We are thrilled to announce the release of two new open-source NPM packages designed to advance our core mission: making 3D CAD (Computer-Aided Design) accessible and adaptable for a broader community of developers. These packages, @bitbybit-dev/threejs and @bitbybit-dev/babylonjs, are critical steps toward our strategic goal of democratizing access to 3D CAD technologies, and they offer significantly greater flexibility for our users.

Unlock the power of interactive 3D products on your Shopify store with 3D Bits! We're thrilled to announce our new app that empowers you to create, customize, and sell stunning 3D products, transforming your customer’s shopping experience into an immersive and engaging journey.

The ability to include realistic 3D scans of real-world objects and environments directly into your Bitbybit.dev scenes opens up a multitude of new creative and practical scenarios. In this blog post, we'll dive into what Gaussian Splatting is, its potential uses, and how you can leverage it on our platform.

In this release (v0.15.10), we mostly concentrated on improving the BITBYBIT-RUNNER.JS and adding exciting new support for Gaussian Splatting, enabling you to work with cutting-edge 3D scan data.

In the last couple of weeks, we've been discussing and experimenting with a new way to run and embed Bitbybit.dev scripts. The result of these experiments is a new tool called BITBYBIT-RUNNER.JS. You can now run your scripts on your own websites, blogs, webshops, or third-party coding sites!

We've been working on improving the quality of our core codebase by adding new unit tests and restructuring the code in the @bitbybit-dev/occt layer. In this article, we'll explain why these changes were necessary and how they benefit our platform's users.

This time, we mostly focused on improving the quality of our @bitbybit-dev/occt layer. Offsets were extended to support adding a face for guidance.

This release, version 0.15.7, continues to build upon the geometric capabilities introduced in recent updates. This time, we've implemented a couple of powerful new open-source methods for creating circular edges based on tangential constraints involving other circles or points. Additionally, this release includes some important bug fixes and improvements to our OCCT input classes.

This release, version 0.15.6, builds upon the enhancements introduced in our previous update. This time, we've implemented a few powerful new open-source methods focused on creating complex wires and faces from two or more circles. These additions are particularly useful when designing intricate mechanical parts and other geometries involving circular features.

This release, version 0.15.5, introduces a significant number of new features designed to make working with circles, arcs, and OCCT vertex shapes easier and more powerful. All algorithms included in this update are open-sourced under the MIT license and are available in our NPM packages.