4 Advantages of Cloud-Based CAD Collaboration
A rising number of apps that digitally create, test, and prototype goods without ever using any raw materials are at the core of the contemporary digital factory. Modern CAD software allows engineers to digitally 3D-model extremely complicated things, changing and modifying each component of assembly hundreds of times before anything is actually manufactured.
The end result is significant time and resource savings. Naturally, manufacturers have invested part of these savings in creating products with ever-increasing complexity and feature sets, but a large portion of the savings also benefits the company's bottom line.
Modern manufacturers are having trouble realizing these savings, though, as their design, engineering, test, and production teams are dispersed over more locations, time zones, and offices. A crucial demand today is to enable global production teams to save huge CAD files, exchange them, and work together on them. It is a challenge that conventional NAS and file servers, which were made to grow within a single data center, are not prepared to handle.
1. Safely Transfer CAD Files
Any profitable, successful product line relies on proprietary designs to function. Large CAD files that represent these designs need to be transferred securely between engineers, contract manufacturers, acquired businesses, and even between a manufacturing company and its distributors. By encrypting the data at rest and in flight and adding additional security measures, public cloud storage from providers like Amazon and Azure, private cloud storage from providers like Dell EMC and IBM, and a global file system from a provider like Nasuni ensure that these CAD file transfers are quick and secure. Cloud storage has surpassed traditional data center storage in terms of security for many contemporary manufacturers.
2. Multi-Site Cloud-Based CAD Collaboration Efficiency
It is crucial to create a scalable platform for collaboration that enables any designer to access the area of the product they need to work on and collaborate with other engineers. Manufacturing teams may collaborate on CAD projects across several sites effectively with cloud storage and a global file system. In the "new disk," which is cloud object storage, CAD files are kept. The global file system then caches only the active work files at each location, providing everyone on the manufacturing team with high-performance access to CAD files and related documents. Since they only store the data for ongoing projects, the caching appliances behave and seem like conventional file servers or NAS units but are much smaller.
3. Scalable Performance and Capacity
Modern design files might be difficult to store and share due to their sheer bulk. Long CAD model synchronization and opening wait periods result in minutes to hours of lag. Project shares and group directories frequently run out of room. The current approach, a global file system built on cloud storage and extending to any number of edge sites, provides limitless CAD file storage and performance across any number of locations.
4. Simplicity in IT
File servers, NAS arrays, backup software, media, and equipment, WAN acceleration, MPLS bandwidth, and file transfer tools are examples of aging file infrastructure that is dispersed at the edge and slows file sharing, complicates data protection strategies, and renders CAD files and other project data inaccessible when devices fail. The cost and availability of IT resources are severely strained by managing this intricate infrastructure. These various tools and procedures are combined into a single platform that is substantially less expensive and simpler to deploy, run, and grow using cloud storage and a global file system.
