Many services such as Facebook, GitHub, and Google have already deployed OAuth 2.0 servers. The OAuth 2.0 spec leaves many decisions up to the implementer. Instead of describing the possible decisions that need to be made to successfully implement OAuth 2.0, this lecture will explain most of the appropriate decisions to make for most implementations. This lecture is an attempt to explain OAuth 2.0 in a simplified format to help developers and service providers implement the protocol. Attendees will also discover how they can use other people's OAuth servers instead of implementing their own.

In this session we will look at the functionality available to automate Nastran using iLogic and how this can be applied within Inventor. We will also look at some of the design workflows where this could be used.

Collaborative work with distributed teams can be effectively managed within Fusion Team and BIM 360 Team.  Accessible directly from within Autodesk tools makes it the perfect complement to your end-to-end work processes.

Join us to learn more about the vision for Forge, Autodesk’s cloud platform. Hear from Accenture on why so many companies are not getting the results they want from their digital transformations and how Forge and connected data can help. Get insights from real customers already using the Forge platform to make their data work for them and learn how you can too.

You've invested so much time in creating fantastic 3D designs—isn't it frustrating that your website is all in 2D? Not any more. Now you can embed striking, interactive, intelligent 3D models into your web page, web application, or desktop application. We'll start with some advanced demos to show you what is possible, and then we'll take you step by step through the simple process of creating your own 3D-enabled website. To get the most out of this class, a basic knowledge of programming and/or web development would be helpful, but it's not essential.

Come and see a demonstration on how to use the Forge Viewer to visually control and program a real robotic arm. Using cloud technologies, this is possible from any part of the world where you have an Internet connection. We'll go through all the steps necessary to achieving this, including modeling a real robotic arm into the 3D world using Fusion 360 software; preparing the 3D model for in-web-browser visualization; and connecting the real robotic arm to its 3D model. Using the Forge Viewer, we can customize the experience with controls necessary to manipulate the robot (both the real and the virtual one). This proof of concept could be easily transferred to industrial robots and other machine types for visualization, remote diagnostics, and even manipulation.

Come to this focus group about learning materials for Inventor software.

Our industries are changing faster than ever. And though the uncertainty we're all facing is accelerating, so is the technology available to us all. With AI looming ever larger for all of us, it feels like our industries are reaching a tipping point. As the cloud connects more of your data, it enables AI to unlock powerful new ways of working. Join Autodesk President and CEO Andrew Anagnost and colleagues as they show how our Design & Make Platform is taking us closer to the cusp of a new era, one where technology will unleash your productivity and your creativity, no matter what industry you work in.

Everywhere you look, there are headlines that impact the built world. Talent gaps, materials shortages, climate events, and digital acceleration. The future of the architecture, engineering, construction, and operations industry depends on turning disruption into opportunity. Join Nicolas Mangon and other industry leaders for a look at what's new in AECO Design and Make, including Autodesk Forma, artificial intelligence, and announcements across our portfolio, as well as a celebration of the customers who are tackling the headlines in real-time.

One of the challenges in 3D factory equipment layouts is the high Level of Detail (LOD) of vendor-supplied equipment models used in factory layouts and 3D model coordination, resulting in large file sizes degrading the performance of the federated model. Reducing the LOD to a manageable size takes up to 70 hours of manual editing for each project. Goodyear manages 30-40 projects each year. To solve this problem, Goodyear worked with Autodesk to develop and deploy an Autodesk Forge application to automate the process of lightweighting vendor models to be used within the layout of equipment in a 3D environment. Through automation, we’ve achieved a 97% reduction in the time it takes to prepare the equipment models. The automation has achieved an up to 74% file-size reduction with both a high and low LOD representation. In this session, we’ll describe this project from inception to deployment, cover the challenges we overcame, and demonstrate the application and the efficiency we’ve achieved.

When using immersive systems such as virtual reality (VR), augmented reality (AR), and mixed reality (MR) for design review, a key attribute of the system is a seamless interaction with at-scale, realistic digital models. VRED software is a well-accepted, manufacturing design-review application offering close-to-truth photorealism and a highly immersive extended reality (XR) interface. Using artificial intelligence (AI)-enabled speech control with VRED software can increase the level of immersion, allowing a user to have direct interaction with the digital model without the need for scene-occluding graphical user interfaces (GUIs)—and also allowing the user to naively interact with VRED, enabling more users to perform unassisted design reviews in XR. Project Mellon is NVIDIA's internal speech-enablement project that uses the innovative Riva automatic speech recognition (ASR) software with a prototype dialogue manager and 0-shot learning natural language processing (NLP) to achieve a developer-friendly integration of AI-enabled speech. In this session, we’ll show Mellon and VRED, and we’ll discuss how Mellon is used to easily update command lists without the need for extensive NLP training.

Generative Design software has been helping Autodesk Fusion 360 users to design, model, and manufacture products for many years. During this time, it’s been constantly updated with additional functionality under preview features named Experimental Generative Solvers and Features. This preview contains advance features that will help you improve your design in ways unavailable through the default workflow. Tools allowing symmetry definition or setting displacement limits will give you more control over the outcomes. Frequency and buckling limits will let you design safer parts that could be used in a dynamic environment. Remote loads and constraints will enhance your modeling strategy, simplifying it and allowing you to model new conditions. These are just a few tools that we’ll discuss during this class. You’ll learn the capabilities of advanced features and gain knowledge on how to use them. The class will cover best practices and tips that can help you overcome possible challenges.

BBi Autosport—a Porsche-centered performance tuning and engineering facility—and Hoonigan are building a ground-up monster of a machine to take on the Pikes Peak International Hill Climb. This project involves several partners to build a chassis, develop aero, and create a full driveline and engine package. Autodesk Fusion 360 software is a big part of it, and we’re using the software’s generative power to reduce weight, optimize flow, and build the highest-caliber machine we can. Pikes Peak is a massively demanding environment and very competitive. To compete against the best—we have to be the best and use the best tools.

Join experts on Autodesk Docs software, Autodesk BIM Collaborate software, and Autodesk Takeoff software to hear about recent improvements made to the products, as well as what the teams are eyeing on the horizon.

Digitization of creative design workflows has unleashed creators’ capabilities and allowed them to experience the designed product earlier. But it has some downsides. Back in the day, one could go down to the shop floor and walk around clay models having an instant update on the project progress and design evolution. Today, it can be challenging to find the right visualization file aggregating the latest modeling data, unless you know who’s working on the visualization data and you get over their shoulder to have a quick look on the latest evolution. What if the shop floor was digital too? What if anyone could go to a web site and walk through the latest design updates. Find out how you can serve visualization streams using a cluster of VRED Core instances managed through a simple web server.

In the last few years, we’ve witnessed automotive design undergoing a sea change largely driven by two main factors: climate change concerns and consumer behavior. Push for more greener vehicles fueled by technological advancements has created a new category for consumers that’s redefining traditional vehicle aesthetics. Similarly, forces linked to ever-changing consumer aspirations and behaviors—largely driven by factors like rapid urbanization, rise in disposable incomes, digital and social awareness, unexpected events like Covid-19 pandemic, and geopolitical tensions—are already impacting automotive design. This session will take a look at how certain disruptions in the traditional automotive design approaches have the potential to shape the future of mobility and challenge the conformist styling concepts. We’ll also look at how Autodesk tools like Alias and VRED software continue to stay relevant in this overall transition.

Hear from customers and Autodesk about how Autodesk Forge Data is solving problems! In this panel session, several experts will share thoughts about how various industries are using Autodesk Forge Data to tackle tough problems—from sustainability initiatives to solving problems in architecture, engineering, construction, and manufacturing spaces. With the introduction of the Autodesk Forge Model Derivative API several years ago, we’ve seen the emergence of new solutions to old problems. This centralized access to design data via the cloud has driven many customer-centered workflows. We’ll discuss these workflows, talk about some new workflows that Fusion Data and Data Exchanges enable, and also answer questions about the future of cloud information models that Autodesk is developing. We’ll have three customers and two Autodesk experts on hand to bring to light the power of the platform!

The industries you work in have evolved dramatically as technology has advanced, as have expectations for more-connected and more-customized products, buildings, and experiences. Moreover, you and your customers’ businesses are under pressure to move faster, reduce costs, and eliminate waste. Software has pioneered many of those changes, developing powerful tools for different parts of your workflows: design, simulation, visualization tools—you name it. But, we’ve created silos for those apps and the data that comes out of them. It’s still a pain to work with more-complex data collaboratively. Latency drags on processes, version control becomes a collaboration nightmare, data noise leads to confusion—the list goes on. Join us for this road map session, where we—the Autodesk Forge Data team—will cover how we’re tackling these challenges so you can work better with data across your apps and teams. Explore how you can use, and contribute to, the cloud data tools and APIs we’re developing.

In today's hyperconnected world, convenience is the ultimate currency. Autodesk Forge Data Exchange API's genesis is the goal of creating connected platforms with the convenience to end-data consumers. It helps break the barriers of data siloes developed within the organization. Autodesk Forge Data Exchange provides instantaneous access to data for anyone, anywhere, in any app. Autodesk Forge Data Exchange liberates data from proprietary data formats, allowing seamless integration of cross-platform apps that can be desktop apps, web apps, mobiles apps, and apps from different domains and even those used from diverse geographical locations. This class will demonstrate how to use Autodesk Forge to create various types of Autodesk Forge Data Exchange Connectors. We’ll walk through the process of identifying the need and opportunity for building a connection between different apps. We’ll show the steps of creating an Autodesk Forge Data Exchange Connector within a desktop or a web app with sample codes. You’ll learn best practices to build connectors from a security, performance, and future needs perspective.

Did you know that there are thousands of apps in the Autodesk App Store? For decades, developers have been augmenting Autodesk software to streamline and automate workflows. Now powered with Autodesk Forge APIs, they can do so much more. Come listen to a panel of developers who are in the App Developer Partner Program as they share the experiences they’ve had building with Autodesk APIs. You’ll learn all about the amazing outcomes they’ve had with customers who use their apps, and see why software customization is a game changer.