Codebeamer integrations and connectors
Connect Codebeamer with ALM, PLM, DevOps, testing, modeling, and other engineering systems. AroTrace can synchronize selected information, maintain cross-tool links, bring connected context into supported tool experiences, and orchestrate bounded workflows while each system remains responsible for its own data.
Representative evaluated paths include Azure DevOps, Jira, Teamcenter, Windchill, and Polarion; the directory below lists the current Codebeamer paths. Exact behavior depends on the systems, versions, APIs, permissions, deployment, and configured use case.
Codebeamer implementation · Arorian
Oxbo
Arorian supported Oxbo’s Codebeamer implementation and developed an Agriculture Template around its engineering processes, including configuration, implementation guidance and user enablement.
Read the Oxbo story on ArorianCodebeamer integration paths
Each page describes a specific pair, the responsibility boundary, representative flows, and the questions that must be answered before rollout.
Integration area
Connect requirements and lifecycle decisions with the teams implementing and verifying them.
Integration area
Relate separately governed ALM environments without assuming one shared data model or workflow.
Integration area
Relate lifecycle work to physical product context, system models, and program planning.
PTC ecosystem experience
AroTrace is developed by Arorian Technologies GmbH, a PTC Partner with hands-on experience across Codebeamer integration, migration, and digital-thread initiatives. PTC’s engineering channels have featured Arorian specialists in sessions covering Codebeamer–Windchill integration and ALM migration to Codebeamer. The Codebeamer–Windchill session also presents AroTrace.
Across the engineering lifecycle
Codebeamer can govern requirements, tests, risks, and changes while adjacent teams work in specialized systems. AroTrace connects the engineering context across those boundaries without requiring every record to move into one tool.
Delivery
Relate governed requirements to work items, issues, code, and team delivery context in Azure DevOps, Jira, GitLab, or GitHub.
Verification
Bring selected build, test, and pipeline context into the lifecycle review through an evaluated delivery-system path.
Product data
Relate Codebeamer lifecycle work to product structures and engineering-change context in Windchill or Teamcenter.
Models and plans
Connect selected model or planning context from IBM Rhapsody Model Manager, CATIA Magic, or cplace.
Requirement estates
Preserve controlled context across Polarion, IBM DOORS Next, PTC RV&S, or another Codebeamer instance.
The named systems describe evaluated integration paths, not identical connector behavior. Available read, write, link, synchronization, embedded, or migration operations are confirmed for the specific path.
Evaluate the connection
A product-name pair is only the beginning. Define the workflow and context before selecting the integration mode.
Identify the process, decision, review, or handoff that must cross the system boundary.
Confirm the projects, object types, fields, values, relationships, and responsible systems.
Decide what to synchronize, link, embed, or orchestrate and which permissions apply.
Test representative engineering information, mappings, exceptions, and acceptance evidence before expanding.
Synchronize. Link. Embed. Orchestrate.
Synchronize what needs to move. Link what should remain in its source. Embed what engineers need in context. Orchestrate approved work across the toolchain.
Synchronize
Move configured information one way or bidirectionally where the evaluated connector, permissions, and use case support the required operations.
Link
Keep records in their responsible systems while making configured relationships and source context navigable for review.
Embed
Show supported connected information, relationships, navigation, or actions inside the engineer's existing tool context.
Orchestrate
Connect approved checks, statuses, reviews, handoffs, and updates across a bounded workflow.
One engineering context
AroTrace provides a governed context for participating projects and engineering relationships while connected tools retain their native structures and responsibilities.
Source ownership
Codebeamer and connected systems can keep their own identities, permissions, workflows, and lifecycle ownership.
Project boundary
Participating source projects can be mapped into a defined AroTrace project context for relationships, integrations, and workflows.
Shared meaning
Configured mappings connect tool-specific objects with common engineering concepts without treating distinct records as one object.
Reviewable operation
Mappings, integration runs, reconciliation, unmapped values, conflicts, and failures remain available for deliberate review.
Deployment, authentication, data paths, operational evidence, and suitability for a regulated process must be confirmed for the customer environment. AroTrace does not certify the customer, Codebeamer configuration, or complete engineering process.
Questions
Direct answers about integration models, connected systems, source ownership, objects, versions, and scope.
A Codebeamer integration connects requirements, tests, defects, changes, or other lifecycle information with another engineering system. Depending on the process, it can use synchronization, cross-tool links, embedded context, workflow orchestration, or a combination of these modes.
AroTrace provides evaluated integration paths with Azure DevOps, Jira, Polarion, IBM DOORS Next, PTC RV&S, another Codebeamer instance, Windchill, Teamcenter, GitLab, Jenkins, IBM Rhapsody Model Manager, CATIA Magic, and cplace. Exact operations depend on each path.
Connectors vary, but a point-to-point connector typically supports a defined exchange between two applications. AroTrace can combine selected synchronization with cross-system links, embedded engineering context, and workflow orchestration across multiple systems within a governed engineering context.
If a native Codebeamer integration supports the complete engineering process and required systems, it may be the simplest option. AroTrace becomes relevant when teams need additional systems, cross-tool traceability, embedded context, workflow orchestration, or a broader digital thread.
A custom integration can be appropriate for a specific point-to-point requirement. PTC notes that custom integrations may require ongoing maintenance when Codebeamer or the connected application changes. AroTrace provides a configurable integration approach for connecting additional systems, relationships, and workflows without designing every connection as an independent architecture.
No. Synchronization is one integration mode. AroTrace can also maintain cross-system links, provide supported embedded access to connected engineering context, and orchestrate bounded workflows across engineering systems.
Yes, where the connected APIs, permissions, connector, and configured use case support it. Other workflows may be one-way or use cross-tool links instead of copying data.
Yes, for supported embedded experiences. Available information, navigation, and actions depend on the connected system, host configuration, permissions, and evaluated integration scope.
Common examples include requirements, tests and results, defects, tasks, risks, changes, releases, documents, baselines, and their relationships. The exact object and field scope is configured for the connected system and engineering use case.
Supported versions depend on the specific integration and required operations. Compatibility is evaluated against the Codebeamer version, connected-system version, available APIs, authentication method, permissions, and required read, write, link, or embedded behavior.
Start a conversation
Share the systems, versions, artifact families, relationships, and first engineering decision that matter. We can evaluate a bounded integration path and the evidence needed to accept it.
