Ateliere Unveils Guide To Streamline Cloud Migration In Media Supply Chain

Ateliere Creative Technologies, a developer of cloud-native media supply chain solutions has just released a guide to a successful media supply chain cloud migration for the media and entertainment industry. “Modern Media Supply Chain Made Easy: A Practical Guide for Cloud Migration” is a resource for media businesses considering transitioning to a cloud-native media supply chain. Through invaluable insights and best practices, readers are provided with the necessary information and tools to make informed decisions for maximizing ROI via strategic cloud migration.

This guide simplifies essential topics through practical tools, worksheets and ROI calculators to help plan a cloud migration strategy by setting goals and outcomes, and evaluating potential cost and time savings. Readers can expect insights on:

• The operational efficiencies achieved by cloud migration, including elasticity, flexibility, and scalability.
• The potential for significant cost savings by minimizing duplicate media assets, reducing storage costs, and implementing native component-based workflows.
• Revenue optimization and growth potential through streamlined content archives and improved monetization strategies.
• How cloud-native platforms support sustainability initiatives by efficiently using compute power and reducing power consumption costs.

“Cloud migration has become vital to enhancing ROI for media supply chain operations, there’s no question about it,” says Ateliere CEO Dan Goman. “This guide equips readers with informed perspectives and practical strategies to navigate the complexities of cloud migration while avoiding costly pitfalls. The result is enhanced operational efficiency, decreased costs, and the discovery of new revenue opportunities. With this comprehensive resource, the move to the cloud becomes a strategic and well-informed business decision.”

To download “Modern Media Supply Chain Made Easy: A Practical Guide for Cloud Migration”, click here.