Polarion integration landscape
AroTrace connects selected Polarion requirements, work items, documents, tests, baselines, and relationships with context managed across adjacent engineering systems.
Every path is evaluated for product versions, artifacts, document structure, relationships, operations, permissions, direction, deployment, and the customer use case. Polarion and connected systems can remain responsible for their own records.
Production deployment
Hamilton Robotics
Hamilton Robotics uses AroTrace and AroAgent with Polarion for AI-assisted test generation. Engineering knowledge sources, refinement through engineer feedback and traceability support the workflow, with engineers retaining review and control over outputs.
Explore the Hamilton storyPolarion integration paths
The current directory is deliberately bounded. Each page describes the responsibility boundary, evaluated scope, and the questions that must be answered before rollout.
Integration area
Relate requirement, document, baseline, and verification context across separately governed lifecycle environments.
Integration area
Relate Polarion requirements and verification work to product data and engineering changes managed in PLM.
Integration area
Connect governed requirements and tests with selected delivery, build, and execution evidence.
Integration area
Preserve selected relationships between models or planning context and Polarion lifecycle records.
Polarion in context
Polarion can govern requirements, documents, work items, tests, baselines, and approvals while product, delivery, modeling, and change context remains in other systems.
ALM
Relate selected requirement, test, baseline, and approval context across separately governed ALM systems.
Product data
Connect lifecycle decisions with product structures, documents, configurations, and engineering-change context.
Delivery
Relate governed requirements to selected planning, issue, implementation, and delivery records where a path is evaluated.
Verification
Keep the requirement, test, execution, and review context needed for a bounded verification decision.
Architecture
Preserve relationships between selected architecture or planning context and the lifecycle records reviewed in Polarion.
These areas describe engineering boundaries, not identical connector availability. The directory below links the currently documented Polarion paths; exact scope still requires an individual assessment.
A bounded first path
The first rollout should prove one useful lifecycle path with representative records and explicit acceptance evidence.
Identify the review, handoff, implementation, verification, or change decision the connection must support.
Compare projects, documents, types, fields, values, relationships, baselines, and permissions in both systems.
Confirm what may be read, written, synchronized, linked, skipped, or escalated for review.
Test representative records, structure, mappings, runs, reconciliation, exceptions, and ownership before expansion.
Synchronize. Link. Orchestrate.
Different boundaries need different behavior. The selected mode depends on the evaluated systems, versions, information model, permissions, and customer workflow.
Synchronize
Move approved fields or records through an evaluated mapping and direction when both sides need controlled local context.
Link
Keep selected context in its responsible source while making the relationship available to the engineering review.
Orchestrate
Use evaluated context to support approved checks, reviews, handoffs, and actions without hiding ownership.
Reviewable operation
A connection becomes dependable when teams can see what it may do, how document and artifact context is interpreted, and who resolves ambiguity.
Responsibility
Polarion and connected systems can keep their own identities, permissions, workflows, baselines, and lifecycle ownership.
Boundary
Projects, documents, types, fields, values, relationships, directions, and operations are defined explicitly.
Evidence
Representative records, structure, mappings, run history, reconciliation, and acceptance criteria support rollout.
Exceptions
Unmapped values, structural differences, skipped records, write failures, and conflicts remain review decisions.
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, Polarion configuration, or complete engineering process.
Questions
The useful answer depends on the exact systems, versions, document structures, artifacts, permissions, and operating model in scope.
The directory links each currently documented Polarion system pair. Every path remains subject to assessment for versions, enabled interfaces, artifacts, permissions, direction, and deployment.
It can remain responsible for its own requirements, documents, work items, tests, baselines, approvals, and history. Ownership is defined for the evaluated workflow.
No blanket direction is implied. Direction and create, update, link, or synchronization behavior are evaluated per connector, version, artifact type, permission set, and use case.
Selected document, heading, status, and requirement context can be evaluated for the specific path. The page does not promise that another system reproduces Polarion's document model.
No. Each system keeps its own baseline and configuration semantics; an evaluated path can retain the relationship between relevant review states.
Start with one bounded workflow, representative versions and records, explicit document and artifact mappings, named owners, direction, and acceptance evidence.
Start a conversation
Share the systems, versions, document structures, artifact families, relationships, and first engineering decision that matter. We can evaluate a bounded integration path.
