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The Swiss cheese model. Each single layer has holes, but when stacked the combined hole area is minimized https://en.wikipedia.org/wiki/Swiss_cheese_model https
by cachius 5mo ago
The Swiss cheese model. Each single layer has holes, but when stacked the combined hole area is minimized https://en.wikipedia.org/wiki/Swiss_cheese_model https://en.wikipedia.org/wiki/Swiss_cheese_model
- ButlerianJihad 5mo agoThat was an enlightening read, considering the colloquial meaning of "your firewall security is like Swiss cheese" https://en.wiktionary.org/wiki/Swiss_cheese#Noun https://en.wiktionary.org/wiki/Swiss_cheese#Noun What's next? A system so secure that you can drive a truck through it? A honeypot in the center of a wasp nest?
- slow_typist 5mo agoThe Swiss cheese model is what people use to sell you more 'security' related software systems that inherently involve more problems. (Also cheese is not very durable, even the kind without holes.)
- LorenPechtel 5mo agoSwiss cheese applies to more than just security systems. Hiking with two GPS-capable devices is Swiss cheese.
- slow_typist 5mo agoThat is redundancy in my book. I don’t expect holes in my GNSS devices. And if you want to be sure, bring three, because two GNSS units with different readings are not very helpful.
- LorenPechtel 5mo agoI don't expect holes. But both devices are exposed--something could happen to one of them. And since I like going out in the middle of nowhere I assume I either have to get myself out, or if that's impossible summon help. I don't want a single point of failure on either of these.
- slow_typist 5mo agoFair enough. A paper map and the ability to navigate offline would be a nice backup, too. Not that I wouldn’t use GPS in distress.
- RajT88 5mo ago[dead]