Akamai containers give sports an edge

The company has done some beta tests so far, mainly with US sports, but the sports event on Thursday night delivered more than 20Tb of traffic, all on the customer’s own proprietary streaming technology, which is not a typical CDN use case. 

Akamai sees this customer choice as a key advantage of MCS. If users can containerise a workload in an OCI-compliant container, Akamai can run it on its edge platform in 700 cities around the world. It gives users the benefit of Akamai’s CDN footprint, with access to its mapping technology, intelligent routing that follows the lowest latency path, and the self-healing capabilities that can dynamically move traffic when anything gets overloaded. 

Jon Alexander, SVP, Product Management, said: “For a broadcaster or a video streaming company or media workflow company, it means you've now got access to the network capacity, you've got super low latency connectivity to users, or, if you're looking at an ingest, to the point of creation. And it has the coverage, the scale, the capacity of the full edge footprint.” 

“You bring your piece of software, we then scale it out, make sure that it runs at the scale and performance levels that you need,” explained Alexander. Anything that needs to be highly distributed and requires low latency can benefit, particularly real-time applications or moving large volumes of data, such as AR or VR. 

It would also be ideal for broadcasters wanting to take more control over the technology stack using Media over QUIC (MoQ), an open standard Akamai is working on, which could run on MCS. MoQ is real-time, tuneable latency streaming that is designed for contribution as well as distribution, so “if you have a high-quality feed coming out of a venue, you can contribute that over the same protocol as we then use for distribution”, according to Alexander. It would then give guaranteed delivery across the managed backbone. 

Stand Number: 13.D301 

Company: Akami