A low-code platform to build calculations, visualisations and technical reports - at scale.
Get your calculations, visualizations and technical reports done faster and with less errors.
Encode your project skills into reusable, strategic assets for your company.
Technical Director
Compute.Build is a valuable asset to the company and has greatly improved the way to carry out design calculations. We have now a collection of high quality apps and workflows which have been verified instead of teams developing their own spreadsheets for every project. It has been great working with the Compute.Build team which is constantly adding features expanding the capabilities of the platform.
The Compute.Build platform seamlessly integrates with your existing software, allowing your engineering tools to work together with minimal setup. Through robust API connectivity, Compute.Build facilitates real-time data exchange with popular engineering tools like ETABS, Tekla Structures, RFEM, and others, enabling data consistency and error-free transfers across your applications. This integration ensures that engineers can pull and push data without duplicating efforts, whether generating reports, managing calculations, or building visualizations.
On the Compute.Build platform, calculations are built using Python code that’s automatically translated into clear, readable scientific formulas. This translation ensures that complex engineering calculations become transparent and easy to verify, avoiding the “black box” scenario. The platform then uses these formulas to generate technical reports and visualizations, with all data structured in a clear, professional format that supports both transparency and precision. This approach enables engineers to create precise visualizations and reports directly from their code, streamlining the reporting process while maintaining scientific rigor.
Compute.Build enables companies to centrally share apps across their organization, making each tool easily accessible to all team members. By hosting and distributing applications on a unified platform, Compute.Build ensures consistent user interfaces, standardized workflows, and secure data sharing. This centralized approach allows teams to reuse verified tools, calculations, and workflows across projects, fostering efficiency and reducing duplicated effort. It’s an ideal solution for scaling engineering expertise within an organization.
We have integrated a range of functionalities to accelerate the development of engineering and scientific applications. All applications are written in pure Python, utilizing a curated set of your favorite libraries.
Centralize your data sources, functions, and modules across your applications, eliminating the need to copy and paste data between them.
Execute apps or by calling them from an external Python application or Grasshopper script. This open approach allows users to enhance and customize their apps to fit specific engineering workflows.
Our enhanced batch processing feature unlocks new efficiencies, enabling parallel application runs that fully leverage your local machine’s power. Seamlessly process large datasets at client-side speed, with stable, long-duration performance.
Re-use applications by nesting them within other apps. This modular approach prevents unnecessary duplication and the centralization of logic.
All your application code can be managed under your preferred version control system, ensuring that your applications are always backed up and up to date with the latest version.
Compute.Build prioritizes clear and transparent calculations, allowing engineers to avoid "black box" situations where inputs and outputs lack clarity. Every encoded calculation maintains visibility, so users understand the logic and methodology behind each result, ensuring accountability and accuracy.
Our experimental Grasshopper component enables users to run applications in batch mode from a single dynamic component. [Coming soon]
Our platform can connect with a Rhino server, allowing your applications to exchange data and Rhino geometry. This includes both dynamic interactions with Grasshopper scripts and the use of static Rhino 3dm files. This connectivity enables advanced design and modeling workflows directly within your applications. [Coming soon]
We provide the Compute.Build Low-Code Platform as a self-service (SaaS) solution and also offer it through our fully managed No-Code Service. Select the option that best meets your needs, or reach out for a free consultation.
Transform your engineers' expertise into a valuable asset library with our intuitive low-code Python framework. Tailored specifically for engineers, this framework enables you to build essential tools quickly and effectively.
Schedule a demo to see how our platform can streamline your workflows and drive scalability for your business.
For clients who are unable to develop and host their own Python-based low-code app libraries, we provide a seamless no-code service. Choose from our pre-built application library, or work alongside our expert engineering team to craft a custom application precisely suited to your engineering requirements.
Contact us for a free consultation.