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Re:Google will delete new accounts' data by default in 18 mo... by jtth on Thursday June 25, 2020 @01:16PM (#23642971)
Data exhaust older than a month is not monetizable for them. This lets them save space and seem nice while nothing changes.
Re:Google will delete new accounts' data by default in 18 mo... by zelly on Thursday June 25, 2020 @03:46PM (#23644738)
Search history, ad clicks, etc. can serialize to very tiny records. I don't think this is about saving storage space. One day of YouTube uploads probably takes more space than every user's data combined.
Re:Google will delete new accounts' data by default in 18 mo... by jtth on Thursday June 25, 2020 @04:10PM (#23645055)
Sure. Still saves space. Also closes over the envelope of their legal exposure.
Re:Google will delete new accounts' data by default in 18 mo... by t-writescode on Thursday June 25, 2020 @04:15PM (#23645116)
Having exabytes of storage space and saving a few TB does functionally nothing.

It'd be like you deleting a single doc file.

Re:Google will delete new accounts' data by default in 18 mo... by themodelplumber on Thursday June 25, 2020 @01:30PM (#23643156)
Your comment made me wonder how much cost this may save, in terms of storage, maintenance, electricity, etc. Are we talking petabytes of storage? Could the data include things like imagery or massive encapsulations?
Re:Google will delete new accounts' data by default in 18 mo... by el_nino on Thursday June 25, 2020 @01:56PM (#23643520)
It's also buying good will with users and regulators since privacy became a hot topic in recent times. Google decided to make it a default to delete any data older than 3 or 18 months. This is a clear sign that even 3 month old data has just marginal value, if any.
Re:Google will delete new accounts' data by default in 18 mo... by est31 on Thursday June 25, 2020 @01:40PM (#23643288)
There is no guarantee that this feature doesn't just flip a "deleted" bool column in their database outside of GDPR countries. And maybe derived products of the data stick around for longer, i.e. weights of custom ML models, HMM states, etc.