A failed type approval is a missed launch. The cost is measured in production weeks.
The compliance program cost is not the expensive option. The missed launch window is.
and
Three separate financial risks. One ungoverned ECU software supply chain touches all of them.
One governed workflow produces UN R155 CSMS evidence, ISO 21434 lifecycle records, and EU CRA SBOM documentation — simultaneously, without rebuilding your engineering process.
Estimated cost of a cybersecurity-related vehicle recall — including field remediation, software updates across the vehicle population, and regulatory penalty exposure. The software governance failure that caused it cost a fraction of this.
Maximum EU CRA penalty as percentage of global annual revenue — plus EU market exclusion for non-conforming vehicle software products from December 2027.
Countries requiring UN R155 type approval compliance — including all EU markets, Japan, South Korea, and Australia. Type approval denial in one market can cascade to all.
Budget the governance program against the three risk categories it prevents.
- 01
Type approval — protect the launch window
A CSMS finding during type approval audit delays the vehicle launch. For a vehicle program with production investment measured in hundreds of millions, a one-week launch delay at production volume costs more than X-DLM™'s annual program cost by orders of magnitude. The governance that prevents the finding costs a governed program built to your stage. The launch delay costs production weeks.
- 02
Recall prevention — the quantifiable upside
A cybersecurity-related recall triggered by an ECU vulnerability that was not governed costs $500M+ in field remediation, software update logistics, and regulatory exposure. The Black Duck and Polarion governance that identifies and routes that vulnerability before it reaches production vehicles costs a fraction of one recall per year. The ROI is structural, not marginal.
- 03
EU CRA vehicle software — EU market protection
Vehicle software products placed on the EU market are Products with Digital Elements under EU CRA. Non-conformity risks EU market exclusion from December 2027 and penalties up to 2.5% of global annual revenue. For any automotive company with material EU revenue, X-DLM™'s program cost is the most cost-effective protection available.
See how Siemens Polarion and Black Duck become one governed software risk workflow.
X-DLM™ turns Black Duck software supply chain intelligence into Siemens Polarion work items, requirements links, approvals, escalation paths, and continuously maintained evidence.
Brand authority buyers recognize
Backed by Siemens lifecycle governance and Black Duck AppSec intelligence.
Siemens Polarion ALM
Polarion provides the lifecycle system of record for requirements, tests, approvals, traceability, workflow automation, audit evidence, and regulated software delivery.
Black Duck Software Composition Analysis
Black Duck identifies open source and third-party components across source, binaries, containers, firmware, snippets, AI-generated code, and C/C++ environments without package managers.
Automotive cybersecurity obligations cascade from OEM to every Tier in the supply chain.
UN R155 holds the OEM responsible for CSMS evidence across the entire vehicle — but Tier 1 suppliers must provide cybersecurity interface agreements, TARA evidence, and SBOM data to support that obligation. ISO/SAE 21434 governs the engineering process at every tier. A Tier 2 supplier without ISO 21434-aligned processes is a risk that lands in the OEM's type approval file.
View ISO 21434, UN R155 & All Frameworks →Protect the launch window. Prevent the recall. Maintain EU market access.
One compliance program. Three financial risks covered. a governed program built to your stage.
See how X-DLM™ converts UN R155 type approval delay risk, vehicle recall exposure from ungoverned ECU vulnerabilities, and EU CRA revenue liability into a defined, budgetable automotive cybersecurity governance program.