INTEGRATIONS
GitLab and Codebeamer Integration
Enhancing Traceability Between Development and Requirements with AroTrace
BOOK FREE DEMOConnecting GitLab and Codebeamer in a Unified Engineering Environment
GitLab and Codebeamer integration is rarely just a technical challenge – it’s a visibility problem. Requirements live in Codebeamer, code lives in GitLab, and without a reliable connection between the two, the link between teams specified and what developers delivered becomes invisible. AroTrace bridges this gap by establishing traceable, auditable links between development artifacts and engineering requirements, without disrupting existing workflows.
Why GitLab and Codebeamer Integration Is Harder Than It Looks
Connecting two platforms with a webhook is straightforward. Building integration that stays reliable, auditable, and meaningful across thousands of commits and hundreds of evolving requirements is not.
THE LINK BETWEEN REQUIREMENTS AND CODE BREAKS SILENTLY
When a developer commits code that addresses a Codebeamer requirement, nothing connects them automatically. Over time, this creates a gap between what was specified and what was delivered — a gap that only becomes visible during audits or after defects escape to production.
GITLAB AND CODEBEAMER SPEAK DIFFERENT LANGUAGES
GitLab structures work around commits, branches, merge requests, and pipelines. Codebeamer organizes engineering artifacts as requirements, test cases, change requests, and baseline-controlled releases. Mapping these two models consistently — without losing either the developer workflow or the ALM structure — requires more than a simple data sync.
LINKS MUST STAY VALID AS REQUIREMENTS AND CODE EVOLVE
Creating a link once is easy. The challenge is maintaining trustworthy traceability as teams modify requirements, refactor architecture, and development branches diverge. Without a governed link lifecycle, traceability matrices become stale and misleading faster than they can be corrected manually.
COMPLIANCE EVIDENCE CANNOT BE ASSEMBLED AFTER THE FACT
In automotive, medical device, and aerospace development, organizations must produce evidence that every requirement has been implemented and verified. When development and requirements management are disconnected, producing this evidence requires manual cross-referencing — which is both time-consuming and error-prone at scale.
How AroTrace Delivers GitLab and Codebeamer Integration
FROM COMMIT TO REQUIREMENT — WITHOUT LEAVING GITLAB
A developer working on a feature references a Codebeamer requirement ID directly in a GitLab commit message or merge request description. AroTrace detects the reference and creates a traceability link between the two artifacts — no context switching, no manual entry in a separate system.
WHEN A REQUIREMENT CHANGES
BEFORE A RELEASE
As a release baseline approaches, the team needs to demonstrate that requirements have been implemented. AroTrace produces traceability evidence that captures which requirements are linked to which development artifacts — ready for review, audit, or compliance assessment.
Key capabilities of GitLab and Codebeamer integration
Requirement-to-code traceability
Requirements managed in Codebeamer are linked directly to commits, branches, and merge requests in GitLab. Development work remains clearly connected to the engineering requirements it implements.
Automated link creation and maintenance
AroTrace creates traceability links automatically from developer references in GitLab, and maintains them as requirements and code evolve — reducing manual trace management without removing developer control.
Impact analysis across requirements and implementation
When a requirement changes, the integration identifies all affected development artifacts across GitLab. When code is refactored, stale links can be detected and flagged for review.
Governed link lifecycle
Links are managed entities with full lifecycle information: creator, timestamp, associated change request, and rationale. AroTrace surfaces stale, orphaned, or unreviewed links automatically — before they accumulate unnoticed.
Development visibility across requirements
Engineering teams gain visibility into requirement coverage and implementation status across both tools — showing which requirements have linked implementation artifacts, which are in progress, and which remain uncovered.
Compliance support for regulated industries
Traceability between requirements and implementation supports compliance with ISO 26262, ISO 13485, ASPICE, and similar standards — turning link data into reusable audit evidence per release baseline.
Connect GitLab and Codebeamer in Your Engineering Environment
AroTrace enables engineering organizations to integrate development workflows with ALM lifecycle management while preserving traceable, auditable links across the product development lifecycle.
Talk to our integration experts to review your GitLab and Codebeamer setup and discuss how AroTrace can support your requirements traceability, impact analysis, and compliance workflows.
