Threekit - OpenText Content Storage Service Integration and Automation

Common Integration Use Cases Between Threekit and OpenText Content Storage Service

1. Centralized storage for 3D product assets and configuration files

Data flow: Threekit ? OpenText Content Storage Service

Store source 3D models, texture files, rendered images, AR assets, and product configuration outputs in OpenText Content Storage Service as the enterprise system of record. Threekit can publish finalized visual assets to object storage for long-term retention, version control, and reuse across digital channels.

• Reduces dependency on local or ad hoc file repositories
• Improves asset governance and retention for product marketing teams
• Supports scalable storage for large media files without impacting Threekit performance

2. Archive of generated product imagery for e-commerce and campaign reuse

Data flow: Threekit ? OpenText Content Storage Service

When Threekit generates unlimited product images from configurable 3D models, the approved images can be automatically archived in OpenText Content Storage Service. Marketing, e-commerce, and regional teams can later retrieve approved visuals for web listings, catalogs, email campaigns, and distributor portals.

• Eliminates repeated image production work
• Ensures teams use approved, compliant visuals
• Speeds up content reuse across channels and markets

3. Compliance retention for regulated product visualization content

Data flow: Threekit ? OpenText Content Storage Service

For industries such as automotive, medical devices, or consumer electronics, finalized product configurations and rendered outputs can be stored in OpenText Content Storage Service to support auditability and compliance retention. This creates a durable record of what was shown to customers at the time of purchase.

• Supports legal and regulatory review of customer-facing product claims
• Provides traceability for configurable product presentations
• Helps resolve disputes about product appearance or selected options

4. Shared asset repository for global product launches

Data flow: Bi-directional

Product marketing teams can upload approved 3D models, textures, and visual references into OpenText Content Storage Service, while Threekit consumes those assets to build interactive product experiences. After launch, Threekit can return updated renders and localized imagery back to storage for use by regional teams and downstream systems.

• Improves collaboration between product, creative, and digital commerce teams
• Supports faster rollout of new products across regions
• Creates a controlled workflow for approved source and derivative assets

5. Lifecycle management for obsolete product visuals and retired configurations

Data flow: Threekit ? OpenText Content Storage Service

As products are discontinued or configurations change, Threekit can move retired models, textures, and rendered outputs into OpenText Content Storage Service for lifecycle-managed archival. This keeps active visualization libraries clean while preserving historical content for reference, service, and legal needs.

• Reduces clutter in active content environments
• Preserves historical product records for support and warranty teams
• Aligns storage costs with content usage patterns

6. Backup and disaster recovery for critical visual commerce assets

Data flow: Threekit ? OpenText Content Storage Service

Threekit-generated assets can be replicated to OpenText Content Storage Service as a resilient backup layer. If a source asset is lost or corrupted, operations teams can restore the required models, images, and configuration files from cloud object storage.

• Improves business continuity for digital commerce operations
• Protects high-value creative and product data
• Reduces risk of delays during product launches or seasonal campaigns

7. Content handoff for downstream enterprise systems

Data flow: Threekit ? OpenText Content Storage Service ? other enterprise applications

Threekit can publish approved visual content to OpenText Content Storage Service, where it becomes available to other enterprise systems such as DAM, PIM, CMS, or customer service portals. This creates a single storage layer for derivative assets used across the organization.

• Improves consistency of product visuals across channels
• Reduces duplicate asset transfers between teams
• Supports a more efficient content supply chain

8. Audit-ready repository for customer-specific configured outputs

Data flow: Threekit ? OpenText Content Storage Service

For made-to-order or highly configurable products, Threekit can store the final customer-selected configuration render in OpenText Content Storage Service at the point of order submission. Sales, operations, and customer support teams can later reference the exact visual version tied to the order.

• Improves order accuracy and customer confidence
• Helps manufacturing and fulfillment teams validate selections
• Provides a clear visual record for post-sale support and dispute resolution