Why Application Lifecycle Management?

What is ALM?

Application Lifecycle Management (ALM) is the practice of governing a software product across its entire life — from the first requirement through design, development, verification, release, and post-market maintenance. Every decision is recorded. Every change is traceable. Every compliance question has a documented answer.

In practice, ALM means that your systems engineers, developers, testers, and regulatory team all work from the same live repository. Requirements are written once and linked — automatically — to design elements, source code, test cases, and verification evidence. When something changes, the impact is visible immediately, not discovered during an audit.

What does ALM cover?

• Requirements management — capture, baseline, and control stakeholder and technical requirements
• Change management — govern every modification with workflow-controlled approvals and impact analysis
• Traceability — maintain bidirectional links from customer need through to verified test evidence
• Test management — plan, execute, and record verification and validation activities
• Defect & issue tracking — connect reported defects back to requirements and affected baselines
• Compliance reporting — generate audit-ready documentation on demand, not weeks before an inspection

Why ALM matters in regulated industries

In consumer software development, a missed requirement causes a bad user experience. In regulated industries, a missed requirement can delay market approval, trigger a product recall, or result in patient harm. The stakes demand a different level of discipline.

Regulatory frameworks such as IEC 62304 (medical device software), ISO 26262 (automotive functional safety), DO-178C (airborne systems), and FDA 21 CFR Part 11 (electronic records) all share a common expectation: you must be able to demonstrate, at any point, that every requirement has been designed, implemented, tested, and verified — and that you know when, why, and by whom any change was made.

Without ALM, these activities happen in isolation — requirements in Word documents, tests in spreadsheets, defects in email threads. Connecting them at audit time is manual, error-prone, and expensive. With ALM, traceability is built into every action your engineers take, continuously.

The cost of disconnected tools

Most organisations that have not adopted a formal ALM platform are managing product lifecycle with a combination of familiar tools: Microsoft Word for requirements, Excel for traceability matrices, JIRA for defects, SharePoint for document storage, and email for approvals. This approach has real, measurable costs.

Core ALM capabilities

A mature ALM platform provides five interconnected capabilities. Each one delivers standalone value, but the compound effect — when they share the same data model — is what makes ALM transformative for regulated development.

Why Polarion ALM

Polarion ALM, developed by Siemens Digital Industries Software, is the dominant ALM platform in regulated engineering. It was purpose-built for the traceability and compliance demands of automotive, medical device, and aerospace industries — not adapted from a general-purpose project management tool.

What sets Polarion apart

• Role-based Live Reports — every stakeholder sees the product state in context, from executive dashboards to engineer-level traceability views, all from the same live data
• Document-centric authoring — requirements engineers work in familiar document layouts while the underlying data model maintains full ALM structure and traceability
• Polarion Collections & Baselines — immutable snapshots of product state, essential for regulatory submissions and parallel development
• Configurable workflow engine — approval workflows, electronic signatures, and audit trails configurable to match FDA 21 CFR Part 11 and ASPICE process requirements
• Siemens Digital Thread integration — native integration with Teamcenter PLM and NX CAD for end-to-end digital thread from requirement to physical design
• Apache Velocity scripting — highly extensible reporting and widget framework enabling custom compliance artefacts without modifying the platform core

Polarion across regulated industries

1. Medical devices — IEC 62304 lifecycle management, FDA 21 CFR Part 11 electronic records, ISO 14971 risk management integration
2. Automotive — ISO 26262 functional safety, ASPICE process assessment, Automotive SPICE traceability
3. Aerospace & defense — DO-178C software levels, ARP 4754A system development, FACE and SOSA compliance evidence
4. Industrial & electronics — IEC 61508 functional safety, CE marking technical documentation, design history files

Why Corbinsoft

Corbinsoft is a certified Siemens Digital Industries Software Partner focused exclusively on Polarion ALM. We do not offer a catalogue of tools or generalist consulting. Every engagement we take on is a Polarion engagement, and every consultant we deploy has implemented Polarion in a live regulated programme.

What that means for your project

• No learning curve on the platform — we arrive knowing Polarion's data model, scripting engine, and compliance patterns inside out
• Regulatory depth — our consultants understand the standards (IEC 62304, ISO 26262, FDA 21 CFR Part 11) well enough to configure Polarion to satisfy them, not just to describe them
• Direct Siemens partner relationship — access to product support, roadmap discussions, and escalation paths that generic system integrators do not have
• 120+ Polarion deployments across medical device, automotive, and aerospace organisations — accumulated patterns we apply to your environment from day one