South Africa’s biggest forum. Discuss, discover, and connect with thousands of members.
I wonder how these cards will work with internet sales? Does anybody know?
They work the same as any other card.I wonder how these cards will work with internet sales? Does anybody know?
While it is good news that SA is finally starting to see smart cards, smart card readers have been in place in South Africa for a very long time - ABSA in particular going back to 1997|1998 - not just POS but ATMs as well. I also happen to know that NCR had builtin support for EMV in 2001 - mainly bcos I was part of the development team in Dundee Scotland that implemented EMV for SSTs - although nothing to do with POS terminals.Walter Volker, the general manager for Absa group payment systems, said that Absa would gradually start re-issuing cards to all eight million of its customers, though this could take about two years. He said the familiar magnetic stripe would not disappear immediately, so there should be no problem transacting at points of sale where the new technology is not in place.
well the backwards compatibility is a transition that had to be implemented. A few years later all card readers will have migrated and Magnetic cards will be a thing of the past. Asking all merchants to fully implement the new readers and all CC holders to change cards all at once is not a feasible option. Most of the cards around the world is using this method to facilitate a smooth transition.
I wonder how these cards will work with internet sales? Does anybody know?
Uuummm, these cards are still just as unsafe as the old ones, the reason being that they STILL have the mag strip, so if someone gets a hold of your card they can still copy it in 2 secs, and then start transacting with it as much as they like, using the old swip technology!!!
WHAT'S THE POINT?!?!?!
The problem why CC are insecure is simply because someone other than the card holder is allowed to carry out a transaction on the account. Create a process whereby the Cardholder is always in charge of the transaction and 99.9% of the problems disappear with all usages of the CC.
In the case of smart cards, the PIN is encrypted and stored in the smart card, whereas the 3 tracks on a magstripe can be read and replicated onto another magstripe, it is currently virtually impossible for syndicates to replicate smart cards...Could the same thing not be achieved with the current cards? I really don't see the point of spending so much if the benefits are so insignificant. If all you do is punch in your PIN, then why didn't they do the same with the current cards? It can be done can't it? They do not store the PIN on the card itself, so even if some thug 'copies/transfers' information from the original card, it should be worthless if they don't have the PIN to transact with. MY point is: this is already done with savings cards, so they can upgrade the credit cards program to prompt for PIN before transferring funds. This is a con...
Note my use of the words 'currently' and 'virtually'.Any technology will/can be hacked, cracked and copied given enough time.
Any technology will/can be hacked, cracked and copied given enough time.In the case of smart cards, the PIN is encrypted and stored in the smart card, whereas the 3 tracks on a magstripe can be read and replicated onto another magstripe, it is currently virtually impossible for syndicates to replicate smart cards...
Not that I advise doing so, but if one had a smart card credit&|debit card, one could refuse to pay via magstripe by zapping it - no one can replicate a magstripe that isn't there anymore, of course that would create problems - not only at POS terminals with no smart card capabilities, but also ATM applications running on machines where there is a smart card reader, would have to be re-coded to not try reading the magstripe tracks - my guess is that the current default is still to read the magstripe even if a smart card card is inserted.
Any technology will/can be hacked, cracked and copied given enough time.