Unlock the full potential of AutoCAD software while safeguarding your intellectual property (IP), with our session on 10 essential strategies. Learn advanced techniques for securing your design files, including secure authentication and access control, to protect against unauthorized access. Discover best practices for effectively managing file versions and backups, while staying up to date on security patches and ensuring data integrity. Explore collaborative tools and methods that streamline workflows and enhance team efficiency, all while maintaining IP protection. Discover the importance of legal protections such as patents and copyrights, and learn how to use AutoCAD software’s built-in features to secure your proprietary information. We’ll also discuss optimization tips for automating repetitive tasks and integrating with other software for seamless project execution.

Explore the various components to protecting intellectual property using virtual desktop infrastructure. Learn about tiered security zones and today's technology tools that enhance the capability of securing proprietary CAD/computer-aided manufacturing (CAM) data in a virtual desktop infrastructure environment.

The session will provide an overview of the collaboration between Final Aim and Yamaha Motor to co-create a unique EV designed for agriculture. Using generative AI from the conceptual phase, the project exemplifies the integration of AI into industrial design processes to create innovative solutions for specific functional requirements. Generative AI facilitated extensive ideation, producing more than 2,000 design ideas—which led to a distinctive, practical vehicle design with high visibility and load-bearing features. In parallel, the project incorporated blockchain technology to manage and safeguard design data, intellectual property, and design contracts, demonstrating an advanced approach to maintaining data integrity and authenticity in the manufacturing industry. The project highlights the capabilities of generative AI and blockchain in design and manufacturing. It addresses the complexities of design process, data, and intellectual property in the era of AI-driven creation.

In this class, you learn how to use Autodesk® Product Design Suite to transform Inventor software models into intelligent models in Revit-based software for Building Information Modeling (BIM). We focus on simplifying the Inventor model, removing intellectual property, adding necessary connectors and metadata, and finally, importing the model into Revit. We also describe how to add value to your simplified BIM models by creating compelling visualization materials with Showcase® visualization software.

Learn how to utilize Building Information Modeling (BIM) and technology to the most opportune level on highly technical projects. We will discuss cloud storage and intellectual property issues, BIM tools, lean principles, paperless efforts, facilities management, and the integrated project delivery (IPD) project advantages and disadvantages.

Enterprise data requirements are not new to us, but the solutions and solutions opportunities are. How do we manage datasets across organizations and an entire enterprise? How do we manage compliance, backup and disaster recovery? How do we choose technologies that potentially solve these problems and how do we bring standardization to this rapidly evolving space? What do enterprise security concerns or requirements look like, not just in terms of localized file/record access, but from an enterprise perspective with issues like Corporate Intellectual Property, Government IP restrictions, departmental restrictions and how do we manage compliance? The EDM landscape is rapidly evolving, especially with the flexibility offered by the cloud. In this roundtable, we will consider current challenges in the light of new (or yet to exist) technologies. This class promises to be highly collaborative and challenging, so bring your ideas and voice because we definitely need to meet.

Keep it simple. Easy to say, harder to do. In the exacting world of manufacturing, complete detail in a model is an absolute. However, details come with a price—performance, protection of intellectual property, and more. Can a mechanical designer have it all? This class shows you how to get all the detail you need and all the detail you don't. Starting with the concept of visual fidelity versus visual identity, we demonstrate the tools attendees need to successfully create a simplification strategy for detailed Inventor software models with minimum investment and maximum return. From advanced techniques for level of detail (LOD) use to incorporating construction geometry in your Content Center files to easily create shrink-wrapped models, this class gives you advanced tools to manage your models. If you deal with massive-sized assemblies, create BIM-ready content, or need to control intellectual property through managing the details you disclose, this class is for you.

In this class, we go through the process of completing an Inventor software model ready for use by an MEP engineer, including preparing ducting and pipework on a skid from an Inventor model. We cover detail model simplification and preparation, as well as the various export options to Revit MEP, including parametric versus nonparametric and ways to protect user intellectual property.

You don’t always have control over the software you use, the hardware you get, the drafting and design standards, or the workflow processes in your company; and reducing labor hours sometimes means reducing profit. Sometimes the workflow process, which you have no control over, is causing the very issue you’re meant to fix or work around. In this course, you’ll learn strategies for automation and how to protect your intellectual property so all the code you write belongs to you. Among those strategies for automation, we’ll go over the implementation and maintenance of CAD standards in a nonabrasive manner that your team will easily embrace. We’ll go over how to turn your ideas for improvements into a KPI (key performance indicator)-driven plan for increasing quality, accuracy, and speed while providing increased value-add to all stakeholders. We’ll discuss mentoring and sponsoring. In conclusion, we’ll discuss throttling the pace of expectations.

Autodesk Construction Cloud or Fusion Team is used to store product data created with Revit, Autodesk Fusion, Inventor, and other Autodesk CAD authoring tools. The data stored in these cloud systems is often the most important intellectual property, and it's also critical for users who do not have access to Autodesk cloud-based systems. Learn how you can use Autodesk's AEC Data Model API and Manufacturing Data Model API to extract bills of materials (BOMs), product quantities, and other critical metadata, and publish it to enterprise resource planning (ERP)—or other enterprise systems. Accurate, reliable, and free from manual data entry.

In an era where speed, quality, and innovation define success, using AI in design and construction workflows is no longer optional—it's essential. This session, Design to Delivery—Faster with the Right AI, shows how tools like Chaos’ Enscape, Veras and Glyph work in concert with Autodesk Revit and Forma to accelerate ideation, visualization, and construction documentation. Drawing from industry wide findings about where early adopters see the biggest benefits from AI, attendees will learn the best AI applications from the first interview, through design, and into construction documentation. The speakers know not all AI is equal, and will show the audience how to evaluate AI tools through the lens of quality, security, and intellectual property protection. By the end of this class you'll be able to use the right AI capability, at the right time, to boost creativity, improve quality, and shorten project timelines.

Alliances and frameworks are increasingly key procurement vehicles to facilitate large-scale delivery with multiple contractors supporting the delivery of a common goal. We'll discuss how our experience of alliance and framework contracts has been enhanced through using the Autodesk Build software and the integration possibilities enabled by the open API Autodesk Build Service. We'll demonstrate how Autodesk Docs software enables contractors to share information, capture collaborative lessons learned, and use standardized details—and the program, cost, and quality benefits that this creates for clients. In this talk, we'll discuss transparency between contractors as well as the trust and confidence that Autodesk and OpenSpace can provide to clients. With one eye on the future, we'll also explore the potential game-changing impact that Autodesk Informed Design software could have on contractor collaboration through safe sharing of intellectual property in design.

There are numerous intellectual property, products liability, regulatory, insurance, and contractual issues that 3D printing and additive manufacturing (3DP/AM) create. This will be a panel discussion between actual manufacturers, designers, lawyers, and consumers coming together to discuss the process, the issues, the new chain of commerce, the benefits, and the concerns presented by the new world of 3DP/AM.

Inventor software has the functionality to export assemblies and parts for mechanical, electrical, and plumbing connections directly into Revit software. This class will focus on the dynamics and logistics between the two programs. You’ll learn best practices for creating Inventor architecture, engineering, and construction (AEC) equipment and exporting it effectively to Revit programs, and how to best maximize their design intent.

Overbearing Inventor model makin’ it so hard for me. This class will teach you how to use View Representations in Inventor assemblies. Representations control the visibility and several other characteristics of components within assemblies. Representations let you save specific views of your assembly to prepare for presentations and create drawings. Proper use of Representations will significantly improve your system’s performance when dealing with large, complex assemblies.

AutoCAD software has been the target of hacker attacks for industrial espionage. Many of these hackers have been primarily driven to steal intellectual property. There are a number of steps that the AutoCAD Security Team have implemented to enhance the security in AutoCAD 2016 software. This class will cover the topic of securing your AutoCAD software plug-ins. We will examine digital signatures and cryptographic algorithms, including public key infrastructure (PKI). Learn how to get certificates, creating your own self-signed certificates. You will also learn how to sign your executable including LISP files using your certificate and deploy them. And finally, you will learn the best practices when loading plug-ins.

Over the last decade or so, software developers have amassed a significant amount of intellectual property harnessing AutoCAD software's .NET API. AutoCAD I/O enables standard AutoCAD software commands, as well as those implemented in .NET, to be executed in the cloud, generating results that you can integrate into your own business-to-business or business-to-customer website. This class will take a concrete example of a .NET application creating custom jigsaw puzzles inside AutoCAD software. During the class we will show how to move the core implementation to AutoCAD I/O via the Core Console, and then make use of this to power a new business-to-customer website. Potential customers will be able to specify custom designs for jigsaw puzzles and visualize the results before finalizing their orders.

Fusion 360 software installs and runs on Windows 10 and macOS, just like traditional applications. However, all of Fusion 360 software’s data is synchronized to the Autodesk Cloud, hosted on Amazon Cloud servers, which provides numerous data management benefits. Having a high-level understanding of how Fusion 360 stores its data is critical for business owners who have chosen to use Fusion 360 as their digital design and manufacturing tool. What isn’t obvious to business owners is this: The first employee to set up and use Fusion 360 in their business becomes the owner of all the data created with Fusion 360. This class will explain why and how business owners or IT managers can make sure they have control over their companies’ intellectual property.

ITI has an understanding of data interoperability. Specific market trends drive companies to change their CAD system into Inventor. The biggest pain that comes with a project like that is preventing your intellectual properties, such as features, design intelligence and parametrics. We understand that it is possible your design team has invested years and eventually millions into establishing these. With GoToINVENTOR we want to use the opportunity and introduce you to a software, that will be able to support your CAD conversion project in a fully automated way, saving your valuable CAD features and your design intelligence. We would be happy to see you join us and learn about CAD standards as drivers for CAD conversions to Inventor, the technology behind GoToINVENTOR, how the software works, and of course the benefits that will apply to your project if you decide to work with ITI and GoToINVENTOR to support your CAD migration requirements.