Question 1

We need a custom add-in or integration for Revit, AutoCAD, Civil 3D, Rhino, or Forma. How do we start?

Accepted Answer

Start with a discovery call. You don't need a written spec, and it doesn't matter which platform you're on, whether that's a desktop add-in for Revit, AutoCAD, Civil 3D or Rhino, or a cloud extension for Forma. Bring the bottleneck: a slow drawing process, a geometry problem your team keeps hitting, or a data silo between teams. We'll review your current workflow and come back with a phased plan that scales from a Proof of Concept to a deployed enterprise tool.

Question 2

Can the applications you build integrate with our existing ERP and manufacturing systems?

Accepted Answer

Yes, we extend the CAD/BIM platforms your team already uses and build the data pipelines that connect them to your wider stack. Custom integrations sync geometry directly with SQL databases, ERP systems, and manufacturing BoMs, removing the manual re-entry that breaks fidelity between design and production.

Question 3

Do you build standalone desktop or web applications outside of CAD/BIM platforms?

Accepted Answer

Yes, beyond extending native CAD/BIM software, we engineer full-stack standalone desktop and web applications. Our technical capabilities include developing custom 3D geometry kernels, architecting cloud infrastructure, and executing complex API integrations. We focus on the absolute limit of what is technically achievable for your enterprise, delivering bespoke software that operates entirely independently of third-party platforms when your workflows require it.

Question 4

We manufacture complex assemblies (e.g. formwork, façades, modular buildings). Can you automate our design-to-fabrication process?

Accepted Answer

Yes, it's the work we do most often. We build computational tools that rationalize complex geometry against your specific manufacturing constraints, so layouts, transition trims, and fabrication data generate automatically instead of being hand-detailed. Engineering teams shift from drafting individual components to validating output.

Question 5

Our production team uses AutoCAD, but clients send us Revit or Rhino models. Can you resolve this interoperability gap?

Accepted Answer

Yes, cross-platform interoperability is at the heart of our work. It's why we built Rhino.Inside.AutoCAD, which lets Rhino geometry live natively inside AutoCAD. We build applications that automate the creation of production-ready 2D drawings and data from your 3D design and BIM models, so AutoCAD stays your primary production platform: no costly retraining, no extra licenses, and no disruption to business as usual.

Question 6

Can you integrate AI or LLMs into our engineering workflows?

Accepted Answer

Yes, we architect AI solutions tailored for AEC and manufacturing data. Based on your requirements, we determine the most suitable approach, such as retrieval-augmented generation (RAG), fine-tuned models, agentic workflows, or a hybrid. We balance accuracy, security, cost, and speed to deliver reliable AI agents that support design rationalization, automated data extraction, and workflow routing.

Question 7

Do you build web-based 3D configurators or collaborative design platforms?

Accepted Answer

Yes, we develop interactive, cloud-based 3D environments tailored for manufacturers and fabricators. These SaaS-style web applications allow your internal teams or external clients to configure complex assemblies directly in the browser. The platform securely manages the logic behind the scenes, automatically generating exact, repeatable outputs like BoMs, pricing, and fabrication-ready data without requiring local CAD software.

Question 8

Can your software automate the generation of our BoMs for manufacturing?

Accepted Answer

Absolutely, extracting accurate BoMs from complex geometric models is a common bottleneck. Whether through a desktop CAD add-in or a custom web application, we engineer reliable, repeatable pipelines that query the 3D design intent and instantly synchronize it with your database to output exact, error-free BoMs ready for procurement and fabrication.

Question 9

Our BIM team already writes their own scripts, both visual and text-based. Why bring in an application development firm?

Accepted Answer

Scripts are great for prototyping and one-off problems, but they get brittle and costly to maintain the moment they're carrying real production work. Turning that proven logic into software that stays fast and reliable across every project is a different discipline, and it's exactly what we specialize in: complex design and production automation, engineered into robust, enterprise-scale applications built for the geometric and data complexity of real projects, at any size. That lets your team stay focused on the design problem while we make the solution production-grade and maintainable, so it scales with your projects and workflows, not your risk.

Question 10

Who owns the IP of the custom software you build for us?

Accepted Answer

You do: once a project completes, IP rights to the custom applications transfer to your organization by default, and we deliver fully documented source code alongside the compiled software, so you are never locked into a proprietary dependency.

Enterprise Application Development for AEC and Manufacturing

Our Expertise - What We Do

Why Work With Us - Domain Expertise Backed by Engineering Rigor

Fit for Your Teams

Complexity Welcome

Built to Last

Proven Outcomes - Automating Design & Production Workflows

Deck Formwork Automation

Model Validation Automation

Vertical Formwork Automation

Ceiling Design & Production Automation

Automated Section Drawings

Deck Formwork Automation

Model Validation Automation

Vertical Formwork Automation

Ceiling Design & Production Automation

Sectors Served - Built for Design, Engineering, and Production Teams

Trusted by Leaders in Design & Fabrication

Our Core Technologies & Credentials

Technical Guidance - Frequently Asked Questions

Getting Started & Engagement

Manufacturing & Production

Advanced Tech / Cloud

The Bimorph Difference

Turn your slowest manual process into software

Insights