Quality content drives valuable action. Whether that action is a download, install, view, subscription or purchase, quality content is the compelling reason to act. Content can mean a document, an image, audio, video, software or just about anything that can be digitally delivered. But it’s not just the content itself that affects the end user’s perception of quality. The way digital content is aggregated, displayed, recommended, transacted and delivered plays a critical role.

In 2016, in line with UN Sustainable Development Goals (SDGs), the mobile industry as a whole committed to working toward achieving net-zero emissions by 2050. As the mobile industry integrates and converges seamlessly with other aspects of the IT landscape, the entire technology industry is shifting to a focus on optimizing energy efficiency and reducing their carbon footprint at the same time as delivering exceptional and uncompromising performance and user experiences to more users, more devices - faster than ever.

Content providers often cater to global audiences when delivering streaming, news, e-commerce and gaming services. This makes tailoring content to specific locations crucial for delivering the best web experiences for their users. Being able to feed IP intelligence into content delivery operations means you can offer personalized, location-specific content experiences while managing global web traffic levels intelligently. Granular, location-based control over content delivery enables content localization, enhanced analytics and the ability to manage access and digital rights in line with national regulations and traffic patterns.

During the recent release of Varnish Enterprise 6.0.6, a significant amount of attention focused on in-process TLS.

But that’s not the only game-changing addition to the Varnish Enterprise technology stack. We now want to talk about Memory Governor, and what it means for everyone using Varnish Enterprise for streaming, web acceleration and content delivery.

Or, for those of the TL;DR persuasion: Memory Governor enables significant increases in memory availability and cache size.