For large organizations and institutions, the OVP landscape is riddled with overspending and failed product implementations. Avoid common pitfalls and ensure a sustainable OVP purchase that integrates with your tech infrastructure for a healthy digital media ecosystem. 

Read on for 10 guidelines for OVP success, and contact us anytime to talk through your unique media management landscape. 

When explaining how our CDN functions to someone for the first time, whether to a potential customer or a seasoned industry veteran, the initial reaction is frequently a puzzled stare. Those with some familiarity with how CDNs function instantly steer the conversation to points-of-presence (POPs). Inevitably, we’re asked how many POPs we have and where our edge servers are located, the two metrics that seem to be the most popular means of gauging the quality of a CDN at first glance. However, our unique CDN was built on an infrastructure with no POPs at all, and though we have added and are continuing to add servers in various locations, the core of the Tulix CDN is a centralized distribution system housed in our data centers in Atlanta, Georgia.

The impact of latency on brand experience online is one of the most dramatic factors in audience loyalty and growth; achieving ubiquity across connected device platforms with multiple APIs synchronizing services is an equally concerning problem, both effecting each other.  This white paper explores challenges of content integration coupled with how audience interaction is evolving and most importantly, what you need to know to keep up.

This white paper explores MistServer, a greenfield initiative by DDVTech BV, The Netherlands-based startup who recently created a lightweight, scalable media server. With a goal of solving significant media delivery problems, MistServer’s design offers benefits over current solutions.

Brains and brawn, just not in the same place. DDVTech’s MistServer is based on a philosophy that a media server should do what it does best: serve audio and video streams. They split the brawn (MistServer) from the brain (MistSteward, MistCenter, or a web control interface).