Requirements Management in Automotive 2026: Comparison of Jama Connect, Visure and Other Systems

A fresh market review of requirements management systems for the automotive industry compares several platforms — from Jama Connect to IBM DOORS — based on criteria of requirements traceability and compliance with industry standards.

Which platforms were included in the comparison

• Jama Connect — requirements exchange between suppliers and automakers (OEM) and real-time traceability across the entire supply chain
• Visure — templates compliant with industry standards for mid-market businesses with limited budgets
• Codebeamer — ALM platform (application lifecycle management), oriented toward software-centric development with ready-made templates for the ASPICE standard
• Polarion — solution for teams embedded in the Siemens PLM ecosystem
• IBM DOORS — one of the oldest and most widespread requirements management tools in the industry

Why the automotive industry needs requirements management systems

A modern automobile combines thousands of requirements for software and hardware — from engine control units to driver assistance systems (ADAS), and each requirement must be traceable from task specification to concrete test. Industry standards such as Automotive SPICE (ASPICE) and functional safety ISO 26262 require exactly this kind of formal traceability: regulators and auditors must see which test confirms fulfillment of which requirement and who is responsible for it.

Because a modern automobile is assembled from components of dozens of suppliers rather than a single company, a separate challenge is to synchronize requirements between the automaker (OEM) and the chain of subcontractors so that changes on one side do not break compatibility on the other. That is why the comparison separately evaluates not only the depth of functionality, but also how conveniently the tool integrates into the existing stack — whether it is the Siemens PLM ecosystem or processes oriented toward ASPICE.

How the ALM tools market itself changed

Requirements management tools evolved from a broader class of ALM platforms (application lifecycle management), which were initially applied in the development of corporate software and only later adapted to the rigid industry-specific requirements of the automotive, aerospace, and medical device industries. Hence the scatter of profiles among comparison participants: IBM DOORS traces its history to requirements management systems for the defense and aerospace industries, while Codebeamer and Polarion were originally created as broader ALM platforms and only later added specialized modules for ASPICE and functional safety.

Why platform choice matters at all

At first glance, requirements management systems look like a narrowly specialized tool for engineers, but a mistake in requirements traceability in the automotive industry is expensive: if a requirement for a braking system or ADAS algorithm is not directly linked to the test that verifies it, a defect may go unnoticed until series production, and a recall of already released vehicles costs the manufacturer many times more than fixing it during the development stage. That is why OEMs increasingly require suppliers to work in a unified or compatible requirements management system — this is part of contractual terms, not just a matter of engineering team convenience.

What this means

As automobiles become increasingly software-defined — with autonomous functions, ADAS, and constant over-the-air updates — the discipline of requirements management and traceability becomes not bureaucratic formality, but a condition of safety and certification; and increasingly it is compliance with standards such as ASPICE and ISO 26262 that becomes the main criterion for platform selection, rather than the feature set in itself.