Wasabi Joins Forces With Grass Valley
To offer its cloud storage within Agile Media Processing Platform
This is a Press Release edited by StorageNewsletter.com on October 11, 2024 at 2:00 pmWasabi Technologies, LLC announced that Grass Valley USA, LLC, a media technology provider for the M&E industry, will offer Wasabi’s cloud storage within Agile Media Processing Platform (AMPP).
Grass Valley customers can purchase and use Wasabi cloud storage within AMPP to enable efficient and flexible media production workflows for live event content creation, management, and distribution.
M&E organizations everywhere are looking for solutions that can streamline content creation and distribution while reducing cost. AMPP addresses this need head on by delivering agile, software-defined workflows and enabling customers to select solutions on a single common platform and realize ultimate control and flexibility. Pairing these capabilities with Wasabi’s trusted cloud storage that does not charge for egress, AMPP users can freely move assets in and out of Wasabi storage without incurring unpredictable expense. The integration of Wasabi storage can now support AMPP applications for active archiving, live playout and edit workflows.
“AMPP has revolutionized the broadcast industry by delivering the most flexible, scalable, and efficient platform for media production and distribution,” said Whit Jackson, VP of M&E, Wasabi. “The addition of Wasabi hot cloud storage to the AMPP platform further delivers on the goals of driving down operational costs, enabling AMPP users to easily scale storage up and down as needed, and allowing media companies to deliver more content to more channels.“
“The addition of Wasabi hot cloud storage to AMPP is a testament to Grass Valley’s commitment to providing our customers with the most innovative, agile and efficient tools they need to thrive in an ever-evolving landscape,” said Adam Marshall, chief product officer, Grass Valley. “The scalability and flexibility that Wasabi’s cloud storage offers makes it a natural fit for the AMPP ecosystem.“