The essence of what Espresso is begins towards the end of the post: Espresso delivers two key pieces of innovation. First, it allows us to dynamically choose from where to serve individual users based on measurements of how end-to-end network connections are performing in real time. Second, we separate the logic and control of traffic management from the confines of individual router “boxes.”
I found this article confusing. It doesn't really say anything about what "Espresso" actually does, let alone how it does it.
Espresso – Google’s peering edge architecture
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Re: Espresso – Google’s peering edge architecture
#32Earlier quoted context omitted.
Off-by-one errors?
I'm sure he means something to do with caches; I had it on the tip of my tongue a moment ago, but the doorbell rang.
Re: Espresso – Google’s peering edge architecture
#33This type of scales boggle my mind. Though I have found I can no longer keep up with all the terminologies popping up every day. Posts like these are my only connection to learning the massive scaling of things to make the modern networks work.
"We leverage our large-scale computing infrastructure and signals from the application itself to learn how individual flows are performing, as determined by the end user’s perception of quality." Is this implying they are using Machine Learning to improve their own version of content delivery network?
Re: Espresso – Google’s peering edge architecture
#34Damn, for a moment there I was hoping that Google made some sort of really cool espresso machine. Perhaps with Alexa built-in.
Re: Espresso – Google’s peering edge architecture
#35Re: Espresso – Google’s peering edge architecture
#36Re: Espresso – Google’s peering edge architecture
#37Re: Espresso – Google’s peering edge architecture
#38Two Google products named Espresso? That won't be confusing at all.
Re: Espresso – Google’s peering edge architecture
#39Re: Espresso – Google’s peering edge architecture
#40I think with platforms like this it is now safe to say that the systems and services Google is deploying are no longer in the same category as classical networked systems. This is as foreign a concept from traditional networking and the seven layer OSI model as non von Neumann computing is from von neumann computing
> This is as foreign a concept from traditional networking and the seven layer OSI model cough cough what? One of the major challenges for a CDN is predicated upon OSI layers 1 and 2: You need to establish POPs with routers and caching servers geographically distributed near major IX points (L2 peering fabrics, and crucial buildings that host the same IX points, where you can run intra-building fiber crossconnects fo…