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Re:Fingerprints can be hacked by throw0101a on Monday November 22, 2021 @12:22PM (#29308950)
> The core problems with biometrics are that:

… is that they're treated as passwords instead of usernames. The three problems you list all have the biometric=password assumption in them.

See also using the American SSN usage: it's treated like a (secret) token, and so when it leaks it can be used to access sensitive information. Using it as 'just' a username would probably reduce a lot of problems as well.

Re:Fingerprints can be hacked by int0x2e on Monday November 22, 2021 @02:09PM (#29310381)
Exactly. This is a point everyone seems to gloss over but is fundamental to the entire concept of using biometrics.
Re:Fingerprints can be hacked by raxxorrax on Tuesday November 23, 2021 @07:07AM (#29316878)
True, but if I would need a secret as well, I don't see the benefit aside from not needing to remember a username. Some might like that for convenience, but I would always prefer memory in that case.

I think the current crusade against passwords is primarily motivated by different providers to advertise their ID schemes. Even needing a cert for something like Github is too much for me. I have no high profile repos and it might be reasonable in those cases, but I hope MS doesn't repeat the mistakes they made with their API access. The logistics of authentication is far too complex.

Aside from that I have seen people handling their keys that make you wish they would just use a password and cert logistics isn't trivial at all. No, you should not copy your key to our corporate file server... This is just the nerd way of gluing your password under your keyboard.

Re:Fingerprints can be hacked by strbean on Monday November 22, 2021 @02:25PM (#29310561)
> American SSN usage

Nothing like a secret token that can be reliably guessed using only your birth month+year and place of birth!

Re:Fingerprints can be hacked by booi on Monday November 22, 2021 @03:03PM (#29310981)
wait it's based on birth month/year/place? is there an algorithm to generate it or something?
Re:Fingerprints can be hacked by lelandbatey on Monday November 22, 2021 @03:15PM (#29311107)
There's not quite an "algorithm"; SSN's are so short (it's just a 9-digit number, so max 1 billion unique SSNs) that they have a very simple procedure for assigning them. The Social Security Administration explains it here: https://www.ssa.gov/history/ssn/geocard.html

- The first set of three digits is called the Area Number

- The second set of two digits is called the Group Number

- The final set of four digits is the Serial Number

Certain geographic areas get certain "Areas Numbers", then Group Numbers are assigned consecutively, then Serial Numbers are assigned consecutively. This entire system of consecutive assignment makes it trivial to guess pretty well, or even exactly, what someone's SSN is.

Re:Fingerprints can be hacked by tmm on Monday November 22, 2021 @03:29PM (#29311225)
Not since June 25, 2011 when they started randomizing assignment[1]. They still don't use 666 as an area number, though.

[1] https://www.ssa.gov/employer/randomization.html

Re:Fingerprints can be hacked by abustamam on Monday November 22, 2021 @04:01PM (#29311539)
This is a good change, but since it's not retroactive anyone born before that date (which is 100% of adults and probably roughly 50% of minors, who are likely not good targets for identity theft) are still at risk.
Re:Fingerprints can be hacked by Moru on Tuesday November 23, 2021 @01:36AM (#29315145)
And it's still a problem since everyone uses it as a secret, not a username. So if leaked, you are still at risk. This is why the number realy should have been public from start so companies would not get the idea to use it as password.
Re:Fingerprints can be hacked by registeredcorn on Monday November 22, 2021 @04:52PM (#29311975)
I have mixed emotions about this.

From a security professional perspective, this is at least somewhat of an improvement, even if the entire thing feels like it's held together with a wish and a prayer. I would really like if there were a means to just institute an entirely new system. Essentially having one's entire life ruined, on the chance a bad actor can guess a four digit number is...not great.

From a genealogist perspective though, this is horrible news. Being able to trackdown people based off of rough geographic assumptions can help narrow down if someone is "lucky" enough to have a common name in a specific region. Of course, this change to SSN isn't nearly as disastrous as the death of paper - especially newspapers - but I really do not envy anyone who is going to try and do historical family research in two to three hundred years. It makes me cringe just to think about how much valuable information, how many life changing moments, are going to be lost to encryption, bit rot, and the constantly changing standards of software and hardware.

Re:Fingerprints can be hacked by runamok on Tuesday November 23, 2021 @06:09PM (#29324721)
Re:Fingerprints can be hacked by newscracker on Monday November 22, 2021 @10:29PM (#29314302)
Doesn’t guessing someone’s SSN require that you need to know the numbers and assignments of some more people (who obtained it) in the same location and around the same time period? If someone tells you their name and that they got the SSN in a particular place and doesn’t reveal any other information, you wouldn’t be able to guess that, would you?
Re:Fingerprints can be hacked by Fatnino on Tuesday November 23, 2021 @03:09AM (#29315658)
My dad and myself have SSN numbers that are 5 apart because we immigrated at the same time.
Re:Fingerprints can be hacked by a_imho on Tuesday November 23, 2021 @05:35AM (#29316328)
So why not just use a username instead?
Re:Fingerprints can be hacked by occamrazor on Tuesday November 23, 2021 @06:34AM (#29316638)
It‘s unique (unlike short alphabetic identifiers often used as usernames) and hard to forget (unlike UUID-like user ids).
Re:Fingerprints can be hacked by Engineering-MD on Tuesday November 23, 2021 @02:31PM (#29322198)
*probably unique, but not possible to prove definitely unique.