New to visual programming? No problem. Bifrost’s library of pre-built graphs makes it quick and easy to craft serious effects right out-of-the-box. Get to know Bifrost’s latest features through my experimental art.

Bifrost is a powerful graphical programming environment for creating procedural visual effects simulations, geometry, rigging, and animation. In this session, we'll showcase new, modular, deep-learning workflows in Maya software using Bifrost. We will demonstrate how to use Bifrost for procedurally generating training data for AI systems, as well as how to deploy trained AI models in Bifrost using new Bifrost nodes designed for deep learning. The session will include practical examples of industry problems that are suited to a media and entertainment audience, such as using AI for complex rigging kinematic solvers.

Layout in the animation and VFX (visual effects) industry utilizes a broad scope of tools to bring cinematic ideas to fruition. This session will be a deep dive into the benefits found using Maya software and Bifrost to boost creative film making and ultimately save time and money. In this course we will capitalize on the latest toolsets and features to compose content that aligns with the director's vision at an early stage of production.

With the compound collection "Procedural Polygon Generator 2.0" for Bifrost, users can autogenerate buildings and all kinds of architectural detail. The goal is to build a construction history that works on various polygon inputs, and creates complex buildings without any further user input. This solution is used in the video-game industry and the film/TV industry for automated generation of environments, as well as for concept design and visualization in architecture.

In this session, we’ll walk through real-world examples that showcase how developers and pipeline engineers can programmatically submit, manage, and monitor compute-intensive tasks in the cloud. Using the Job and Resource APIs from the Flow Graph Engine API, you'll learn how to offload simulations, batch process assets, and streamline repetitive workflows using Bifrost as a cloud executor. This API-first approach frees up local machines, accelerates production, and enables scalable parallel execution—helping teams reduce turnaround time and improve pipeline efficiency. Whether you're building internal tools or optimizing large-scale asset generation, this session will offer practical insights into integrating cloud-based compute into your 3D production workflows.

The speaker is a practicing contemporary artist who’s been using Maya for 16 years, including for commercial work making animation and visualizations. With the advent of NFTs and the uptake in digital practices by contemporary artists, the art world is slowly waking up to the possibilities of digital art. As an artist, the speaker’s been exploring these possibilities since the early 1980s, as you can see in this recent interview (https://vimeo.com/543801386). While the art world is extremely varied these days, the need for originality and the hand-to-eye relationship of drawing is fairly elemental. Maya Paint Effects delivers the world's best 3D paint software. And the Bifrost extension for Maya lets artists build new and original effects. When combined with the whole suite of tools in Maya, contemporary artists have the most sophisticated and advanced tools to create the art of the next century. Duncan Brimsmead helped the speaker get started with Paint Effects, and this session will help you see what can be achieved with Paint Effects, Bifrost, and the collection of Maya tools.

Learn how to use USD across the Maya tool set to help solve the problem of being able to store, edit, and export complex asset data like modeling, materials, lighting, and shading variations in a single USD container. This also allows users to transport and share these data across different software products along various stages of a pipeline non-destructively and without any loss of fidelity. Create, edit, and share complex USD prototypes with multiple variants, purposes, and so on, using only the Maya tool sets. Finally, use the power of Maya Bifrost to procedurally create an entire city of pods from one unique module by creating complex prototypes and USD Point Instancer that can be rendered easily with the Arnold MtoA plug-in.

What are new emerging methods for tackling large and complex challenges such as sustainable design? More specifically, what might happen when we combine technology from one industry and apply it to another? Further, how can designers leverage these experiments in "convergence" to inform the future of design-and-make? Inspired by an Autodesk Technology Center resident, this case study explores the sustainable implications of converging industrial design tasks with "procedural modeling" tools (a Media and Entertainment technology). This talk shares the results of both practical hands-on experiments and conceptual thinking on how procedural modeling tools could influence higher performing design decisions applied to product-design and manufacturing. Experience the convergence of industries as the Technology Centers explore what it means to continuously reshape and adapt objects to meet functional and performance requirements.