- Automotive Development
Connect Requirements & Accelerate Compliance with Automotive Engineering Software
Vehicles now run on millions of lines of code across dozens of ECUs. Manage requirements, functional safety, and verification for that scale in one platform, with the traceability evidence assessors expect across ISO 26262, ASPICE, and ISO/SAE 21434.
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Industry Challenges
Why Automotive Programs Need Purpose-Built Requirements Management Software
Electrification, ADAS, and software-defined vehicle architecture have driven a complexity spike that spreadsheets and disconnected point tools were never built to handle.
Long safety-goal traceability chains.
ISO 26262 requires bi-directional traceability from safety goals through functional, technical, and software requirements to verification evidence. Those chains run deep across a program, and a single broken link can undermine the whole safety case.
Changes that ripple further than they look.
A single change to an ECU software requirement can cascade into the electrical architecture, calibration values, and the system-level safety analysis built on top of it. Without automated impact analysis, those effects tend to surface late, when they’re the most expensive to fix.
Engineering domains that rarely share a tool.
Mechanical, electrical, software, and semiconductor teams often work from separate tools, sometimes across different sites. Traceability across those domain boundaries stays fragile exactly where a safety case needs it to hold.
Assessment evidence assembled by hand.
ASPICE assessments expect process maturity evidence connecting requirements, architecture, and test. Teams that piece that evidence together from scattered documents lose weeks to every assessment cycle.
Automotive Engineering, End to End
AI, Traceability, and Governance in One Connected Platform
Requirements, hazard analysis, architecture, code, and test evidence stay linked automatically, with AI catching ambiguous language and compliance reports generating on demand, across ISO 26262, ASPICE, and ISO/SAE 21434 programs.
- AI-assisted authoring and impact analysis. AI flags ambiguous or untestable requirements and maps downstream impact across mechanical, software, and semiconductor systems before you accept a change.
- Bi-directional traceability. Requirements, hazard analysis, architecture, code, and test evidence connected in one chain, with coverage gaps flagged automatically.
- Automated governance and reporting. Generate ASPICE process evidence and ISO 26262 safety cases on demand from your live baseline, not a manual rebuild.
- Configuration and baseline automation. Snapshot verified states and reuse requirement catalogs across vehicle platforms and standards.
Workflows
Automotive Engineering, From Requirement to Compliance Evidence
Every stage of the vehicle development lifecycle traces back to a requirement. Select a capability to see it in action.
01 · Requirements Traceability
Every Link, Bi-Directional and Current
Requirements, architecture, code, and test evidence stay connected automatically across mechanical, electrical, and software systems, so nothing is missed and nothing is added without justification.
- Missing links, flagged automatically. No design input goes unverified without notice.
- Matrix on demand. Export the requirements traceability matrix instead of rebuilding it for an assessor.
Traceability Coverage
97%
Requirements traced to verification evidence
02 · Functional Safety & Risk Analysis
Catch Risk Before It's a Finding
Run HARA and FMEA analysis linked directly to requirements, so open hazards and their safety mechanisms stay current as the design changes.
- Hazards linked to requirements. Every open hazard stays tied to its safety mechanism.
- ASIL-aware rigor. Match verification depth to each component's assigned Automotive Safety Integrity Level.
Risk Register
14
Open risks, all linked to mitigations
03 · Test Management & Verification
Verification Evidence, Ready for Review
Plan, execute, and log test results against requirements across HIL, SIL, and vehicle-level test rigs, with defects and coverage gaps surfaced as they happen, not weeks later.
- Defects auto-populated. File a defect from a failed test with full context attached.
- Coverage alerts. Know the moment a requirement has no passing test tied to it.
- AI-drafted test cases. Generate candidate test cases from requirement text, with human approval before baseline.
Test Execution
20
Tests tracked this run
04 · AI-Assisted Requirements Authoring
Write Requirements the ASIL Level Demands
Author requirements with structured attributes and get flagged the moment language is ambiguous, inconsistent, or untestable.
- AI-assisted quality checks. AI flags ambiguous, inconsistent, or untestable language as requirements are written.
- Document-style authoring. Write and edit without losing traceability context.
Requirements Quality
100 %
Requirements checked before baseline
05 · Audit & Compliance Reporting
Compliance Evidence, Generated On Demand
Produce the safety cases and process evidence assessors expect, straight from your live project data.
- Standards-aligned exports. ISO 26262, ASPICE, ISO/SAE 21434, and more, from the same data.
- Submission-ready documents. Formatted for regulatory review, not just internal use.
Compliance Coverage
100 %
Requirements with certification evidence ready
Domains We Serve
Purpose-Built for Every Automotive Domain
The same connected data model adapts to the specific compliance and traceability needs of each vehicle program domain.
Software-Defined Vehicles
Managing the shift from fixed hardware releases to over-the-air software updates without losing traceability.
- Connected requirements across software, hardware, and electrical systems
- Change impact analysis for over-the-air update programs
- Traceable ISO/SAE 21434 cybersecurity evidence for connected software
Electric Vehicles
Coordinating battery, powertrain, and software requirements across suppliers without losing sight of functional safety.
- Traceability across battery management and powertrain requirements
- Supplier collaboration workflows for multi-vendor EV programs
- ISO 26262 hazard analysis linked directly to design changes
ADAS & Autonomous Systems
Managing safety-critical perception, planning, and control requirements with the rigor SOTIF demands.
- Full traceability from sensor requirements to validation evidence
- ISO 21448 (SOTIF) analysis alongside ISO 26262 functional safety
- AI-assisted review for perception and planning algorithm requirements
Automotive Semiconductors
Connecting silicon requirements to the vehicle systems they power, across increasingly complex chip programs.
- Traceability from chip-level requirements to vehicle-level test evidence
- Coordinated hardware, firmware, and software requirement sets
- Change impact analysis across long semiconductor lead times
Connected Vehicles
Bringing cloud services, embedded software, and cybersecurity requirements into one traceable program.
- Coordinated requirements across cloud, embedded, and vehicle platforms
- ISO/SAE 21434 cybersecurity traceability for connected features
- Compliance support for UNECE WP.29 software update regulations
Compliance Depth
Built for ISO 26262, ASPICE, ISO/SAE 21434, and More
One connected data model supports every standard your vehicle programs need to satisfy.
| Standard | What It Requires | How Visure Helps |
|---|---|---|
| ISO 26262 | Functional safety lifecycle management, hazard analysis and risk assessment, and bi-directional traceability tied to each item's Automotive Safety Integrity Level. | Automated safety lifecycle data generation, a live requirements traceability matrix, and verification evidence linked to safety goals at every ASIL, A through D. |
| Automotive SPICE (ASPICE) | Process capability assessment across the software and system engineering lifecycle, with evidence that requirements, architecture, and test are consistently connected. | Process evidence captured as work happens, so capability levels can be demonstrated on demand instead of reconstructed before an assessment. |
| ISO/SAE 21434 | Cybersecurity risk assessment, threat analysis, and security requirement traceability across the vehicle lifecycle. | Cybersecurity risk documentation linked directly to functional safety requirements, with full audit trails as the threat picture evolves. |
| ISO 21448 (SOTIF) | Safety of the intended functionality analysis for systems without a component failure, common in ADAS and autonomous features. | SOTIF scenario and hazard analysis linked directly to the requirements and validation evidence that address each identified triggering condition. |
| IATF 16949 | Quality management system requirements specific to automotive production and service parts organizations. | Automated process enforcement across connected tools, with complete audit trails and configuration status accounting for QMS reviews. |
| UNECE WP.29 (R155/R156) | Cybersecurity management system and software update management system regulations for vehicle type approval. | Cybersecurity and software update evidence organized to match regulatory submission requirements, traced back to the same connected data model. |
| MISRA C | Coding guidelines for safety-related and security-related automotive software written in C and C++. | Coding standard compliance tracked as a traceable requirement, connected to the code and test evidence that demonstrate conformance. |
Everything Included
One Platform, Every Automotive Engineering Capability
All part of the same governed data model as your requirements, safety, and test evidence.
Automotive Baseline & Reuse
Snapshot verified requirement sets at each milestone and compare versions instantly, so program history stays intact as design changes.
Team Collaboration & Review
Route requirements through structured sign-off workflows, with review records tied to each item’s assigned Automotive Safety Integrity Level.
ReqIF & Office Import/Export
Move data in and out via ReqIF, IBM DOORS, and Microsoft Word & Excel.
Custom Compliance Reporting
Generate ISO 26262, ASPICE, and ISO/SAE 21434 evidence packages formatted to what your assessor actually asks for.
AI-Powered Change Impact Analysis
AI maps every downstream item a change affects, across mechanical, software, and semiconductor systems, before you accept it.
AI Engineering Intelligence
Visure’s AI flags ambiguous or untestable requirement language and generates requirement suggestions, with every output held for human review before baseline.
Model-Based Systems Engineering Integration
Connect requirements to MATLAB Simulink and Enterprise Architect models, keeping vehicle-level architecture and requirements in sync.
Multi-Standard Reuse
Run one program across ISO 26262, ASPICE, ISO/SAE 21434, and IATF 16949 from a single connected data model, no duplicate requirement sets per standard.
Built to Scale With You
Support for Every Stage and Size of Automotive Program
The same connected platform adapts to where your team is today, from a first ISO 26262 program to a global, multi-supplier portfolio.
For Start-Ups
Adopt a rigorous requirements process from day one, with fast deployment, automotive-ready templates, and a workflow light enough to keep your team moving fast.
For Mid-Market & Growth
Standardize development while accelerating time to market, with traceability at scale, cross-functional collaboration, and consistent process across teams.
For Enterprise
Govern engineering and AI use consistently across a global portfolio, with supplier collaboration, portfolio-wide visibility, and enterprise-grade security.
INTEGRATIONS
Works With Your Existing Automotive Toolchain
Automotive compliance doesn’t mean ripping out the tools your team already relies on. Visure connects directly to MBSE, ALM, and test automation tools your engineers already use.
1,000+ Highly Regulated Organizations Trust Visure
Full ROI within the first year
0
%
Saved on average per project
+$
0
K
Reduction in time to market
0
%
Reduction in audit preparation time
0
%
Reduction in rework per project
0
%
What industry professionals say about us
“Visure tools helped identify deficiencies in our traceability from using traditional spreadsheets for a mission critical customer.”
“The quicker the developer can demonstrate the proof of the completed reviews, the more credibility they show to the certification authorities such as FAA and EASA.”
“Visure Requirements ALM Platform really simplified the project traceability and impact analysis process, that used to be very time consuming before Visure”
"Visure is stable and HMI team started using this effectively. Now we are planning to expand Visure usage to other departments. Also, I am planning to use other features in Visure and adopt it for the project accordingly.
The support from Visure team is outstanding. I haven’t come across this kind of support from any other tool vendors. I mean it. Convey our thanks and appreciation to the entire Visure team."
"The ALM tool is truly very valid when it comes to traceability and management of products, in particular with reference to ASPICE. The AI add-on is very well integrated and useful for speeding up work, provided that the automatically produced results are appropriately reprocessed."
As posted in G2, SoftwareReviews and TrustRadius.
Explore More
Automotive Resources from Visure
Guide: The Ultimate Automotive Guide
Your all-in-one resource for navigating the complexities of the modern automotive industry.
Whitepaper: The Ultimate ISO 21434 Handbook
Learn how to manage automotive cyber risks and accelerate ISO/SAE 21434 compliance.
Case Study: Streamlining Automotive Compliance
Driving Automotive Excellence in Automotive Engineering with Mahindra.
Automotive FAQ
Frequently Asked Questions
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- All 9 platform modules requirements, traceability, risk, test, change, compliance, cybersecurity, Word & Excel sync, and AI intelligence
- Automotive traceability built in requirements, risk, and verification evidence linked automatically
- Standards-aligned workflows ISO 26262, ASPICE, ISO/SAE 21434, and IATF 16949
- Live integrations MATLAB Simulink, Enterprise Architect, VectorCAST, Jira, IBM DOORS, and 50+ more
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