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I've read this analogy before, but it's weak enough to be inapplicable. With wireless networking and even phones, the wires have actually been eliminated, repl
by mmt 8y ago
I've read this analogy before, but it's weak enough to be inapplicable.
With wireless networking and even phones, the wires have actually been eliminated, replaced wholesale by something else, radio. A better analogy would be something like the powerline ethernet systems, but nobody is calling them something controversial like "wireless" or "cableless".
Put another way, I've seen cloud computing (of which "serverless" is, arguably, merely an evolution into increasing levels of abstraction) called "somebody else's servers". The equivalent with the Wifi analogy would be "somebody else's wires", and, usually, what wires there are, for the backhaul [1], aren't even somebody else's.
EDIT:
Ultimately, my point is this:
The analogy is weak becasue WiFi is not an abstraction layer on top of wired networking that merely hides the existence of (and, ideally, some of the downsides of dealing with) the wires, instead being a different technology with different upsides and downsides. Serverless is such an abstraction layer.
[1] Which brings up a nitpick: Wifi can remain even wireless in its entirety, with various mesh networking techniques.
- gaius 8y agothe wires have actually been eliminated I guess you don’t understand WiFi then, it’s wireless between you and the basestation (say 10m) then all wired from there to the server (which might be thousands of miles). You just don’t see those wires - and the proof is you don’t even realise they exist
- laumars 8y agoI've wired data centres so I'm aware wires exist. However wires are not WiFi. The WiFi in your example ends at the base station. Everything thereafter is still infrastructure but it's not WiFi.