Automotive Requirements Management in 2026: Jama Connect, Visure and Other Tools Compared

A new review of the requirements management market for the automotive industry compares several platforms, from Jama Connect to IBM DOORS. It rates them on requirements traceability and compliance with industry standards.

Which platforms made the comparison

• Jama Connect: requirements exchange between suppliers and automakers (OEMs), with real-time traceability across the entire supply chain
• Visure: compliance templates for industry standards, aimed at mid-sized companies with limited budgets
• Codebeamer: an ALM (application lifecycle management) platform built for software-centric development, with ready-made ASPICE templates
• Polarion: a solution for teams already embedded in the Siemens PLM ecosystem
• IBM DOORS: one of the oldest and most widely used requirements management tools in the industry

Why the auto industry needs requirements management systems

A modern car combines thousands of software and hardware requirements, from engine control units to advanced driver assistance systems (ADAS). Every one of those requirements has to be traceable from the original specification to a specific test. Industry standards such as Automotive SPICE (ASPICE) and the ISO 26262 functional safety standard demand exactly this kind of formal traceability: regulators and auditors need to see which test verifies which requirement, and who owns it.

A modern car is assembled from components supplied by dozens of vendors, not built by a single company. That creates a separate challenge: keeping requirements in sync between the automaker (OEM) and its chain of subcontractors, so that a change on one side doesn't break compatibility on the other. That's why the comparison looks not only at feature depth but also at how easily each tool fits into an existing stack, whether that's the Siemens PLM ecosystem or ASPICE-driven processes.

How the ALM tools market itself has changed

Requirements management tools grew out of the broader category of ALM (application lifecycle management) platforms. Those were originally used for enterprise software development and only later adapted to the strict industry requirements of automotive, aerospace and medical devices. That explains the range of profiles in the comparison: IBM DOORS traces its roots to requirements management systems for the defense and aerospace industries, while Codebeamer and Polarion started out as broader ALM platforms and only later added specialized modules for ASPICE and functional safety.

Why the choice of platform matters at all

At first glance, requirements management systems look like a niche engineering tool. But traceability errors in automotive are expensive. If a requirement for a braking system or an ADAS algorithm isn't directly linked to the test that verifies it, a defect can go unnoticed until series production. Recalling cars that have already shipped costs a manufacturer many times more than fixing the problem during development. That's why OEMs increasingly require suppliers to work in a single or compatible requirements management system. It's part of the contract terms, not just a matter of convenience for engineering teams.

What it means

As cars become increasingly software-defined, with autonomous features, ADAS and continuous over-the-air updates, requirements management and traceability are turning from a bureaucratic formality into a prerequisite for safety and certification. Compliance with standards such as ASPICE and ISO 26262, rather than the feature set itself, is increasingly becoming the main criterion for choosing a platform.