My last post on SVC and related technologies packed a lot of complex concepts into a fairly short post. If you didn’t quite follow, don’t worry, here is a quick summary of the conclusions: <summary>Video streams come in many different resolutions and qualities depending on the type of video endpoint or client you have, and […]
Archives for 2014
Distributed System Architectural Debt: The mother of all debts! And it’s feeded by features…
In my previous post, I asked the question “Can you get 4,000+ engineers to work together?” The answer is, in the traditional “together sense”, an obvious no! However, just like ants are building an ant hill, not by talking to each other, but by each ant following a set of rules or behaviours specific to […]
Can you get 4,000+ engineers to work together?
I still have one or two posts I want to do on a multistream-enabled, scalable video architecture, but I have for some time also wanted to write a series on the technical scale challenges in a large, distributed engineering organisation. The fundamental problem is that the classic command and control approach with centralised planning, coordination, […]
Is SVC such a big deal?
In my previous post in this series, I covered the three pillars of elastic media: bandwidth adaptation (optimise media throughput based on a receiver’s needs, user experience, and the network), media resilience (robust behavior when there is packet loss), and quality of service (policies implementing relative priority of various traffic in your network). Here I […]
Audio and video elasticity – make or break your network?
In my previous post, I started a series on the next-generation multi stream video architecture. In this post I will explain the way elasticity has completely changed how you should view audio and video flows in your network. But first, what does a real-time video communication solution consist of? Well, first of all you have […]
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