3 ms·

If you're not running in two independent regions of tier 4 data centers, are you even really serious? /s There are 'serious' applications of technology that ca

If you're not running in two independent regions of tier 4 data centers, are you even really serious? /s There are 'serious' applications of technology that can tolerate memory faults.

kevindamm 3y ago
only two? you know you should have N+2 deployment for real redundancy
- scheme271 3y ago
  Only if N+2 is an odd number, otherwise you may end up with a split brain scenario
  - Zambyte 3y ago
    That's why I always do N=-1 replication :D
margalabargala 3y ago
> There are 'serious' applications of technology that can tolerate memory faults. We can define "serious" use to mean "use where memory faults would be more expensive than buying ECC RAM" :)
- vardump 3y ago
  Which is actually happens pretty easily. If you're using it professionally, the first time you use a day to debug something that turns out to be just ECC fault, you've lost the price advantage.
vardump 3y ago
Not to mention multiplanetary!