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656 points EthanHeilman | 1 comments | | HN request time: 0.203s | source
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staticassertion ◴[] No.30102061[source]
This is pretty incredible. These aren't just good practices, they're the fairly bleeding edge best practices.

1. No more SMS and TOTP. FIDO2 tokens only.

2. No more unencrypted network traffic - including DNS, which is such a recent development and they're mandating it. Incredible.

3. Context aware authorization. So not just "can this user access this?" but attestation about device state! That's extremely cutting edge - almost no one does that today.

My hope is that this makes things more accessible. We do all of this today at my company, except where we can't - for example, a lot of our vendors don't offer FIDO2 2FA or webauthn, so we're stuck with TOTP.

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c0l0 ◴[] No.30104121[source]
I think 3. is very harmful for actual, real-world use of Free Software. If only specific builds of software that are on a vendor-sanctioned allowlist, governed by the signature of a "trusted" party to grant them entry to said list, can meaningfully access networked services, all those who compile their own artifacts (even from completely identical source code) will be excluded from accessing that remote side/service.

Banks and media corporations are doing it today by requiring a vendor-sanctioned Android build/firmware image, attested and allowlisted by Google's SafetyNet (https://developers.google.com/android/reference/com/google/a...), and it will only get worse from here.

Remote attestation really is killing practical software freedom.

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tablespoon ◴[] No.30105136[source]
>> 3. Context aware authorization. So not just "can this user access this?" but attestation about device state! That's extremely cutting edge - almost no one does that today.

> I think 3. is very harmful for actual, real-world use of Free Software. If only specific builds of software that are on a vendor-sanctioned allowlist, governed by the signature of a "trusted" party to grant them entry to said list, can meaningfully access networked services, all those who compile their own artifacts (even from completely identical source code) will be excluded from accessing that remote side/service.

Is that really a problem? In practice wouldn't it just mean you can only use employer-provided and certified devices? If they want to provide their employees some Free Software-based client system, that configuration would be on the whitelist.

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shbooms ◴[] No.30106237[source]
I think from the viewpoint of a business/enterprise environment, yes you're right, context-aware authorization is a good thing.

But I think the point of your parent comment's reply was that the inevitable adoption of this same techonology in the consumer-level environment is a bad thing. Among other things, it will allow big tech companies to have an stronger grip on what software/platforms are OK to use/not use.

If your employer forces you to, say, only use a certain version of Windows as your OS in order to do your job, that's generally acceptable to most people.

But if your TV streaming provider tells you have to use a certain version of Windows to consume their product, that's not considered acceptable to a good deal of people.

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1. mschuster91 ◴[] No.30109468[source]
> But I think the point of your parent comment's reply was that the inevitable adoption of this same techonology in the consumer-level environment is a bad thing.

And this has happened before, with Intel ME that was and still is useful if you have a fleet of servers to manage but a hell of a security hole outside of corporate world.

And now that Windows 11 all but requires a working TPM to install (although there are ways to bypass it for now), I would not be surprised if Netflix and the rest of the content MAFIAA would follow their Android approach and demand that the user have Secure Boot enabled, only Microsoft-certified kernel drivers loaded and the decryption running in an OS-secured sandbox that even a Local Administrator-level account can access.