- Semiconductor Requirements Management Software
Enforce Traceability & Accelerate Compliance with Semiconductor Engineering Software
Manage requirements, risk, and verification for chip and IC development in one platform, with the traceability evidence your programs need across ISO 26262, IEC 61508, and DO-254.
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Industry Challenges
Meet the Challenges of Complex Semiconductor Programs
Modern chips pack analog, digital, and RF blocks with reused IP from multiple sources, and every process node shrink adds cost and complexity that most teams still manage in spreadsheets and siloed tools.
$600M
cost of a defect escaping into a commercialized product
A single hardware defect that reaches the field can trigger warranty claims, recalls, and lasting structural damage to a program. Visure’s traceability closes the coverage gaps that let defects escape, before a design ever leaves verification.
6 Months
average delay to a company’s next-wave pipeline after a major recall
Triage pulls core engineering talent off future projects to fix a failure that traceability should have caught earlier. Visure keeps requirements, risk, and verification evidence linked continuously, so teams stay focused on what’s next instead of firefighting what already shipped.
18-36 Months
to bring an advanced SoC from design to mass production
Every one of those months carries the cost of a missed link or an untested requirement compounding downstream. Visure’s connected data model protects that timeline instead of adding to it, with compliance evidence generated on demand rather than reconstructed by hand.
Semiconductor Engineering, End to End
AI, Traceability, and Governance in One Connected Platform
Requirements, risk, design, and verification evidence stay linked automatically, with AI catching errors and compliance reports generating on demand, across ISO 26262, IEC 61508, and DO-254 programs.
- AI-assisted authoring and impact analysis. AI flags ambiguous or untestable requirements and maps downstream impact before you accept a change to a spec or RTL block.
- Bi-directional traceability. Requirements, design, IP reuse, and verification evidence connected in one chain, with coverage gaps flagged automatically.
- Automated governance and reporting. Generate audit-ready compliance packages on demand from your live baseline, not a manual rebuild before every review.
- Configuration and baseline automation. Snapshot verified requirement sets and reuse IP and requirement catalogs across programs and standards.
Workflows
Semiconductor Engineering, From Requirement to Compliance Evidence
Every stage of the chip 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, design, IP reuse, and verification evidence stay connected automatically, 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 traceability matrix instead of rebuilding it for the auditor.
Traceability Coverage
97%
Requirements traced to verification evidence
02 · Risk & Safety Analysis
Catch Risk Before It Reaches Tape-Out
Run hazard and FMEA analysis linked directly to requirements, so open risks and their mitigations stay current as the design changes.
- Risk linked to requirements. Every open risk stays tied to its mitigation.
- ASIL-aware rigor. Match verification depth to each block's assigned 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 verification results against requirements, 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 chip and system 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 compliance packages and traceability reports your programs need, straight from your live project data.
- Standards-aligned exports. ISO 26262, IEC 61508, DO-254, and more, from the same data.
- Submission-ready documents. Formatted for audit and certification review, not just internal use.
Compliance Coverage
100 %
Requirements with certification evidence ready
Domains We Serve
Purpose-Built for Every Semiconductor Domain
The same connected data model adapts to the specific compliance and traceability needs of each domain.
Fabless & Chip Design
Keep architecture, RTL, and verification requirements aligned across distributed design teams.
- Requirements linked to design from spec through RTL
- Change impact analysis before a spec change ships
- Support for ISO 26262 and ISO/SAE 21434 programs
Foundries
Maintain process and manufacturing traceability through advanced node development.
- Traceability through process qualification stages
- Configuration management across process nodes
- Compliance evidence generated as work happens, not after
Integrated Device Manufacturers
Manage requirements across design, fabrication, and assembly in one traceable model.
- One connected model spanning design through manufacturing
- Structured review across internal design and fab teams
- Native support for ISO 26262, IEC 61508, and ASPICE
OSAT (Assembly & Test)
Centralize requirements and quality control so assembly and test partners work from the same verified spec as design.
- External stakeholder access without losing data control
- Quality standards traced through assembly and test
- Structured sign-off between design and assembly teams
Semiconductor IP & EDA Ecosystem
Manage reusable design blocks and connect requirements data to the EDA tools your teams already run.
- Version-controlled IP blocks with full traceability
- Open API and ReqIF exchange with EDA environments
- Audit-ready evidence for every licensed IP program
Compliance Depth
Built for ISO 26262, IEC 61508, DO-254, and More
One connected data model supports every standard your semiconductor programs need to certify against.
| Standard | What It Requires | How Visure Helps |
|---|---|---|
| ISO 26262 | Functional safety lifecycle for automotive-grade silicon, with ASIL-rated requirements, hazard analysis, and traceability across hardware and software. | ASIL allocation tracked against each requirement, with hazard analysis linked directly to the requirements and verification evidence that close it out. |
| IEC 61508 | Functional safety for electrical and electronic systems, with SIL-rated diagnostic coverage and systematic capability evidence. | SIL-aware verification workflows and diagnostic coverage tracked against requirements, with audit-ready evidence generated on demand. |
| DO-254 | Design assurance for airborne electronic hardware, with traceability from requirements through design, implementation, and verification. | Traceability from system requirements through hardware requirements at the hardware/software interface, plus configuration management across design assurance levels. |
| ISO/SAE 21434 | Cybersecurity risk assessment and threat analysis for automotive-grade chips, with security requirements traced through the design lifecycle. | Threat and vulnerability analysis linked directly to requirements, with a full audit trail as the security picture evolves. |
| ASPICE | Process maturity assessment for automotive software and hardware engineering, covering requirements, verification, and configuration management practices. | Process-aligned workflows with built-in review gates and configuration management, mapped to ASPICE process areas. |
| AEC-Q100 | Stress test qualification for automotive-grade integrated circuits, covering reliability and environmental test requirements. | Qualification test requirements linked to verification evidence, so reliability sign-off traces back to the exact requirement it satisfies. |
| IEC 60812 | Failure mode and effects analysis (FMEA) methodology for identifying and mitigating design and process failure modes. | FMEA linked directly to the requirements and design elements it assesses, with mitigation status kept current as the design changes. |
| ISO 9001 | Quality management system requirements, including document control, process consistency, and continuous improvement. | Automated process enforcement across connected tools, with complete audit trails and configuration status accounting. |
Everything Included
One Platform, Every Semiconductor Engineering Capability
All part of the same governed data model as your requirements, risk, and verification evidence.
Semiconductor 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 ASIL or SIL level.
ReqIF & Office Import/Export
Move data in and out via ReqIF, IBM DOORS, and Microsoft Word & Excel.
Custom Compliance Reporting
Generate ISO 26262, IEC 61508, and DO-254 evidence packages formatted to what your certification authority actually asks for.
AI-Powered Change Impact Analysis
AI maps every downstream RTL block, test, and risk item a spec change affects 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.
EDA & Design Tool Interoperability
Sync requirements and traceability data live with EDA and verification environments through open APIs, not a one-time export.
Multi-Standard Reuse
Run one program across ISO 26262, IEC 61508, DO-254, and ISO/SAE 21434 from a single connected data model, no duplicate requirement sets per standard.
INTEGRATIONS
Works With Your Existing Chip Design Toolchain
Semiconductor compliance doesn’t mean ripping out the EDA and ALM tools your team already relies on. Visure connects through open APIs and ReqIF exchange, passing requirements and traceability data directly between them.
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
Semiconductor Engineering Resources from Visure
Whitepaper: The Comprehensive ASPICE Handbook
A complete guide to automotive development based on industry guidelines.
Whitepaper: The Ultimate DO 254 Handbook
A clear roadmap to pass airborne electronic hardware audits and accelerate your certification timeline.
Whitepaper: The Ultimate ISO 26262
Using Visure’s Generative AI Accelerates Automotive Design, Development and Compliance throughout the product lifecycle.
Semiconductor Engineering 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
- Aerospace traceability built in requirements, risk, and verification evidence linked automatically
- Standards-aligned workflows DO-178C, DO-254, ARP4754A, DO-326A, and AS9100D
- Live integrations Rapita, VectorCAST, TASKING, Jira, IBM DOORS, and 50+ more
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