Requirements, tests, risks, and evidence remain connected.
What is ALM?
Application Lifecycle Management is the practice of governing a product from the first requirement through design, development, verification, release, and maintenance. It connects people, process, and tooling so every decision, change, test, defect, and approval remains traceable.
ALM is not just a software tool. It is the operating system for disciplined engineering work.
Why ALM matters in regulated industries
In automotive, medical devices, aerospace, industrial systems, and other regulated environments, teams must prove that every requirement was implemented, verified, reviewed, and controlled. ALM makes that proof part of everyday engineering instead of a last-minute audit exercise.
ISO 26262
ASPICE
IEC 62304
DO-178C
FDA 21 CFR Part 11
The cost of disconnected tools
Requirements in documents, tests in spreadsheets, defects in email, and approvals in shared drives create gaps that only become visible when the project is already under pressure.
ChallengeDisconnected ToolsWith ALM
TraceabilityManual matrices become stale quickly.Links stay live as work changes.
Change impactDownstream effects are discovered late.Impact is visible before approval.
Audit preparationEvidence is assembled manually.Reports come from governed data.
Version controlTeams chase file versions and email trails.Baselines preserve controlled product states.
Core ALM capabilities
A mature ALM environment brings the following disciplines together in one connected lifecycle. These cards also feed the hover details in the animated wheel above.
Requirements Management
Capture stakeholder, system, software, and compliance requirements with review workflows, baselines, approvals, and end-to-end traceability.
Build & Release Management
Connect planned scope with builds, release packages, verification status, and delivery readiness across distributed engineering teams.
Agile / Hybrid Project Management
Plan iterations, manage backlogs, coordinate milestones, and keep agile execution connected with formal engineering and compliance needs.
Planning & Resource Management
Align teams, work items, schedules, and priorities so delivery plans stay visible from portfolio decisions to daily engineering work.
Audits & Metrics Reports
Generate dashboards, compliance reports, audit trails, coverage metrics, and evidence packages directly from controlled lifecycle data.
Issue & Risk Management
Track risks, issues, defects, mitigations, ownership, and impact analysis with traceable links to requirements, tests, and releases.
Test & Quality Management
Manage test cases, executions, defects, verification evidence, and quality gates while preserving coverage against every requirement.
Reuse & Branch Management
Reuse proven assets, branch product variants, compare changes, and manage shared engineering content across programs and product lines.
Change & Configuration Management
Control change requests, impact analysis, approvals, baselines, and configuration history so teams know what changed, why, and when.
Why Polarion ALM
Siemens Polarion ALM is built for traceability-heavy engineering. It supports LiveDocs, configurable workflows, baselines, reports, test management, audit trails, and integrations that help teams maintain a practical digital thread.
Live Traceability
See requirement, test, defect, release, and evidence links as work evolves.
Document-Centric Work
Let engineers work in familiar document views while Polarion manages structured lifecycle data.
Configurable Governance
Model approvals, e-signatures, permissions, reviews, and audit trails around your process.
Ready to structure your ALM program?
Radax can help assess your current toolchain, define the Polarion model, migrate data, and build validation-ready reports.
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