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Autodesk & Amazon: Reshaping Design and Engineering in the Cloud
At Autodesk, we’ve always seen the cloud as more than just a storage solution; it's a game-changer. The combination of seamless connectivity, immense computational power, and cost efficiency is transforming industries and redefining how things are designed and built. In essence, the cloud is reshaping the global business environment.
For years, Autodesk has been at the forefront of embracing cloud technology, working closely with Amazon Web Services (AWS). Our journey began six years ago when we introduced AutoCAD 360, a versatile web and mobile CAD application. This tool allows millions of users to create, modify, and review over 600,000 unique drawings monthly. It’s incredible to see how such innovations have become integral to modern design workflows.
Our Tinkercad platform, designed for beginners of all ages, has seen remarkable growth too. With over 25 million designs created, averaging more than 50,000 new designs daily, it underscores the increasing popularity of accessible 3D modeling tools. Additionally, our cloud collaboration platform, A360, sees users uploading over 1.5 million files each day.
Of course, our progress wouldn’t have been possible without strong partnerships. AWS has been pivotal in scaling our cloud applications to meet growing customer demands. By leveraging AWS, we ensure our applications remain secure, accessible globally, and capable of handling intensive tasks effortlessly.
Thanks to AWS, customers can effectively "rent" computing resources as needed—scaling up or down depending on their requirements. Whether you need a simple web server for testing or something as complex as a supercomputer for advanced simulations, AWS makes it affordable and efficient. Compared to traditional data center setups, these cloud solutions offer significant cost savings, allowing businesses to reinvest in innovation and expansion.
Take Airbus, for instance. Collaborating with Autodesk, they successfully developed the world’s largest 3D-printed airplane cabin component known as the "bionic partition." Utilizing generative design powered by AWS, they achieved a lightweight yet robust structure surpassing conventional manufacturing methods.
Similarly, JE Dunn Construction leverages the AWS Cloud alongside Autodesk BIM360 to enhance collaboration among teams on large-scale projects. As Amar Hanspal, SVP of Products at Autodesk, noted, “AWS has been crucial not only in powering our design processes but also in building the foundation for our future innovations.â€
The Autodesk Forge platform takes this further by offering a suite of cloud services that integrate various stages of the design-to-production workflow. Developers worldwide are harnessing Forge to create smarter, cloud-driven applications tailored for diverse industries.
To explore more about our partnership and initiatives, check out this video: [Link to Video].
In conclusion, the synergy between Autodesk and AWS exemplifies how cutting-edge technologies can drive meaningful change across sectors. Together, we’re paving the way for a future where creativity meets efficiency like never before.
It's typically utilized in systems where high temperatures are required, but direct use of water or steam isn't feasible or efficient.
Thermal oil is used in concentrated solar power plants to transfer the heat absorbed by mirrors or lenses to a Heat Transfer Fluid which then drives a turbine to generate electricity.The key advantage of using thermal oil is its ability to withstand high temperatures without breaking down, making it an ideal medium for transferring heat in these applications.
It can be recycled and reused, making it a cost-effective and environmentally friendly solution in many scenarios.