In article <r9sm6u$mco$
1...@dont-email.me>, sms
<
scharf...@geemail.com> wrote:
> The latest generation of ultrasonic 3D
> fingerprint sensors work extremely well.
no they very definitely don't.
<
https://www.theverge.com/2019/4/7/18299366/samsung-galaxy-s10-fingerpri
nt-sensor-fooled-3d-printed-fingerprint>
In a post on Imgur, user darkshark outlined his project: he took a
picture of his fingerprint on a wineglass, processed it in Photoshop,
and made a model using 3ds Max that allowed him to extrude the
lines in the picture into a 3D version. After a 13-minute print (and
three attempts with some tweaks), he was able to print out a version
of his fingerprint that fooled the phone¹s sensor.
<
https://mashable.com/article/in-display-fingerprint-readers-suck/>
Unlike physical fingerprint readers such as Touch ID on the iPhone
8 (and older), the Pixel Imprint sensor on the back of Google Pixel
phones, or the reader on the back of the Galaxy S9 and Note 9,
in-display fingerprint readers are slower and less responsive.
...
To shrug and give new phones launching in 2019 the same break for
including half-baked in-display fingerprint readers simply because
it's new tech is not OK. It's unacceptable to spend $1,000 for a
Samsung Galaxy S10+ only to get a fingerprint reader that's inferior
to the one on the previous Galaxy S9.
I've tried just about all of the in-display sensors ‹ Galaxy S10,
Huawei Mate 20 Pro, OnePlus 6T, and even the one on the new Nokia
9 PureView ‹ and none of them live up to the hype.
<
https://www.slashgear.com/samsung-in-display-fingerprint-scanner-speed-
has-an-unreliable-fix-16616986/>
In practice, the first iterations since last year¹s Galaxy S10 and
Galaxy Note 10 were regarded to actually be less secure and less
accurate because they were easily thrown off by a third-party screen
protector. Even after Samsung pushed an update to address that,
many users complained about how it looked and felt slower than
in-screen scanners from less expensive phones.
> Not sure where Apple's design
> is in termo of being ready but they could always just use Qualcomm's.
nope. apple is not going to use technology that is not secure as well
as slow and unreliable.
> Qualcomm's first generation worked fine
were 'worked fine' means 'slow, inaccurate, and easily spoofed'.
see above for links.
> (other than the issue of screen
> protectors being able to be registered as valid fingerprints which has
> been fixed).
repeatedly dismissing the screen protector issue reveals your true
agenda.
> The bottom line is that even post-Covid we will become more like Japan,
> Korea, and China in terms of wearing face coverings in stores. Touch-ID
> will come back for multiple reasons.
the only reason is cost. touch id is cheaper to manufacture than face
id.
> First, in countries where face
> masks have always been common, fingerprint readers, or the lack thereof,
> affects consumer choices in phones.
false.
the iphone x, xs, xr and 11 series sell *extremely* well in china and
elsewhere that masks are common.
> Second, there's a goal of doing dual
> biometrics, both finger and face or iris and face, or iris and finger.
there is no such goal, nor is that even a good idea.
> Third, 3D ultrasonic fingerprint readers are more secure than facial
> recognition systems.
more of your deceptive disingenuous rubbish.
the issue is not 'facial recognition systems', but specifically apple's
face id, which is *extremely* secure, much more so than any fingerprint
sensor on any smartphone.
android facial recognition systems are a joke. anything is better than
that.