camtarn2 hours ago
Some of my code gets deployed to a PLC aboard a wave power generator hundreds of metres offshore, with a cellular link that might go down in a storm. If something gets unrecoverably wedged, retrieving the device starts at $10K to hire a ship.
I feel this blog post hard.
rdtsc2 hours ago
> This is why so many “IoT platforms” die in pilot purgatory. They are built by cloud engineers who underestimate the friction of the real world and overestimate the availability of bandwidth.
Indeed. That's why it's important to send your engineers along with the sales folks to these sites. If anything just to get a perspective on things like that.
> The first time I deployed code to an actual factory floor, I learned that "edge compute" doesn’t live in climate-controlled racks. It lives next to dust, grease, and forklifts.
And bugs, real ones not just nice abstract software ones. So you may find yourself debugging spider webs and ants crawling around, which always makes for great puns and stories.
timerol3 hours ago
Okay, but what about humidity? I was excited to read about a failure mode where the moisture content of air mattered, or at least get mildly clickbaited into learning about a tool called Humidity. Instead there are no other references to humidity apart from the title
[deleted]2 hours agocollapsed
sokoloff2 hours ago
The cloud is 100% humidity, I suppose.
_wire_4 days ago
When it rains, it cores
boulevardopa day ago
Haha! That's brilliant. You have summarized my entire blog in four words :P
unwind3 hours ago
Obi-Wan, is that you? :)