Contactless activation systems and methods

1. A contactless card, comprising:

a contactless interface activation mechanism comprising one or more sense contacts;

a processor; and

a processor-readable storage medium in communication with the processor; wherein:

the processor-readable storage medium contains programming instructions for performing one or more applications; and

the processor is prevented from performing the instructions for at least one application in the processor-readable storage medium unless a load is placed on at least one sense contact;

and

one or more light sensors; and a light dependent security circuit in communication with the one or more light sensors and the processor, wherein the light dependent security circuit prevents operation of the processor unless at least one light sensor detects light having one or more of a sufficient intensity, a correct coding, a correct modulation, and a correct frequency.

2. The contactless card of claim 1 wherein the processor is prevented from performing the instructions for at least one application in the processor-readable storage medium unless a load is placed on each sense contact.

3. The contactless card of claim 1 wherein the processor is prevented from performing the instructions for any application in the processor-readable storage medium unless a load is placed on at least one sense contact.

4. The contactless card of claim 1 wherein the processor is prevented from performing the instructions for any application in the processor-readable storage medium unless a load is placed on each sense contact.

5. The contactless card of claim 1 wherein a first light sensor is placed on a first side of the contactless card and a second light sensor is placed on a second side of the contactless card.

6. A method of enabling contactless communication on a contactless card, wherein the contactless card comprises one or more sense contacts and an antenna in communication with the one or more sense contacts, the method comprising:

placing the contactless card in a protected state, wherein the protected state comprises a state in which the contactless card disables at least a portion of contactless communications;

receiving power from an external field via the antenna;

determining whether a load has been placed on at least one sense contact of the contactless card, and if so, placing the contactless card in an unprotected state, wherein the unprotected state comprises a state in which the contactless card is enabled at least in part to engage in contactless communications; and

determining whether at least one light sensor detects light having one or more of a sufficient intensity, a correct coding, a correct modulation, and a correct frequency, and if not, placing the contactless card in the protected state.

7. The method of claim 6 wherein the external field comprises one of an electric field, a magnetic field and an electromagnetic field.

8. The method of claim 6 further comprising: placing the contactless card in the protected state if the contactless card no longer receives power from the external field.

9. The method of claim 6 wherein a transaction is performed while the contactless card is in the unprotected state, and further comprising: placing the contactless card in the protected state if the transaction completes.

10. The method of claim 6 wherein the determining whether a load has been placed on at least one sense contact of the contactless card step is performed a plurality of times during a transaction.

11. A method of enabling contactless communication on a contactless card, wherein the contactless card comprises one or more sense contacts and an antenna in communication with the one or more sense contacts, the method comprising: placing the contactless card in a protected state, wherein the protected state comprises a state in which the contactless card disables at least a portion of contactless communications; receiving a selection for an application for the contactless communication session; determining whether the selected application is a protected application; if the selected application is an unprotected application, placing the contactless card in an unprotected state, wherein the unprotected state comprises a state in which the contactless card is enabled at least in part to engage in contactless communications; and if the selected application is a protected application: determining whether a load has been placed on at least one sense contact, and if so placing the contactless card in the unprotected state.

12. The method of claim 11 , further comprising: if the selected application is a protected application: determining if a predetermined condition is satisfied; and if the predetermined condition is not satisfied, placing the contactless card in the unprotected state.

13. The method of claim 11 , further comprising: determining whether at least one light sensor detects light having one or more of a sufficient intensity, a correct coding, a correct modulation, and a correct frequency; and if not, placing the contactless card in the protected state.

14. A method of enabling contactless communication on a contactless card, wherein the contactless card comprises one or more sense contacts and an antenna in communication with the one or more sense contacts, the method comprising: placing the contactless card in a protected state, wherein the protected state comprises a state in which the contactless card disables at least a portion of contactless communications; determining whether a predetermined command is received; if not, placing the contactless card in an unprotected state, wherein the unprotected state comprises a state in which the contactless card is enabled at least in part to engage in contactless communications; and if so: determining whether a condition is satisfied, if not, placing the contactless card in the unprotected state, and if so: determining whether a load has been placed on at least one sense contact, and if so, placing the contactless card in the unprotected state.

15. The method of claim 14 , further comprising: determining whether at least one light sensor detects light having one or more of a sufficient intensity, a correct coding, a correct modulation, and a correct frequency; and if not, placing the contactless card in the protected state.

16. A method of enabling contactless communication on a contactless card, wherein the contactless card comprises one or more sense contacts and an antenna in communication with the one or more sense contacts, the method comprising: placing the contactless card in a protected state, wherein the protected state comprises a state in which the contactless card disables at least a portion of contactless communications; determining whether a command is received; and if so: determining whether a load has been placed on at least one sense contact, and if so: placing the contactless card in an unprotected state for a predetermined time period, wherein the unprotected state comprises a state in which the contactless card is enabled at least in part to engage in contactless communications, at the end of the predetermined time period, determining whether a load has been placed on at least one sense contact, and if so, performing the contactless communication session.

17. The method of claim 16 , further comprising: determining whether at least one light sensor detects light having one or more of a sufficient intensity, a correct coding, a correct modulation, and a correct frequency; and if not, placing the contactless card in the protected state.