Threekit - OpenText Product Traceability Integration and Automation

Common Integration Use Cases Between Threekit and OpenText Product Traceability

Threekit and OpenText Product Traceability complement each other well in environments where product configuration, compliance, and end-to-end traceability must stay aligned. Threekit manages the customer-facing visual experience for configurable products, while OpenText Product Traceability provides the operational record of product genealogy, lot and serial tracking, quality events, and regulatory traceability. Together, they help organizations sell complex products with confidence while maintaining control over what was built, shipped, and approved.

1. Traceable product configuration published to customer-facing 3D experiences

Data flow: OpenText Product Traceability - Threekit

Manufacturers can push approved product variants, serial-controlled attributes, and compliance-relevant configuration rules from OpenText Product Traceability into Threekit so only valid combinations are shown to customers. This is especially useful for regulated or engineered-to-order products where visual options must match what can actually be produced and traced.

• Prevents customers from selecting non-buildable or non-compliant options
• Aligns visual configuration with manufacturing and traceability rules
• Reduces order rework caused by invalid product selections

2. Customer-configured orders linked to manufacturing traceability records

Data flow: Threekit - OpenText Product Traceability

When a customer finalizes a configuration in Threekit, the selected options, materials, finishes, and accessory choices can be sent to OpenText Product Traceability as part of the build record. This creates a direct link between the visual order experience and the downstream production genealogy, making it easier to trace exactly what was sold, built, and shipped.

• Captures the exact customer-approved configuration for audit and quality purposes
• Supports serial-level traceability for made-to-order products
• Improves root-cause analysis when defects or recalls occur

3. Compliance-driven visualization of approved materials and components

Data flow: OpenText Product Traceability - Threekit

For industries such as medical devices, industrial equipment, and automotive, OpenText Product Traceability can provide the list of approved materials, components, and substitutions tied to specific product lots or production runs. Threekit can then use that data to restrict visual options to only approved combinations, ensuring the customer experience reflects actual production constraints and compliance status.

• Ensures only approved components are presented in the configurator
• Supports controlled substitutions during supply shortages
• Reduces risk of misrepresentation in sales channels

4. Visual proof of configuration for quality and warranty claims

Data flow: Threekit - OpenText Product Traceability

Threekit-generated configuration snapshots, rendered images, and AR views can be attached to the traceability record in OpenText Product Traceability as visual evidence of the exact product state at order confirmation or shipment. This is valuable for warranty disputes, quality investigations, and customer service teams that need to verify what the customer ordered versus what was produced.

• Provides visual evidence for claims and disputes
• Helps service teams validate configuration history quickly
• Improves transparency across sales, operations, and support

5. Recall and service notification targeting based on sold configuration and traceability data

Data flow: OpenText Product Traceability - Threekit

When OpenText Product Traceability identifies affected lots, serial numbers, or component combinations, that information can be used to identify the exact product configurations that were sold through Threekit. This enables more precise recall notices, service bulletins, and replacement offers based on the actual configuration the customer purchased.

• Targets only impacted customers and products
• Reduces unnecessary recall communications
• Improves response speed for field service and customer care

6. Variant lifecycle management for engineering and merchandising teams

Data flow: Bi-directional

Engineering or quality teams can update approved variant status, component availability, and traceability constraints in OpenText Product Traceability, while merchandising teams can use Threekit to reflect those changes in the digital catalog and product configurator. This keeps customer-facing content synchronized with operational reality, especially when products are phased in, phased out, or temporarily restricted.

• Prevents stale or unavailable variants from being sold
• Supports faster launch and retirement of product options
• Improves coordination between product, operations, and e-commerce teams

7. Serialized product registration with visual configuration history

Data flow: Threekit - OpenText Product Traceability

For high-value products such as furniture systems, appliances, electronics, or industrial equipment, the final Threekit configuration can be stored alongside the serialized product record in OpenText Product Traceability at registration or shipment. This creates a durable history of the customer-selected appearance and options for each unit, which is useful for service, refurbishment, resale, and lifecycle support.

• Supports accurate product registration and service lookup
• Helps aftermarket teams identify replacement parts and compatible accessories
• Improves lifecycle visibility for serialized assets

8. Audit-ready product launch governance for configurable products

Data flow: Bi-directional

Before a configurable product goes live in Threekit, OpenText Product Traceability can validate that the underlying components, suppliers, and compliance records are in place. After launch, Threekit can feed back customer demand patterns and configuration selections to help traceability and operations teams monitor which variants are most frequently sold and whether any traceability exceptions are emerging.

• Improves launch readiness for complex configurable products
• Connects commercial demand with operational traceability controls
• Supports governance across product, compliance, and supply chain teams