Bit-exact matches are nice but they do not remove floating-point drift (i.e. discrepancy between the calculated values and the true mathematical value), which is indeed unavoidable because the mathematical result of most operations you perform will not be exactly a floating-point representable value.
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I believe an attorney is considered obligated to give a client the best possible defense (with limits as to ethics), which is definitely contrary to serving and propagating the law
I am not an expert in the underlying cryptography, but the claim is indeed that the cryptographic approach makes it impossible for them to link the key to the queries in the backend.
Sure! But there is a stage where they generate those keys for you and give them to you. You need to be logged in to get that page. That is trust there.
No, issuer-client unlinkability is a feature of the design. The token is finalized by the client using private inputs so Kagi never actually sees the redeemable token (until it's redeemed).
Using the example doc you’re citing from kagi.com - though not the RFC, I don’t have the time to dive into that one at the second, I see that a session token plus some other stuff is passed in and a token comes out.
Where does it show that on the Kagi backend they couldn’t, theoretically, save the session key before performing the token response?
Sure, they probably do. Doesn't matter because neither the session key nor the token response can be linked to the tokens.
If you're not going to make an effort to understand how it works, don't make assertions about how it works. Ask your favorite LLM about the RFC if you have any further questions.
I thought I recall from reading a previous 5-year one of these there being much more explicit information on ranges of micro-nutrients one should get (e.g. an explicit recommendation for how much Vitamin C to get). Is there an equivalent somewhere here?
