Structured requirements
Define typed artefacts, attributes, hierarchies, templates and project-specific information models.
Govern requirements, change and traceability across the lifecycle.
Establish a controlled repository for requirements, risks, verification artefacts, decisions and change, with traceability defined by the project information model.
Requirements qualityBidirectional traceabilityBaselines & changeRisk and test linkage
Requirements control loop
InputsStakeholder needsStandards & hazards
Engineering controlsAuthor & structureReview & approveTrace & baseline
OutputsControlled specificationImpact visibilityVerification context
Technical scope
Requirements are an engineering control system, not a document repository.
The value comes from information architecture, ownership, relationship rules, review gates and change discipline. The platform supports the model; engineering ownership defines and governs it.
Traceability architecture
Connect needs, system and software requirements, risks, tests, defects and design artefacts using governed link rules.
Change and baselines
Control versions, approvals, baselines, change requests and impact analysis across releases and variants.
Risk and test context
Keep risk controls and verification activity connected to the requirements they address.
Reuse and variants
Manage shared components and controlled reuse without losing project-specific context.
Review and reporting
Support formal review workflows, dashboards, reports and audit preparation based on configured project data.
Implementation workflow
A practical implementation sequence
The implementation should be aligned with the existing engineering process, toolchain and ownership model.
- 01Capture intent
- 02Structure artefacts
- 03Define relationships
- 04Review and baseline
- 05Manage change
- 06Generate controlled reports
Available capabilities
Platforms and specialist tools
Each capability addresses a defined part of the engineering lifecycle.
Technology
Visure Requirements ALM Platform
Centralized requirements, risk, test, change and traceability workflows for complex systems development.Evaluation criteria
Requirements to confirm before evaluation
Base the evaluation on the real application, interfaces, target environment and assurance requirements.
- Existing requirements sources and migration quality
- Information model, taxonomy and link semantics
- Review, approval and baseline governance
- ReqIF and toolchain exchange needs
- User roles, deployment and access control
- Reporting, audit and long-term administration
Relevant engineering frameworks
ISO 26262IEC 61508IEC 62304DO-178CAutomotive SPICEIEC 62443
Technical evaluation and deployment support.
Primionics supports requirements definition, evaluation planning, configuration and integration with the existing development environment.
Assess
Map the current toolchain, lifecycle constraints, evidence gaps and deployment scope.
Architect
Define platform scope, integrations, data ownership, pilot criteria and technical risks.
Enable
Support evaluation, installation, configuration, workflow integration and user adoption.
Sustain
Establish governance, review cadence, upgrades, support escalation and expansion logic.