ShapeDiver & BIMobject: Deploying Digital Product Platforms at Scale
ShapeDiver and BIMobject cover complementary parts of a manufacturer's digital product strategy: ShapeDiver deploys parametric models as real-time, web-based 3D configurators for customer-facing customisation, while BIMobject hosts BIM content libraries that put products directly into architects' and engineers' project specifications. Both should be fed from a single master BIM model so Revit families, configurator geometry, AR assets and renders stay consistent across channels, and manufacturers with active BIM content libraries report 3 to 5 times higher specification rates than those without.
Two Platforms, One Digital Strategy
ShapeDiver and BIMobject serve different but complementary roles in a manufacturer's digital product strategy. ShapeDiver powers real-time 3D product configurators: parametric models that customers can customise in a web browser, generating instant visualisations, BOMs, and downloadable outputs. BIMobject hosts BIM content libraries: standardised Revit families, IFC files, and product data that architects and engineers download directly into their projects. Together, they cover the full specification journey from discovery to technical documentation.
ShapeDiver: Parametric Products for the Web
ShapeDiver takes Grasshopper definitions and deploys them as cloud-hosted 3D applications. This means manufacturers can build product configurators where customers select materials, dimensions, and options in real time, see the result in 3D, and download production-ready outputs. The technology is particularly powerful for products with high variation: furniture, facades, modular systems, and custom fixtures. GIRIH X builds the Grasshopper logic, material libraries, and frontend integration as a complete package, so manufacturers get a turnkey configurator without needing computational design expertise.
BIMobject: BIM Content That Drives Specification
BIMobject is the world's largest platform for BIM content, connecting manufacturers with architects and engineers who need product data for their projects. A well-structured BIMobject library puts your products directly into the specification workflow: when an architect downloads your Revit family, your product is effectively specified into the project. The content must be data-rich (accurate dimensions, material properties, classification codes), lightweight (optimised geometry that does not bloat project files), and governed (version-controlled with clear update processes).
Building the Content Pipeline
The key to scaling across both platforms is a single-source content pipeline. The master BIM model, built to production standards with accurate geometry and rich metadata, serves as the authoritative source. From this master, automated pipelines generate: optimised Revit families for BIMobject; Grasshopper-ready geometry for ShapeDiver configurators; web-ready 3D assets (glTF/USDZ) for AR experiences; and high-fidelity renders for marketing. This one-to-many approach eliminates duplicate work and ensures consistency across every channel.
Measuring Platform ROI
Both platforms provide analytics that quantify content performance. BIMobject tracks downloads by region, profession, and project type, giving manufacturers visibility into where their products are being specified. ShapeDiver tracks configurator sessions, popular configurations, and conversion rates. Combined with CRM integration, these analytics create a closed loop from content engagement to sales pipeline. The ROI case is compelling: manufacturers with active BIM content libraries report 3-5x higher specification rates compared to those without.
Frequently asked questions
What is the difference between ShapeDiver and BIMobject?
ShapeDiver powers real-time 3D product configurators where customers customise parametric models in a web browser and generate instant visualisations, BOMs and downloadable outputs. BIMobject hosts BIM content libraries of standardised Revit families, IFC files and product data that architects and engineers download directly into their projects. Together they cover the full specification journey from discovery to technical documentation.
What kind of products suit a ShapeDiver configurator?
ShapeDiver takes Grasshopper definitions and deploys them as cloud-hosted 3D applications, which is particularly powerful for products with high variation such as furniture, facades, modular systems and custom fixtures. Manufacturers get a turnkey configurator, with the Grasshopper logic, material libraries and frontend integration built as a complete package, without needing computational design expertise in-house.
What makes a BIMobject library effective at driving specification?
An effective BIMobject library puts products directly into the specification workflow, since downloading a Revit family effectively specifies that product into the project. The content needs to be data-rich with accurate dimensions, material properties and classification codes, lightweight with optimised geometry that does not bloat project files, and governed with version control and clear update processes.
How do you keep ShapeDiver and BIMobject content consistent?
Scaling across both platforms relies on a single-source content pipeline built from a master BIM model with production-standard geometry and rich metadata. From that master, automated pipelines generate optimised Revit families for BIMobject, Grasshopper-ready geometry for ShapeDiver configurators, web-ready 3D assets for AR experiences, and high-fidelity renders, eliminating duplicate work and keeping every channel consistent.
What return can manufacturers expect from BIM content platforms?
Both platforms provide analytics that quantify content performance: BIMobject tracks downloads by region, profession and project type, while ShapeDiver tracks configurator sessions, popular configurations and conversion rates. Combined with CRM integration these create a closed loop from content engagement to sales pipeline, and manufacturers with active BIM content libraries report 3 to 5 times higher specification rates compared to those without.
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