP OOSS (Support Backbone) or SAP Edge Service, which assumes that the necessary network and firewall ports are opened

• 8 GB of API data transfer per month is included, but caution is needed regarding overages when monitoring large landscapes or a large number of systems

Conclusion

SAP Cloud ALM is not merely a “project management tool”; it is a strategic foundation for managing the entire lifecycle of an SAP system on a single platform. It incorporates the SAP Activate methodology and best-practice content, ensuring traceability from the implementation phase through the operations phase while achieving autonomous maintenance of operational quality through AIOps. For companies migrating from SAP Solution Manager, its cloud-native design offers the direct benefit of reduced initial costs, operating costs, and upgrade costs. For companies newly adopting SAP cloud solutions, it serves as a “ready-to-use implementation platform” that supports both faster go-live and quality assurance. Adopting Cloud ALM early, as the standard SAP ALM platform from 2027 onward, is directly linked to maintaining the competitiveness of an organization’s SAP landscape.

(This document was prepared based on publicly available SAP materials from 2022-2023. Features and roadmaps are subject to change without notice.)