Contact/contactless and magnetic-stripe data collaboration in a payment card
A method of providing a magnetic-stripe type payment card with coupons and micropayment authorizations provides an internal link on a payment card between a contact/contactless processor and a MEMS magnetic device. This communicates information received from a contact/contactless payments infrastructure to be presented to a magnetic stripe payments infrastructure as specially recorded data bits written by the MEMS magnetic device in a magnetic stripe track.
1 . A payment system, comprising:
a contact/contactless infrastructure for processing consumer payments related to merchant transactions;
a magnetic-stripe infrastructure for processing consumer payments related to merchant transactions;
a payment card providing for consumer purchases;
a contact/contactless processor disposed within the payment card and supporting EMV-type exchanges;
a magnetic stripe disposed on the payment card and supporting legacy magnetic stripe card reader use;
a magnetic MEMS device disposed in the magnetic stripe and providing for dynamic programming of some magnetic data written to the magnetic stripe; and
a link between the contact/contactless processor and the magnetic MEMS device inside the payment card, and providing for data communication between the contact/contactless infrastructure and the magnetic-stripe infrastructure that is related to a particular user's buying behavior with the payment card.
2 . The payment system of claim 1 , further comprising:
a coupon communicated from the contact/contactless infrastructure through the contact/contactless processor to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the magnetic stripe to enable the redemption of a loyalty reward.
3 . The payment system of claim 1 , further comprising:
a micropayment authorization communicated from the contact/contactless infrastructure through the contact/contactless processor to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the magnetic stripe to enable a micropayment transaction.
4 . The payment system of claim 1 , further comprising:
a transaction event count communicated from the magnetic stripe and the magnetic MEMS device over the link for presentation to the contact/contactless infrastructure through the contact/contactless processor to enable the generation of a loyalty reward.
5 . The payment system of claim 1 , further comprising:
a second magnetic stripe associated with a corresponding second magnetic MEMS device;
a gift card surrogate communicated through the contact/contactless processor to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the second magnetic stripe to enable gift card transactions.
6 . The payment system of claim 1 , further comprising:
a prepaid card surrogate communicated through the contact/contactless processor to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the magnetic stripe to enable gift card transactions.
7 . The payment system of claim 1 , further comprising:
a second magnetic stripe associated with a corresponding second magnetic MEMS device;
a prepaid card that can be communicated from the contact/contactless interface through the contact/contactless processor to the second magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the second magnetic stripe to enable a gift card transaction.
8 . The payment system of claim 1 , further comprising:
an access card communicated through the contact/contactless processor to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the magnetic stripe to enable its use as a lock key.
9 . The payment system of claim 1 , further comprising:
a second magnetic stripe associated with a corresponding second magnetic MEMS device;
a lock key communicated from a contact/contactless interface through the contact/contactless processor to the second magnetic MEMS device over the link for interaction with the magnetic-stripe infrastructure via the second magnetic stripe to enable its use as an access card.
10 . A payment card, comprising:
a contact/contactless processor disposed within a payment card for supporting EMV-type exchanges;
a magnetic stripe disposed on the payment card for supporting legacy magnetic stripe card reader use;
a magnetic MEMS device disposed in the magnetic stripe and providing for dynamic reprogramming of some magnetic data written to the magnetic stripe; and
a link between the contact/contactless processor and the magnetic MEMS device inside the payment card, and providing for data communication between a contact/contactless infrastructure and a magnetic-stripe infrastructure that is related to a particular user's buying behavior with the payment card.
11 . The payment card of claim 10 , further comprising:
a battery disposed in the payment card and providing operational power for the contact/contactless processor and the magnetic MEMS device; and
means for writing a magnetic data code to the magnetic stripe that can indicate the health of the battery to said magnetic-stripe infrastructure and evoke a corrective action.
12 . The payment card of claim 11 , further comprising:
a coupon communicated from the contact/contactless infrastructure through the contact/contactless processor to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the magnetic stripe to enable the redemption of a loyalty reward.
13 . The payment card of claim 11 , further comprising:
a micropayment authorization communicated from the contact/contactless infrastructure through the contact/contactless processor to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the magnetic stripe to enable a micropayment transaction.
14 . The payment card of claim 11 , further comprising:
a transaction event count communicated from the magnetic stripe and the magnetic MEMS device over the link for presentation to the contact/contactless infrastructure through the contact/contactless processor to enable the generation of a loyalty reward.
15 . A method of providing a magnetic-stripe type payment card with coupons and micropayment authorizations, comprising:
providing an internal link on a payment card between a contact/contactless processor and a MEMS magnetic device that can communicate information received from a contact/contactless payments infrastructure to be presented to a magnetic stripe payments infrastructure as specially recorded data bits written by the MEMS magnetic device in a magnetic stripe track.
16 . A system, comprising:
a contact/contactless smart card infrastructure for processing consumer payments related to merchant transactions;
a magnetic-stripe infrastructure for processing consumer or business payments related to merchants transactions;
a payment card providing for consumer and business purchase transaction payments;
a smart card processor disposed within the payment card and supporting at least one of BO′ and EMV-type exchanges;
a first magnetic stripe disposed on the payment card and supporting the use of a legacy magnetic stripe card reader;
a magnetic MEMS device disposed in the first magnetic stripe and providing for dynamic programming of a least a portion of a magnetic data written to the first magnetic stripe; and
a link between the smart card processor and the magnetic MEMS device inside the payment card, and providing for data communication between the contact/contactless infrastructure and the magnetic-stripe infrastructure.
17 . The system of claim 16 , further comprising:
a gift card surrogate communicated to the magnetic MEMS device over the link for interaction with the magnetic-stripe infrastructure via the first magnetic stripe which enables its commercial use of as a gift card.
18 . The system of claim 16 , further comprising:
a gift card surrogate communicated from a contact/contactless interface through the contact/contactless processor to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the first magnetic stripe to enable its use.
19 . The system of claim 16 , further comprising:
a second magnetic stripe associated with a corresponding second magnetic MEMS device;
a gift card electronic equivalent communicated through a smart card interface to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the second magnetic stripe to enable its use as a gift card.
20 . The system of claim 16 , further comprising:
a prepaid gift card electronic equivalent communicated through a smart card interface to the magnetic MEMS device over the link for presentation to the magnetic-stripe infrastructure from the first magnetic stripe.
21 . The system of claim 16 , further comprising:
a second magnetic stripe with recorded track data that can be modified by a magnetic MEMS device;
a prepaid card surrogate communicable to the magnetic MEMS device over the link for reading by the magnetic-stripe infrastructure from the second magnetic stripe.
22 . The system of claim 16 , further comprising:
an access card code communicable to the magnetic MEMS device over the link for presentation to the first magnetic stripe to enable its use as a lock key.
23 . The system of claim 16 , further comprising:
a second magnetic stripe with recorded track data that can be modified by a magnetic MEMS device;
an access card code communicable to the magnetic MEMS device over the link for presentation to the second magnetic stripe to enable its use as a lock key.
24 . The system of claim 16 , further comprising:
a second magnetic stripe with a magnetic MEMS device disposed on the payment card and readable by a magnetic stripe card reader;
wherein, the second magnetic stripe supports magnetic data recordings for a distinct second use that would otherwise be incompatible with a primary use of the card if recorded on the first magnetic stripe.