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Redefining Style with a Lower Environmental Footprint

Sustainable Digital Fashion Introduction: As sustainability becomes an increasingly critical consideration in the fashion industry, a novel trend is emerging – sustainable digital fashion. This innovative approach to apparel design and consumption leverages digital technologies to reduce the environmental impact associated with traditional fashion production. From virtual-only clothing to digital design tools, the intersection of technology and sustainability is reshaping the fashion landscape, offering a promising alternative to the environmental challenges posed by conventional manufacturing processes. Reducing Material Waste: One of the primary environmental benefits of digital fashion is the significant reduction in material waste. Traditional fashion production generates substantial waste through fabric cut-offs, unsold inventory, and discarded prototypes. In contrast, digital fashion eliminates the need for physical materials, as garments exist solely in the digita...

Five IT / OT Foundations for Cloud and Edge Computing Management Systems Projects

 When developing complex digital plans to achieve successful IoT initiatives and design control systems, convergence of OT and IT procedures is essential. However, without a stage that is easy to maintain, use, and eliminate downtime, this meeting can create unforeseen difficulties. To align OT and IT procedures and reduce the risks of more efficient industrial computer designs, there are several factors to consider for cloud computing and advanced computing.


1. Clear business cases and goals

When moving to a digitalization or artificial intelligence strategy, defining clear goals and business cases will help ensure you get the right value for your efforts. Think about what success will mean - especially in your organization.

2. IT / OT collaboration

A successful digitization strategy requires convergence of OT and IT in the form of a hybrid OT or industrial IT function - a technologist with experience and knowledge of OT applications who also understands the IT language and has a set of IT skills. ...

3. Modern computer infrastructure.

Consider the following before upgrading platforms:

Tolerance for Downtime - What is the impact on performance in the event of unplanned downtime?

Hardware / Application Protection Needed - Can you detect application crashes in a timely manner?

Importance of data - what is it used for? Is it very important or required for real-time analytics? What will data loss mean for your business?

Seamless migration - how difficult would it be to migrate data to another system?

Special skillsets required - should extensive (and costly) training be considered?

Future-proof solutions - will the system support new applications and IIoT? Shelf life 5-7 + years?

4. Applicability of cloud and edge technologies.

There are also operations in which Raspberry Pi computers (small and inexpensive) help upload data to the cloud. While this works, security risks and high costs are undesirable factors. State-of-the-art technology is closer to the shop floor and provides quick feedback for making appropriate adjustments during projects. Edge computing enables preprocessing, allowing only the data you need to be sent to the cloud and keeping sensitive data close to the network.

5. Pilot program for large-scale implementation

Pilot programs can have dissimilar levels of difficulty depending on the use case. In each use case, factors such as scalability, flexibility, control and upfront investment and bandwidth costs need to be considered to drive full deployment.

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