I'm just nit picking, but all your email on one end at least is probably going to end up to a google system anyway lol.
Depends on the criticality of the service. I mean you're right about adding complexity. But sometimes you can just take your really critical services and make sure it can completely withstand any one cloud provider…
I'd do 56kbps download, 48kps upload, at 100ms. Still loads this comments page fairly fast!
I've got only 2 shortcuts I use all the time. 'r' = rsync -vrlHpogDtSx --numeric-ids --progress And a small python script '2' that allows me to ssh into any system within 4-6 keystrokes (even doing tty tricks to not…
"double opt-in" is a term I'm used to hearing in a pejorative way from the pro-spam side. The anti-spam side calls it "confirmed opt-in" which I think is a more accurate description.
I was so excited before I realized this wouldn't terminate http(s) traffic. An IP anycast based load balancer ALB would be nice.
I'm just nit picking, but all your email on one end at least is probably going to end up to a google system anyway lol.
Depends on the criticality of the service. I mean you're right about adding complexity. But sometimes you can just take your really critical services and make sure it can completely withstand any one cloud provider…
I'd do 56kbps download, 48kps upload, at 100ms. Still loads this comments page fairly fast!
I've got only 2 shortcuts I use all the time. 'r' = rsync -vrlHpogDtSx --numeric-ids --progress And a small python script '2' that allows me to ssh into any system within 4-6 keystrokes (even doing tty tricks to not…
"double opt-in" is a term I'm used to hearing in a pejorative way from the pro-spam side. The anti-spam side calls it "confirmed opt-in" which I think is a more accurate description.
I was so excited before I realized this wouldn't terminate http(s) traffic. An IP anycast based load balancer ALB would be nice.