It seems as if I have walked upon a gray area where I can’t find an answer to whether contactless payments work or not. I see this question asked multiple times but I’m still wondering if using “Samsung pay” would be a workaround for this issue since a phone uses NFC for those payments? Anyone tried or heard of this working or not?
I live in Sweden and it seems like people around here can pay with these chips, but all these things are so unclear to me from what I’ve read online and on this forum.
As Atilla said, walletmor may be an option since you live over there but ide also like to explain why samsung pay may not be the solution:
Samsung pay works by blasting a magnetic field at the swipe terminal in the same sequence that the reader would see the magnetic bits in a magnetic stripe from a card. The problem here is that that mag blaster as ill call it, is actively powered. It doesnt take power from the field emmetted by the reader and modulate it for comms, it just feeds off the phone battery to blast away.
This presents a problem because an implant of such a device would almost guaranteed need to be active and therefore require some sort of battery. At this point in time, batteries are a big no-no for implants for a couple of reasons but number one is that if they fail in any way it could be deadly.
TLDR: samsung pay does not use nfc for its payments to my knowledge like google pay does and would be prohibitively difficult to implement safely
By the way, if i got anything wrong here please correct me
It might be a turn-off for many…
The platform seems to be solidified by now.
However I am not entirely sure if the hardware (the chip itself) will be obsolete after the exp. date.
Fear not, there will be answer for that soon.
Edit: As far as I know the chip will be a one-trick-pony. And hell, we’re been waiting for that trick for looooong time.
that’s not quite correct and somewhat misleading. The “swipe” terminal contains a RFID device which communicates the same way as any other such device. The phone doesn’t blast any magnetic waves to simulate the magnetic stripe of a card, those are two different things. If you ever had a look at a credit card with a NFC chip you would know that those cards don’t have batteries which means the energy comes from the “swipe” terminal.
Also, implanting batteries isn’t necessary a big no-no, it’s actually done in many cases a pacemaker for example, those devices have a battery.
Well, I have to say you’re right about SAMSUNG. I never tried to use it on terminals without NFC, but now I’ve to try it.
As for the batteries, they are really batteries in pacemakers. It’s correct that batteries are somewhat dangerous if implanted, but those are ok. However, by now we could use wireless power transfer to power implanted devices which could open the door to a host of different implantable devices with more functionality than just transmitting a few KB data.
It was just a proof of concept/prototype. Look how it turned out, he had to have it removed after the battery started bulging. I’m sure that what Intector has in mind is a device that is actually practical, easily implantable, with a purpose and that won’t send you to the ER on a whim
I’m actually surprised nobody has made a prototype implant with a lithium iodide battery yet, those seem to be pretty common (are used in pacemakers)
Edit: strike through, false information, see posts below
Not sure which one you’re talking about, but the version of the PegLeg I’m talking about doesn’t have a battery. You strap the Qi charger to wherever it’s implanted, and that’s how it’s powered. It needs the Qi charger to stay powered on, no charging at all.
Oh, you are right. I must have misremembered or was there another thing with that? I really don’t know. But it had to be removed, not due to the battery, but because of the body rejecting it after many months. No wonder too, at that size