Professional software tools like AutoCAD, Revit, and other AEC software have powerful automation capabilities that traditionally require significant technical expertise to access. While these platforms offer APIs for custom workflow development, the high cost of software development has created a severe supply constraint - only the largest enterprises can afford to build custom solutions, leaving most users unable to automate their work effectively. We're fundamentally changing this dynamic by using large language models to generate production-quality code and automation agents at a fraction of traditional development costs. This isn't just about making development cheaper - it's about transforming the economics of professional software automation from a supply-constrained to a supply-abundant market.
Our technology combines large language models with deep understanding of professional software APIs to automatically generate robust, validated code that powers natural language automation. Rather than requiring users to learn programming or hire developers, our factory process can create new automations at negligible marginal cost. This allows us to build and deploy hundreds or thousands of workflows, meeting the long tail of automation needs that were previously uneconomical to address. Users simply express their needs in plain English - "clean up these drawings, update all title blocks, and make sure everything matches our standards" - and the system executes perfectly every time, leveraging pre-built automation that was economically unfeasible before LLMs.
The economic implications are profound. Traditional software development economics limited automation to high-value, frequently repeated tasks that could justify development costs. Our approach eliminates this constraint - we can economically create automation for any task that users need, no matter how specific or infrequent.spacer.gif
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