Comment by dvh 4 months ago Technically the data is still in the cloud 10 comments dvh Reply pestaa 4 months ago I've been putting off a cloud to cloud migration, but apparently it can be done in hours? zigzag312 4 months ago You can use accelerants to speed up migration VeninVidiaVicii 4 months ago The egress cost is gonna be a doozie though! 1 reply → anonu 4 months ago Lossy upload though layer8 4 months ago No information is lost: https://en.wikipedia.org/wiki/No-hiding_theorem#:~:text=info... _zoltan_ 4 months ago Lossy download, no? higginsniggins 4 months ago Unfortunately, the algorithm to unhash it is written in smoke signals pjc50 4 months ago Cloud of smoke, amirite. zigzag312 4 months ago The cloud has materialized
pestaa 4 months ago I've been putting off a cloud to cloud migration, but apparently it can be done in hours? zigzag312 4 months ago You can use accelerants to speed up migration VeninVidiaVicii 4 months ago The egress cost is gonna be a doozie though! 1 reply →
zigzag312 4 months ago You can use accelerants to speed up migration VeninVidiaVicii 4 months ago The egress cost is gonna be a doozie though! 1 reply →
anonu 4 months ago Lossy upload though layer8 4 months ago No information is lost: https://en.wikipedia.org/wiki/No-hiding_theorem#:~:text=info... _zoltan_ 4 months ago Lossy download, no?
layer8 4 months ago No information is lost: https://en.wikipedia.org/wiki/No-hiding_theorem#:~:text=info...
I've been putting off a cloud to cloud migration, but apparently it can be done in hours?
You can use accelerants to speed up migration
The egress cost is gonna be a doozie though!
1 reply →
Lossy upload though
No information is lost: https://en.wikipedia.org/wiki/No-hiding_theorem#:~:text=info...
Lossy download, no?
Unfortunately, the algorithm to unhash it is written in smoke signals
Cloud of smoke, amirite.
The cloud has materialized