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In today’s fast-paced world of media and entertainment, the demand for high-quality content continues to grow, pushing productions to expand their scope and complexity. As a result, managing data, orchestrating workflows, and coordinating teams have become incredibly challenging. Thousands of artists across multiple departments and studios collaborate to bring these ambitious projects to life. Each project involves countless shots, assets, and scenes, while collaborators rely on a variety of tools that store data in different formats and locations, ultimately leading to fragmented workflows, slowed progress, and limited creative freedom.
However, the industry is on the brink of a significant transformation. To address these challenges, we're connecting every stage of production, uniting people, data, and workflows to unlock new avenues for innovation and creativity. At the heart of this shift lies Autodesk Flow, Autodesk's industry cloud platform designed specifically for Media & Entertainment.
Flow is redefining collaboration by placing data—not files—at its core. Built on an open API-driven cloud data model, Flow structures all the data generated throughout the production pipeline. This ensures you can capture, reuse, and track data, making it the ultimate source of truth for all assets, versions, and feedback within a production. Whether you're an individual artist or part of a larger department or studio, everyone can work simultaneously without waiting for one team to complete their tasks before another can begin.
To demonstrate the power of Flow, we’ve developed Flow Capture, previously known as Moxion, and Flow Production Tracking, formerly called ShotGrid. These tools bridge on-set and post-production data with the broader M&E data model, enabling seamless asset management from camera to final edit.
Moreover, Flow supports open standards, allowing our existing tools like Maya, along with third-party solutions from SideFX, Avid, and The Foundry, to integrate into an open ecosystem. Artists will no longer need to hunt down files; they'll have instant access to everything they need to start work—storyboards, production data, and more—directly within the tools they already use daily.
Looking ahead, Flow aims to unify the entire production pipeline, creating end-to-end workflows that extend beyond post-production into every aspect of the production process. By providing real-time access to production data, Flow strengthens connections between different stages of production, boosting efficiency and streamlining operations.
Even in gaming, where complexity abounds, we’re leveraging Flow to enhance workflows. Working closely with companies like Electronic Arts, we’re gaining valuable insights into optimizing game production processes to handle vast amounts of assets, stakeholders, and complexity.
The integration of AI-powered solutions further amplifies Flow's capabilities. For instance, AI-driven Generative Scheduling automates what was once a manual and time-consuming task—managing ever-changing variables between teams and budgets. Instead of spending days on scheduling, Flow delivers accurate results in mere minutes. This capability empowers producers to predict, plan, and allocate resources effectively, freeing up creative bandwidth when needed. And when last-minute changes arise, Flow provides a clear understanding of their impact across not just one project but an entire studio’s portfolio.
We’re also teaming up with Wonder Dynamics to automate creative workflows using AI. This collaboration focuses on animating, lighting, and composing CG characters in live-action scenes. Through a new Maya plug-in, Maya users can effortlessly export CG characters into Wonder Studio. Additionally, artists can export 3D scenes back into Maya, complete with animation, camera, and lighting data, offering full creative control over each component. Previously, such complex workflows were feasible only for well-funded studios, but now automation democratizes access for studios of all sizes.
As Autodesk, we're reshaping the industry for the better by linking data, workflows, teams, and studios across the production pipeline. Streamlining collaboration alleviates the pressures and complexities of modern production, allowing artists to focus on what truly matters—their artistry.
Join us at AU 2023 to hear the full story of Flow and see how visionary studios are harnessing Autodesk’s design and make solutions to bring productions into sharp focus. One such visionary is Walt Disney Animation Studios, who will share a glimpse into the intricate process behind their latest masterpiece, Wish, showcasing the perfect blend of technology, animation, and human ambition.
I encourage you to attend our keynotes, theater sessions, and on-demand classes.
*Safe Harbor Statement*
This communication includes forward-looking statements about Autodesk AI and the Autodesk Design and Make Platform. These statements reflect our current plans based on factors currently known to us but are not guarantees of future product availability. Additional information about potential factors affecting Autodesk’s financial results can be found in our Form 10-K and subsequent Form 10-Q filings with the U.S. Securities and Exchange Commission. Autodesk disclaims any obligation to update these forward-looking statements.
High temperature Heat Transfer Fluids
A High-temperature thermal fluid refers to a type of fluid that is capable of transferring heat at medium temperatures. It is commonly used in various industrial processes and systems where the operating temperature ranges from approximately 200°C to 400°C.
This thermal fluid is designed to have good thermal stability, high heat transfer efficiency, and low viscosity, allowing it to effectively transfer heat between different components or systems.
It is typically used in applications such as heat exchangers, boilers, and thermal energy storage systems.
June 09, 2025