The same goes for pypi, npm, crates.io, docker.com, github, chrome extensions, etc.
Generally it comes down to trusted authors/package names. Many people trust `requests` from pypi. That being said even this doesn't prevent the package to be sold, or hacked, or from the owner later adding things, or a 3rd party sneaking something in via a PR. Some like docker (and technically most git based ones because of md5) can have specific tags changed at any time, so you could later add a malicious package to version 3.0.4 or whatever.
Many package managers (mostly linux ones) include key-signing, some package managers also have built-in scanners. Preferably you proxy/cache versions you need, and have a way to audit version upgrades - but in reality it's a lot of work to do properly.
Recent example of `pytorch` nightly on pypi accidentally having a dependancy named `torchtriton` that I think was name squatting? Anyway installing the pytorch nightly between December 25th to 30th would result in your home directory being uploaded, etc. https://www.bleepingcomputer.com/news/security/pytorch-discl...
EDIT: That said if anyone from supabase reads this - I'd love to see GPG signing, version hashing/integrity verification, 2FA if it's not their already, and I know this one is a lot of extra work - but any type of automated even cursory glance for malicious code.
> That said if anyone from supabase reads this - I'd love to see GPG signing, version hashing/integrity verification, 2FA if it's not their already
Yep, we've got all these on the road map, thanks!
> and I know this one is a lot of extra work - but any type of automated even cursory glance for malicious code.
Unfortunately a "cursory glance" is trivially sidestepped, and anything complete enough to be useful is probably impossible. Maybe you want to write an extension that automates logically replicating your data off the server, or truncates a table after processing it, to you that's useful, to someone else that's malicious, there's just no way to know.
If you don't trust the authors then the only way to trust a TLE is to inspect the code yourself in the context of what "safe" means to you. The pytorch example you mentioned was very likely caught by a human, if an automated system were possible for python (but likely impossible) it would have caught it sooner.
The same goes for pypi, npm, crates.io, docker.com, github, chrome extensions, etc.
Generally it comes down to trusted authors/package names. Many people trust `requests` from pypi. That being said even this doesn't prevent the package to be sold, or hacked, or from the owner later adding things, or a 3rd party sneaking something in via a PR. Some like docker (and technically most git based ones because of md5) can have specific tags changed at any time, so you could later add a malicious package to version 3.0.4 or whatever.
Many package managers (mostly linux ones) include key-signing, some package managers also have built-in scanners. Preferably you proxy/cache versions you need, and have a way to audit version upgrades - but in reality it's a lot of work to do properly.
Recent example of `pytorch` nightly on pypi accidentally having a dependancy named `torchtriton` that I think was name squatting? Anyway installing the pytorch nightly between December 25th to 30th would result in your home directory being uploaded, etc. https://www.bleepingcomputer.com/news/security/pytorch-discl...
EDIT: That said if anyone from supabase reads this - I'd love to see GPG signing, version hashing/integrity verification, 2FA if it's not their already, and I know this one is a lot of extra work - but any type of automated even cursory glance for malicious code.