Autodesk ushers in the future of AECO with advances in AI and new data model API

In today’s complex AECO (Architecture, Engineering, Construction, and Operations) industry, tangled technology and fragmented processes have created a web of inefficiencies that slow down progress. Pulling at one thread—like the project schedule or supply chain—can tighten timelines or inflate costs. Disconnected data across project stages leads to delays, rework, and wasted resources. It's time to untangle this knot and rethink how we design, build, and operate the built environment. At Autodesk, we're introducing the **Design and Make Platform**, a cloud-connected workspace designed to bring all teams together—from designers to builders to operators. This platform leverages artificial intelligence (AI) to help you extract maximum value from your project data, enabling faster, more collaborative, and confident decision-making. As data flows seamlessly from design to construction to operations, a centralized industry cloud will enhance collaboration and unlock new ways of working. We’re excited to share these innovations at **Autodesk University 2023**. Let’s explore how AI is transforming the built environment, from early-stage design to construction and beyond. ### AI-Powered Solutions for the Built Environment AI isn’t just a tool—it’s a force that empowers people to be more creative, efficient, and impactful. By automating repetitive tasks, analyzing vast amounts of data, and providing actionable insights, AI helps teams make smarter decisions earlier in the process. Over the past decade, we’ve been developing AI capabilities that are now embedded across our AECO solutions. At AU 2023, we announced two key updates: - **ML Deluge Tool in InfoDrainage**: This new AI-powered feature allows designers to quickly and accurately predict flood maps during rainfall modeling. Civil engineers can focus on creating sustainable drainage systems instead of spending hours on trial-and-error stormwater control simulations. - **VAPAR AI Integration in Info360 Asset**: This innovative technology automatically identifies pipe issues during sewer inspections, saving operators hours of manual review and reducing capital costs. We also launched **Autodesk Forma**, a suite of AI-driven tools that enable fast, fluid iterations in the early stages of planning and design. Features like **Rapid Noise Analysis**, **Rapid Wind Analysis**, and **Rapid Operational Energy Analysis** give designers early insights into how buildings will interact with their surroundings, leading to more energy-efficient and user-friendly designs. In AutoCAD 2024, **Markup Assist** uses machine learning to update drawing text, convert shapes into objects, and interpret markup instructions. Meanwhile, **Smart Blocks Replacement** offers intelligent suggestions when replacing blocks, streamlining the drafting process. For construction teams, **Construction IQ** and **AutoSpecs in ACC** are helping to automate risk assessments and submittal log generation, making projects safer and more efficient. ### The Autodesk Data Model: Enabling Smarter BIM AI thrives on data, which is why the **Autodesk Data Model** is central to the Design and Make Platform. This model breaks down large files into manageable data subsets, allowing teams to share only what they need. APIs make it easy for developers to access and leverage this granular data, supporting more intuitive BIM experiences and customizable workflows. Today, we announced a public beta of the **AEC Data Model API**, currently available for Revit and set to expand to other tools like Civil 3D. This opens up new possibilities for seamless collaboration across platforms and industries. ### New Capabilities in Autodesk Construction Cloud We’re also launching new features in **Autodesk Construction Cloud**, including: - **Model Viewer**: A mobile-friendly tool that lets field teams access BIM models instantly, removing barriers caused by large file sizes. - **Work Planning**: Enhances scheduling flexibility, allowing managers to adjust plans quickly when unexpected changes arise. - **Advanced Filters**: Customizable views to make models more manageable for all users. - **3D Progress Tracking**: Enables teams to visually track project progress using asset models. These updates support better decision-making and improve communication between teams. ### A Connected Future for AECO The future of the AECO industry lies in a unified, data-driven environment powered by AI. With connected, structured data, teams can make informed decisions early, avoid costly mistakes, and collaborate more effectively. We’re building this future with open, interoperable tools that work across Autodesk and third-party platforms. From **Forma** to **Revit**, and from **Construction Cloud** to **Rhino**, we’re committed to creating an ecosystem where data flows freely, and innovation thrives. As we continue to evolve, we remain focused on delivering the tools you need today while preparing for the challenges of tomorrow. Join us at **Autodesk University 2023** to learn more about these exciting developments. Explore live and on-demand classes, and discover how AI and smart data are reshaping the future of the built environment.

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A Pu system for shoe soles refers to the use of polyurethane (PU) material in the manufacturing of shoe soles. PU is a versatile and durable material that offers several advantages for shoe soles.
Here are some key features and benefits of using a PU system for shoe soles:
1. Cushioning: PU provides excellent cushioning and shock absorption properties, making it ideal for footwear that requires high levels of comfort and impact protection.
2. Lightweight: PU is a lightweight material, which helps reduce the overall weight of the shoe, making it more comfortable to wear and reducing fatigue during extended use.
3. Flexibility: PU offers good flexibility, allowing the shoe sole to bend and flex with the natural movement of the foot. This enhances comfort and prevents stiffness or discomfort during walking or running.
4. Durability: PU is highly durable and resistant to wear and tear, making it suitable for long-lasting shoe soles. It can withstand repeated use and exposure to various environmental conditions without losing its structural integrity.
5. Slip resistance: PU can be formulated with specific additives to enhance its slip resistance properties, providing better traction and grip on different surfaces. This is especially important for safety footwear or shoes used in slippery conditions.
6. Design versatility: PU can be molded into various shapes and designs, allowing for greater design flexibility and customization options for shoe soles. This enables manufacturers to create unique and visually appealing footwear.
7. Water resistance: PU can be made water-resistant or waterproof, which helps protect the shoe sole and the foot from moisture, rain, or other wet conditions.
Overall, a PU system for shoe soles offers a combination of comfort, durability, flexibility, and design versatility, making it a popular choice for footwear manufacturers and consumers alike.

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