curious what the actual use case for a challenge like this is from Jane Streets side .. guess the obvious one is trading even closer to the wire .. being able to reverse engineer .. inspect circuits to uncover flaws or optimisations that shave latency or improve determinism in the trading stack .. but I wonder if there are other less obvious applications ..
Probably this is just an unfamiliar domain for most non-hardware folks, so it's a nice challenge that might introduce Jane Street to some people they might want to interview for non-hardware roles.
I read their posts and podcasts. They high frequency trade. They work in micro- and nano-seconds. I don't know what I'm talking about here, don't quote me, but a top guy said they 'process packets' the data is starting to be sent out while it's still arriving. Close to the wire/metal
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curious what the actual use case for a challenge like this is from Jane Streets side .. guess the obvious one is trading even closer to the wire .. being able to reverse engineer .. inspect circuits to uncover flaws or optimisations that shave latency or improve determinism in the trading stack .. but I wonder if there are other less obvious applications ..
Probably this is just an unfamiliar domain for most non-hardware folks, so it's a nice challenge that might introduce Jane Street to some people they might want to interview for non-hardware roles.
But, they do have a hardware division, and Jane Street has a podcast that talks about some of the things they do https://signalsandthreads.com/?tag=hardware
wow thanks for sharing, will check it out
I read their posts and podcasts. They high frequency trade. They work in micro- and nano-seconds. I don't know what I'm talking about here, don't quote me, but a top guy said they 'process packets' the data is starting to be sent out while it's still arriving. Close to the wire/metal