- Aerospace & Defense Development
Enforce Traceability & Accelerate Certification with Aerospace Engineering Software
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Industry Challenges
Meet the Challenges of Complex Aerospace Programs
45%
of product launches are delayed
Major issues arise from delays, and aerospace companies strive to minimize those delays. (Gartner)
29.5
months is the average delay
Programs are significantly delayed, with implications for budget, resources, and overall project success. (Deloitte)
48%
average total cost growth
Budget overruns have a significant impact over the original baseline for major aviation programs. (Deloitte)
Aerospace Engineering, End to End
AI, Traceability, and Governance in One Connected Platform
- AI-assisted authoring and impact analysis. AI flags ambiguous or untestable requirements and maps downstream impact before you accept a change.
- Bi-directional traceability. Requirements, risk, design, code, and test evidence connected in one chain, with coverage gaps flagged automatically.
- Automated governance and reporting. Generate certification-ready compliance packages on demand from your live baseline, not a manual rebuild.
- Configuration and baseline automation. Snapshot verified states and reuse requirement catalogs across programs and standards.
Workflows
Aerospace Engineering, From Requirement to Certification Evidence
01 · Requirements Traceability
Every Link, Bi-Directional and Current
Requirements, design, code, and test evidence stay connected automatically, so nothing is missed and nothing is added without justification.
- Missing links, flagged automatically. No requirement goes unverified without notice.
- Matrix on demand. Export the traceability matrix instead of rebuilding it for the auditor.
Traceability Coverage
97%
02 · Risk & Safety Analysis
Catch Risk Before It's a Finding
- Risk linked to requirements. Every open risk stays tied to its mitigation.
- DAL-aware rigor. Match verification depth to each component's assigned Design Assurance Level.
Risk Register
14
03 · Test Management & Verification
Verification Evidence, Ready for Review
- 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
04 · AI-Assisted Requirements Authoring
Write Requirements the DAL Level Demands
- 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 %
05 · Audit & Certification Reporting
Certification Evidence, Generated On Demand
Produce the compliance packages and traceability reports certification authorities expect, straight from your live project data.
- Standards-aligned exports. DO-178C, DO-254, ARP4754A, and more, from the same data.
- Submission-ready documents. Formatted for certification review, not just internal use.
Compliance Coverage
100 %
Domains We Serve
Purpose-Built for Every Aerospace & Defense Domain
The same connected data model adapts to the specific compliance and traceability needs of each domain.

Autonomous Systems
Connecting systems, software, and hardware requirements on one traceable backbone as autonomy adds complexity.
- Unified requirements and cybersecurity traceability
- Built-in functional safety workflows
- Traceable MBSE integration with third-party modeling tools

Aviation
A ready-to-deploy platform for aircraft programs adopting model-based systems engineering.
- Traceability mapped to FAA and EASA regulatory frameworks
- Structured review and sign-off workflows
- Native support for DO-178C, DO-254, ARP4754A, and DO-326A

Electromagnetic Environments
Bringing systems engineering and agile software delivery together for signal-dense, contested environments.
- Faster development cycles for electromagnetic and signals systems
- Compliance support for counter-UAS and advanced signal processing programs
- Traceable requirements for AI-enabled threat detection capabilities

Military Technology
A defense-grade framework built to modernize how military programs manage requirements and risk.
- Traceable model-based systems engineering across the defense ecosystem
- DevSecOps-aligned development workflows
- Built-in support for MIL-STD-882E and MIL-STD-881

Space Systems
Helping mission teams move fast without losing certification-grade traceability.
- Alignment with NASA, ESA, and ECSS engineering standards
- Agile, traceable workflows connected to third-party mission tools
- Reusable requirement libraries and proven program templates
Compliance Depth
Built for DO-178C, DO-254, ARP4754A, and More
| Standard | What It Requires | How Visure Helps |
|---|---|---|
| DO-178C | Software lifecycle documentation, bi-directional traceability across artifact layers, test coverage tied to objectives, and configuration management. | Automated lifecycle data generation, a live traceability matrix, and test evidence linked to objectives at every Design Assurance Level, A through E. |
| 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 all hardware design assurance levels. |
| ARP4754A | System-level safety assessment, derived requirements tracking, and Failure Hazard Assessment documentation. | System-of-systems traceability and AI-powered change impact analysis connecting system safety to software and hardware requirements. |
| ARP4761A | Safety assessment process for civil aircraft systems, including functional hazard analysis and fault tree documentation. | Risk items linked directly to the requirements and system functions they assess, with live status as the safety case evolves. |
| DO-326A | Airworthiness security process, cybersecurity risk assessment, and security documentation. | Cybersecurity risk documentation linked directly to safety requirements, with full audit trails as the risk picture evolves. |
| AS9100D | Configuration management, supplier oversight, product safety programs, and QMS process compliance. | Automated process enforcement across connected tools, with complete audit trails and configuration status accounting. |
| MIL-STD-882E | System safety engineering, hazard tracking, and risk acceptance documentation for defense programs. | Hazard tracking linked to mitigations and requirements, with risk acceptance records maintained as a live, auditable chain. |
| MIL-STD-881 | Work breakdown structure standards for defense acquisition programs. | Program structure and requirements organized to mirror your WBS, keeping cost, schedule, and technical baselines aligned. |
| MIL-HDBK-516C | Airworthiness certification criteria for military aircraft systems. | Certification criteria mapped to requirements and verification evidence, with reporting formatted for airworthiness review boards. |
| ECSS / NASA / ESA | Space-program engineering standards covering software, safety, and product assurance across the mission lifecycle. | Traceable Agile workflows aligned to ECSS, NASA, and ESA engineering standards, with reusable libraries and best-practice templates. |
Everything Included
One Platform, Every Aerospace & Defense Capability
Aerospace Baseline & Reuse
Team Collaboration & Review
ReqIF & Office Import/Export
Custom Compliance Reporting
AI-Powered Change Impact Analysis
AI Engineering Intelligence
DO-330 Tool Qualification Support
Multi-Standard Reuse
INTEGRATIONS
Works With Your Existing Aerospace Toolchain
1,000+ Highly Regulated Organizations Trust Visure



















What industry professionals say about us
As posted in G2, SoftwareReviews and TrustRadius.
Explore More
Aerospace & Defense Resources from Visure
Webinar: Optimizing DO-178C and DO-254 Certification
Find out how to optimize DO-178C and DO-254 certification by automating proof of your review evidence.
Whitepaper: DO-178C / DO-254 Certification Process
A practical guide to traceability, risk, and certification across DO-178C, DO-254, and aerospace certification.
Case Study: ePlane, Streamlining Aerospace Compliance
Aerospace & Defense FAQ
Frequently Asked Questions
Can’t find an answer? Contact our team →
Aerospace engineering software is a platform that manages the full development lifecycle of aircraft, spacecraft, and defense systems, including requirements, risk, test, and compliance. It gives hardware and software teams a single source of truth for traceability and certification evidence across programs.
Traceability ensures that every requirement, test, risk, and change stays connected and auditable within your aerospace engineering software. This is essential for certification and safety under standards such as DO-178C and DO-254, and it helps organizations catch gaps before they turn into costly rework or program delays.
Look for bi-directional traceability across requirements, risk, and test evidence, built-in support for the standards your program certifies against, AI-assisted requirements quality checks, and native integrations with the engineering and test tools your teams already use.
A traceability matrix maps each requirement to its design elements, source code, test cases, and verification results. In aerospace engineering software, it's the primary artifact certification authorities review to confirm that every requirement has been implemented and verified.
Yes. Visure's aerospace engineering software integrates with Rapita, VectorCAST, TASKING, MATLAB Simulink, Enterprise Architect, Jira, IBM DOORS, Azure DevOps, GitLab, and Microsoft Word and Excel, keeping requirements, code, and test evidence connected across your toolchain.
Visure's aerospace engineering software supports DO-178C and DO-254 for airborne software and hardware, ARP4754A for system-level safety assessment, DO-326A for airworthiness cybersecurity, and AS9100D for quality management, all from the same connected data model.
AI within aerospace engineering software can flag ambiguous or untestable requirement language, draft candidate test cases from requirement text, and highlight the downstream impact of a proposed change. In Visure, every AI-assisted output is marked as such and held for human review before it enters a certification baseline.
Because requirements, risk, code, and test evidence stay linked as work happens in your aerospace engineering software, teams catch coverage gaps early instead of discovering them during a late-stage audit. Compliance reports generate on demand from a live baseline, cutting the manual rebuild work that drives both delays and audit prep time.
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Get to Market Faster Without Sacrificing Compliance or Traceability
Enforce regulatory compliance and end-to-end traceability with the leading All-in-One AI Requirements Management Software.
- All Platform modules: requirements, traceability, risk, test, change, compliance, cybersecurity, Word & Excel sync, and AI intelligence
- Standards-aligned compliance workflows: DO-178C, ISO 26262, IEC 62304, EN 50128, IEC 62443, and more
- AI Engineering Intelligence (Vivia): governed AI across requirements, test, risk, and traceability with human-in-the-loop approval
- Live integrations: Jira, IBM DOORS, Enterprise Architect, GitLab, VectorCAST, Simulink, and more
- Cloud or on-premise deployment: including on-premise LLM for air- gapped and classified environments
- 14-day free trial: all features included, no credit card required, dedicated onboarding support
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