Entity & Twin Registry
Identifiers, attributes, relationships and lifecycle events for defined entities.
Intended capabilityConnecting the physical and digital worlds
iViRTH helps organisations create structured digital representations of physical entities, establish accessible product and asset records, and connect information across lifecycles. From products and materials to industrial assets, buildings, processes, and connected systems, we turn fragmented information into useful digital infrastructure.
The challenge
Physical things generate information. That information is often disconnected.
Product, material, asset, and infrastructure information can be scattered across documents, spreadsheets, suppliers, and business systems. iViRTH helps structure and connect this information so relevant people can access it, understand its source, and use it for defined lifecycle and operational needs.
Our core capabilities
Digital Twin Solutions
Create and manage digital representations of products, components, equipment, buildings, infrastructure, processes, and connected systems.
Digital Passport Solutions
Structured digital records for products, components, and materials, connecting identifiers with specifications, provenance, evidence, and lifecycle information.
Traceability & Provenance
Connect entities with suppliers, facilities, batches, events, and supporting evidence to improve information continuity.
Asset & Lifecycle Management
Organise asset information, service histories, maintenance records, and lifecycle events within one consistent digital framework.
Integration & Implementation
Move from fragmented data to practical digital infrastructure through data modelling, onboarding, system integration, implementation planning, and support.
How it works
Five moves from fragmented data to practical digital infrastructure. Exact capabilities depend on the use case, available data, technical feasibility, and implementation scope.
1
Identify
Establish an identifier for each target product, asset, component, material, or entity.
2
Structure
Organise attributes, relationships, documents, and events into a defined data model.
3
Connect
Connect records to relevant systems, suppliers, data sources, or physical data carriers.
4
Access
Make appropriate information available through digital records, dashboards, APIs, or QR-linked interfaces.
5
Improve
Use lifecycle information to support visibility, maintenance, traceability, reporting, and decisions.
Where it applies
Target application areas across eight industries — each with its own data, rules, and lifecycle.
Textiles & apparelManufacturing & equipmentConstruction & built environmentEnergy & batteriesAgriculture & resourcesLogistics & distributionElectronics & consumer goodsFacilities & infrastructureTextiles & apparelManufacturing & equipmentConstruction & built environmentEnergy & batteriesAgriculture & resourcesLogistics & distributionElectronics & consumer goodsFacilities & infrastructure
Start with a practical pilot
You do not need to transform your entire organisation at once.
Start with a defined product category, asset group, facility, or process. Establish the data model, test the workflow, measure the results, and expand based on evidence.
Trust principles
A digital record does not automatically prove every statement it contains.
Trust depends on source quality, evidence, accountability, appropriate validation, and clarity about what has and has not been verified. We label what is live, delivered as a service, prototype, or planned — so you always know what you are getting.
A modular platform, honestly labelled
A shared data foundation reused across twin, passport, traceability and lifecycle use cases — each module published as live only once it exists and can be demonstrated.
Digital Passport Management
Templates, QR-linked access, evidence references, completeness checks and versioning.
Intended capabilityData Integration
APIs, webhooks, structured import/export and schema mapping where implemented.
Intended capabilityIdentity, Permissions & Trust
Role-based access, audit trails and source or evidence references.
Intended capabilityPilot offer
Start with a Digital Passport Readiness Assessment
A bounded first step: understand what product data you hold, what is missing, and what a practical pilot would involve — before you build anything.
- Product-data inventory and data gap analysis.
- Schema and attribute mapping.
- Identifier and data-carrier approach.
- Implementation roadmap for a defined pilot.
Process: Discover → Define → Design → Implement → Validate → Maintain. Each engagement has an agreed scope, deliverables, responsibilities, acceptance criteria and exclusions.
Frequently asked questions
- A digital twin is a digital representation of a real-world entity, such as a product, asset, building or process, connected with data so the digital record can reflect the physical state for a defined purpose.
- A Digital Product Passport is a structured digital record that brings relevant product information, such as identity, materials, provenance, evidence, care and lifecycle events, into one record accessible to appropriate stakeholders, often through a QR code.
- iViRTH helps organisations create digital twins, digital passports, traceability records and asset lifecycle records, including data modelling, onboarding, integration, validation and support.
- No. Implementation support is not certification and not a guarantee of compliance. Requirements depend on the product group and applicable law, and certification or assurance is offered only through appropriately qualified parties.
- Start with a practical pilot: one product category, asset group, facility or process. Define the data model, test the workflow, measure the results, then expand based on evidence.
Tell us what you want to connect, track, or represent.
Let’s define your use case