SAP Integration Suite Git Version Control: GitHub, iFlows, and Backup
SAP Integration Suite now provides native Git access for Cloud Integration, connecting the development lifecycle of integration content with GitHub-based version control.
For integration teams, this adds a familiar way to track changes, maintain versions, and move supported integration content between SAP Cloud Integration and a Git repository. Developers can import content from a configured repository, push changes from the design workspace, and pull repository content back into the workspace.
But Git version control and disaster recovery solve different problems. Git answers questions such as:
- What changed?
- Which version was committed?
- When was the change made?
- Which branch contains it?
- Can a previous version of an integration artifact be retrieved?
Disaster recovery asks a different set of questions:
- What happens if the tenant or region becomes unavailable?
- Which integration assets must be recovered?
- Where are those assets stored?
- How are configuration and security dependencies restored?
- How is the recovered environment deployed and validated?
- How does traffic move to a secondary environment?
That distinction matters when designing a backup and recovery strategy for SAP Integration Suite. Git can provide version history for supported design-time content, but a Git repository should not automatically be treated as a complete backup of an Integration Suite environment.
SAP Integration Suite Git Version Control: What Native Git Access Does
Native Git Access connects SAP Cloud Integration with GitHub as part of the development lifecycle for integration content. SAP documents three core Git operations:
- Git Import: import content from a configured GitHub repository.
- Git Push: push supported changes from the design workspace to a repository.
- Git Pull: retrieve repository content into the design workspace.
This brings Git-based version control closer to the integration development process. Teams can maintain repository history alongside their integration development workflow rather than relying only on exported packages or manually maintained copies. For development teams, the practical benefit is traceability.
A change to an integration flow can be committed to a repository. Earlier versions remain available through Git history, and teams can use standard repository practices such as branches and pull requests around their development process. The important qualification is scope. Native Git Access is a mechanism for working with supported design-time integration content. It does not, by itself, represent a complete backup and recovery model for the tenant.
Git Version Control vs. SAP iFlow Backup
The terms version control and backup are often used interchangeably, but they describe different recovery objectives.
| Requirement | Git version control | Backup and recovery |
|---|---|---|
| Track changes to an artifact | Yes | Not the primary purpose |
| Maintain artifact history | Yes | Can provide retained recovery copies |
| Compare development changes | Yes | Not the primary purpose |
| Revert an integration artifact | Yes, where the artifact is versioned | Possible from a recovery copy |
| Protect against tenant loss | Not by itself | Yes, when the recovery design addresses tenant loss |
| Recover configuration dependencies | Requires separate consideration | Part of the recovery scope |
| Recover runtime dependencies | Requires separate consideration | Part of the recovery scope |
| Restore an operational integration environment | Not by itself | Core recovery objective |
| Support regional failover | Not by itself | Requires a broader architecture |
Consider two scenarios.
Scenario 1: A developer introduces a faulty change to an integration flow. Git version control is directly relevant. The team can inspect the repository history, identify the previous version, and use its established development process to restore or rework the artifact.
Scenario 2: The SAP Integration Suite environment becomes unavailable. The problem is no longer limited to the previous version of an iFlow. The recovery process may need to address another tenant, artifact synchronization, configuration, security dependencies, deployment, traffic routing, and operational validation.
The first is a version-control problem. The second is a recovery problem.
How SAP Cloud Integration Git Access Works
A typical Git workflow begins with the tenant administrator configuring access to a GitHub repository. The GitHub connection uses a personal access token with permissions appropriate to the Git operation being performed. SAP's current documentation specifies different repository permissions for operations such as import, pull, and push. Once access is configured, integration developers can use the supported Git operations from the Cloud Integration development environment. The workflow can then look like this:
1. Develop A developer creates or changes supported integration content in SAP Cloud Integration.
2. Commit The developer pushes the relevant changes to the configured GitHub repository.
3. Review The development team can use its existing Git workflow, including branches and pull requests, to review changes.
4. Retrieve Content can be pulled from the repository into the design workspace when required. This creates a version-controlled development workflow around integration content. The repository, however, remains one component of the overall integration lifecycle. Repository history does not automatically reproduce every dependency required to run an integration environment.
What SAP Git Access Covers, and What It Does Not
The most important distinction is between integration content stored in Git and the complete operational state of an integration environment. Native Git Access is designed around supported design-time content and Git operations. That makes it useful for source control, change tracking, and development workflows. A production recovery plan can require more. Depending on the landscape, recovery planning may need to address:
- Integration flows and other supported design-time artifacts
- Externalized configuration
- Security material
- Certificates and keystores
- Credentials and authentication dependencies
- Data stores or queues
- Persisted integration data
- Runtime configuration
- Endpoint and routing configuration
- Deployment and activation procedures
- Dependencies on services outside SAP Integration Suite
- Connectivity to external systems
These assets do not become recoverable simply because an iFlow is stored in Git. That is why the statement “our iFlows are in Git, so our Integration Suite environment is backed up” can be misleading. Git may protect an important part of the integration estate. It does not automatically establish that the entire environment can be reconstructed and brought back into operation.
Design-Time Content and Runtime Dependencies Are Different
An integration flow is a design-time definition of an integration process. The production system running that flow is a larger operational environment. For example, an integration may depend on:
- A specific endpoint
- Authentication credentials
- Client certificates
- Keystore entries
- Externalized parameters
- Queues
- Data stores
- External APIs
- Network connectivity
- Runtime configuration
- Deployment sequencing
If the iFlow is recovered without the dependencies required by the running integration, restoring the artifact alone does not restore the integration service. This distinction becomes especially important when recovery involves a secondary tenant or another region. A recovery architecture therefore needs to define not only what is stored, but also what can be restored and how it becomes operational again.
Can SAP Git Access Replace an Integration Suite Backup Strategy?
No. Native Git Access should be treated as a version-control capability within the integration development lifecycle, not as a complete disaster recovery strategy. Git is valuable for maintaining a history of supported integration artifacts. It can also form part of a broader backup architecture. A recovery strategy needs a wider scope.
At minimum, teams should define:
- Recovery assets Which integration artifacts, configurations and dependencies need to be preserved?
- Recovery location Where are the protected copies stored?
- Recovery environment Where will the integrations run if the primary environment is unavailable?
- Deployment process How are recovered artifacts and configurations deployed?
- Connectivity How does the recovered environment connect to required systems?
- Traffic routing How is traffic directed to the recovery environment when required?
- Validation How does the team confirm that critical integrations are operational after recovery?
These are recovery architecture questions, not Git configuration questions.
Git Version Control and SAP Integration Suite CI/CD
Git becomes even more useful when it forms part of a controlled CI/CD process. A typical development model can use Git as the source repository while automation handles validation, transport, deployment, or other lifecycle activities. This separates several capabilities that are sometimes grouped together under the term “Git integration”:
| Capability | Primary purpose |
|---|---|
| Native Git Access | Git operations for supported integration content |
| Git repository | Version history and source control |
| CI/CD tooling | Automated development and deployment workflows |
| Backup | Protected copies of recovery assets |
| Disaster recovery | Restoration and operational continuity |
| Failover automation | Switching operations to a recovery environment |
These capabilities can complement one another, but they should not be treated as interchangeable. A repository can be the source of truth for development without being the only recovery mechanism for production.
Why Git Version Control Is Not the Same as Disaster Recovery
The distinction becomes clearer when the failure scenario changes.
When an integration flow needs to be reverted
Git is directly useful. A team can identify the relevant version, review the change history, and restore the appropriate artifact through its established development process.
When the production tenant is unavailable
Git alone is insufficient. The team needs a recovery environment and a defined process for getting the required integration assets into that environment.
When a region becomes unavailable
The recovery problem becomes broader still. The organization may need:
- A secondary Integration Suite tenant
- Synchronization of relevant integration assets
- Protected backup copies
- Configuration consistency
- Security and connectivity readiness
- Traffic routing
- Failover procedures
- Post-failover validation
This is the territory of disaster recovery and operational resilience, not source control. For a broader discussion of cross-region resilience, tenant synchronization, routing and recovery architecture, see Tarento's existing article on SAP Integration Suite cross-region resilience rather than duplicating those topics here.
What Should Be Backed Up Beyond iFlows?
The exact recovery scope should be defined from the architecture and business-critical integrations rather than assumed from the contents of a Git repository. A recovery inventory can include:
| Asset or dependency | Why it matters |
|---|---|
| Integration flows | Core integration logic |
| Other design-time artifacts | Required to reconstruct supported integration content |
| Externalized configuration | Environment-specific values may differ between tenants |
| Security material | Authentication and secure connectivity may depend on separate assets |
| Certificates and keystores | Required by integrations using certificate-based connectivity |
| Queues and data stores | May contain operational state or messages |
| Runtime configuration | Required to operate recovered integrations correctly |
| Endpoints and routing | Required to reconnect systems and direct traffic |
| Deployment procedures | Required to move recovered artifacts into an operational state |
| External dependencies | Integration availability can depend on systems outside Integration Suite |
Not every landscape requires every item in the same way. The important step is to map the dependencies of each business-critical integration and define how each one is protected and recovered.
Where OneFailover Fits
Git can form part of a broader SAP Integration Suite resilience architecture. Tarento's OneFailover approach extends that model beyond repository-based version history. It provides capabilities for automated artifact synchronization between tenants, Git-based version control and backup, tenant management, failover configuration, and cross-region failover. The architecture described by Tarento uses Azure Storage Accounts for binary package storage and Git repositories such as GitHub or Atlassian for artifact version control. It also supports synchronization between primary and secondary Integration Suite tenants.
This creates a different operating model from simply storing iFlows in Git. The repository provides version history and a protected artifact copy. Tenant synchronization keeps the recovery environment aligned. Failover and routing mechanisms address the transition from the primary environment to the secondary environment.
In other words:
Git manages artifact history. Backup protects recoverable copies. Tenant synchronization keeps environments aligned. Failover automation manages the transition. That is central to designing a recovery model for SAP Integration Suite.
Frequently Asked Questions
Does SAP Integration Suite have native Git support for iFlows?
Yes. SAP Cloud Integration currently provides Git Access for GitHub. Tenant administrators can configure GitHub repositories, and integration developers can use supported Git operations including Import, Push, and Pull for design-time integration artifacts.
Can SAP Cloud Integration connect directly to GitHub?
Yes. SAP's current Git Access documentation describes connecting Cloud Integration to GitHub using a repository URL and Personal Access Token.
Is SAP Cloud Integration Git Access a backup solution?
Git Access provides version control for supported design-time artifacts, but it should not be treated as a complete SAP Integration Suite disaster recovery solution. Runtime dependencies, security material, configuration, persisted data, and other recovery requirements may require separate mechanisms.
What is the difference between SAP iFlow version control and backup?
Version control records changes and versions of development artifacts. Backup preserves recoverable copies of assets required for restoration. A Git repository can provide version history while a separate backup and recovery architecture protects the wider environment.
Can GitHub be used for SAP iFlow version control?
Yes. SAP Cloud Integration's current Git Access capability supports GitHub repositories for supported design-time Git operations.
What did teams use before native SAP Git Access?
Community tooling existed before native Git Access. FlashPipe, for example, has supported synchronization between SAP Cloud Integration and Git repositories and provides workflows for syncing design-time artifacts with GitHub.
Does Git back up SAP Integration Suite credentials?
Git version control should not be treated as a general mechanism for backing up credentials or security material. Security material is managed separately from integration artifacts in Cloud Integration. FlashPipe's documentation also distinguishes access to design-time artifacts from configuration and security-related operations. A recovery architecture should define how security material is protected and restored without exposing secrets through a development repository.
SAP Integration Suite Git Version Control: The Practical Takeaway
Native Git Access changes how teams can manage versions of supported SAP Cloud Integration content. Developers can connect Cloud Integration with GitHub, import content, push changes, pull repository versions, and incorporate Git-based practices into the development lifecycle. That solves an important version-control problem. It does not eliminate the need for backup and disaster recovery planning.
A Git repository containing integration flows is not automatically equivalent to a recoverable SAP Integration Suite environment. Production recovery can involve configuration, security material, runtime dependencies, connectivity, secondary tenants, deployment procedures and traffic routing.
The right architecture therefore treats Git as one layer of the integration lifecycle rather than the entire resilience strategy. For teams evaluating SAP Integration Suite recovery, the key question is not simply “Are our iFlows in Git?” It is: “If our production integration environment becomes unavailable, do we have everything required to restore the integrations and return them to operation?” That is the question a complete backup and disaster recovery strategy needs to answer.
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