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Re:23andMe is out of bankruptcy. You should still delete you... by jraph on Friday July 18, 2025 @12:41AM (#44601271)
In what you show, people encrypt their genome before uploading data on some server, and then scientists can work on the data.

How are scientists able to work on encrypted genomes?

Re:23andMe is out of bankruptcy. You should still delete you... by vintermann on Friday July 18, 2025 @01:10AM (#44601409)
Homomorphic encryption, presumably? It's not impossible. But I also think it's overkill. Also, I don't know of good open source software that lets me do the kind of analysis I want even on non-encrypted data.
Re:23andMe is out of bankruptcy. You should still delete you... by jraph on Friday July 18, 2025 @06:31AM (#44603114)
> Homomorphic encryption, presumably?

That would not be very comforting, this would mean that even encrypted, we can know stuff from the encrypted form, which kinds of defeat the purpose unless I'm missing something.

Re:23andMe is out of bankruptcy. You should still delete you... by barisozmen on Saturday July 19, 2025 @04:34AM (#44613661)
Yes, it's by homomorphic encryption as @vintermann mentioned.

That being said, scientists can implement their own protocols, and use whatever technique they want. For example: https://github.com/securegenomics/protocol-alzheimers-sensit....

It's that our platform makes federated computing + homomorphic encryption analysis easy, but protocols are customizable.