Delivery system
Work item
SW-88Implement stop controllerCross-tool traceability
Engineering Traceability Across Your Toolchain
A requirement may be defined in one system, implemented in another, and verified somewhere else. AroTrace preserves the directional meaning between those records, where they came from, and which relationships need review after change.
RequirementsSR-142Stop response ≤ 200 ms
implementsDeliverySW-88Implement stop controller
verified byVerificationRUN-204Response-time test
source identity relationship meaning provenance
What is engineering traceability?
Engineering traceability is the ability to follow meaningful relationships between requirements, product data, implementation work, tests, changes and verification evidence. Cross-tool traceability preserves those relationships across engineering systems without requiring every artifact to be copied into one repository.
Why traceability breaks across tools
Requirements may live in ALM, implementation work in Azure DevOps, GitLab or Jira, and product structures in PLM. Verification can take place elsewhere. The challenge is preserving the relationship across those responsibilities, not simply moving a field value. AroTrace maintains configured engineering relationships while the source systems remain authoritative.
The missing layer between systems
A digital thread is made of meaningful statements—not decorative lines.
“SW-88 implements SR-142” and “SR-142 is verified by RUN-204” are engineering statements. AroTrace records those directional relationships across source systems so the thread remains understandable even when each tool uses different structures and terminology.
implementsverified by testexecutes test case
Requirements system
System requirement
SR-142Stop response within 200 msTest system
Test run
RUN-204Response-time verificationTest system
Test case
TC-31Measure emergency stop- SW-88 implements SR-142
- SR-142 verified by test RUN-204
- RUN-204 executes test case TC-31
A practical digital thread
Connect the context without creating another authoritative copy.
Artifacts remain distinct records in their source systems. AroTrace makes their configured relationships visible through a shared engineering vocabulary.
Teams can inspect related work from an embedded artifact context or across a configured workspace, group links by their meaning, review origin and status, and navigate to the item in its home tool.
Explore the integration landscapeTwo views, one connected context
Start from the item in front of you—or investigate across the workspace.
Engineers can inspect direct relationships beside an artifact in a configured engineering tool. Evaluators and reviewers can use the workspace traceability view to narrow links by semantic type, relationship, status, and search.
In the engineering tool
What is connected to this item?
Verified by testImplemented by
RUN-204 · Response-time verificationVerified by testmanual
SW-88 · Stop controllerImplemented byagent
Across the workspace
Show relationships of this kind.
Requirement⌄Verified by test⌄Needs review⌄
SR-142verified by testRUN-204
SR-219verified by testRUN-318
SR-261verified by testRUN-407
Review after change
A requirement changes. The existing evidence becomes a question worth reviewing.
For configured relationships, a new artifact version can mark the link as suspect. AroTrace preserves the relationship and the relevant version context; it does not silently delete the link, judge materiality, or clear the question on someone’s behalf.
Requirement system
The requirement changes
A new artifact version changes the engineering context.AroTrace relationship
The link becomes suspect
The existing verification relationship stays visible and is marked for attention.Engineering review
A person resolves the question
Review the recorded context, then confirm, change, or remove the link.
Scope the evaluation
Start with the decisions people need to make.
ArtifactsIdentify the requirements, work items, product records, tests, code, and evidence that matter.
RelationshipsDefine which connections carry engineering meaning and in which direction.
Source systemsConfirm integrations, versions, mappings, permissions, and navigation paths.
Review behaviorDecide which changes should prompt review and who may create, clear, change, or remove links.
Synchronization is not the same as traceability
Synchronize
Copy selected information when more than one system needs a working representation.
Link
Maintain a meaningful relationship while each artifact remains in its authoritative source system.
Embed / contextual access
Show supported external engineering information in the working context without unnecessary replication.
Orchestrate
Coordinate configured actions, state changes or workflows across engineering systems.
The appropriate combination depends on the objects, permissions and supported operations of the selected integration.
Questions about cross-tool traceability
Does engineering data need to be copied into another repository?
No. Link-based traceability relates source-owned artifacts. Synchronization creates selected working copies only where the configured process needs them.
Can traceability span ALM and PLM?
Yes, configured relationships can connect engineering context across systems. Check the specific objects, mappings and operations on the relevant integration page, such as Codebeamer–Teamcenter; support is not identical across connectors.
What happens when a connected artifact changes?
Relationships configured for suspect tracking can be flagged for review when an artifact is edited. Engineers review and explicitly resolve the flag. This is not automatic multi-hop impact analysis.
Can each system remain the source of truth?
Yes. Each artifact retains its identity and responsibility in its source system. A cross-system relationship does not merge two records into one.
What version and provenance context is available?
Link provenance identifies manual or agent origin. Suspect review exposes the artifact version that raised the flag. Available context depends on the configured workflow; this does not promise a complete requirement, source, build and test baseline.
How does this differ from point-to-point synchronization?
Synchronization keeps selected information aligned. Traceability expresses how distinct engineering records relate and which connections need review. AroTrace combines these approaches with supported contextual access and orchestration rather than forcing every relationship to become a copy.
Explore specific integration paths:Codebeamer integrations ·Polarion integrations ·Codebeamer–Teamcenter
Engineering expertise behind AroTrace
Engineering implementation · Arorian
Hanon Systems
Requirements workflows grounded in engineering practice
Arorian developed traceability reports, dashboards, requirements authoring and breakdown capabilities, and Open Points List workflows integrated with Hanon’s ALM environment. Experience from these workflows informed capabilities within AroTrace.
Start a conversation
Discuss your traceability architecture
Describe the systems, artifacts, and change decisions involved. We can evaluate a traceability path that fits the actual landscape.
Traceability is one part of engineering context
Traceability focuses on meaningful lifecycle relationships. Engineering context may also include source identity, provenance, version or configuration references, workflow information and access/action constraints. Traceability contributes to the connected context used by digital-thread workflows and, where appropriate, Engineering AI.