Multiplexed quick response (“QR”) code experience derivation
An optical code scanner being operated using an algorithm is provided. The scanner may scan an optical label. The label may include machine-readable code. The scanner may derive a single set of instructions from the code or multiple sets of instructions from the code. The scanner may process the code. The processing may upload a set of instructions from the code to the scanner and store the set of instructions in an instructions library. The scanner may also derive a picture associated with the instructions and store the picture in the library. The scanner may display a plurality of pictures. Each of the pictures may correspond to a set of uploaded instructions stored on the scanner. Each of the plurality of pictures may be selectable by a user. In response to a user selection of a picture, the scanner may be configured to execute the uploaded instructions that correspond to the selected picture.
1. An optical label comprising:
a first plurality of optically scannable modules that encodes a cryptographically signed authorization instruction that determines whether the optical label was authored by a predetermined entity; and
a second plurality of optically scannable modules that encodes a functional instruction that triggers an action on a scanning device.
2. The optical label of claim 1 , wherein:
the authorization instruction triggers execution of a validation routine on the scanning device; and
the validation routine validates the authorization instruction.
3. The optical label of claim 1 wherein:
the functional instruction triggers execution of a validation routine on the scanning device; and
the validation routine validates the authorization instruction.
4. The optical label of claim 1 further comprising a data zone and the authorization instruction and the functional instruction are both encoded in the data zone.
5. The optical label of claim 1 wherein the authorization instruction comprises a unique signature created by a cryptographic key.
6. The optical label of claim 5 wherein the unique signature is verifiable by the scanning device.
7. The optical label of claim 5 wherein the unique signature is verifiable by an application running on the scanning device.
8. The optical label of claim 5 wherein the cryptographical key is a first cryptographical key and the unique signature is verifiable by a second cryptographical key.
9. The optical label of claim 1 wherein the functional instruction triggers, on the scanning device, examination of whether the functional instruction includes malware.
10. The optical label of claim 1 wherein the authorization instruction causes the functional instruction to be held in a safe zone within the scanning device until after a validating of the authorization instruction.
11. The optical label of claim 1 wherein the authorization instruction is encoded in a first region of the optical label and the functional instruction is encoded in a second region of the optical label.
12. The optical label of claim 11 wherein the first region is inside a data zone of the optical label and the second region is outside the data zone.
13. An optical label comprising:
a first plurality of machine-readable instructions that, when processed by a scanning device, determine whether the optical label was authored by a predetermined entity;
a second plurality of machine-readable instructions that direct the scanning device to a first Uniform Resource Locator (“URL”); and
a third plurality of machine-readable instructions, said third plurality of machine-readable instructions:
being based on the first plurality of machine-readable instructions and the second plurality of machine-readable instructions; and
direct the scanning device to a second URL.
14. The optical label of claim 13 wherein the first plurality of machine-readable instructions comprises a unique signature created by a cryptographic key.
15. The optical label of claim 14 wherein the cryptographical key is a first cryptographical key and the unique signature is verifiable by a second cryptographical key.
16. The optical label of claim 13 wherein:
when the first plurality of machine-readable instructions is processed by the scanning device in conjunction with the second plurality of machine-readable instructions, the second plurality of machine-readable instructions unlock a previously-locked portion of the first plurality of machine-readable instructions.
17. The optical label of claim 13 wherein the second plurality of machine-readable instructions comprises at least two discrete regions of the optical label.
18. The optical label of claim 17 wherein the at least two discrete regions substantially surround the first plurality of machine-readable instructions.
19. The optical label of claim 13 wherein:
a first region of the optical label comprises the first plurality of machine-readable instructions; and
a second region of the optical label:
substantially surrounds the first region of the optical label; and
comprises the second plurality of machine-readable instructions.
20. The optical label of claim 17 wherein the third plurality of machine-readable instructions forms an external border around the at least two discrete regions.
21. The optical label of claim 13 wherein:
the second plurality of machine-readable instructions triggers execution, on the scanning device, of a validation routine that determines whether the second plurality of machine-readable instructions includes malware.
22. An optical label comprising:
a first plurality of machine-readable instructions that, when processed by a scanning device, determines whether the optical label was authored by a predetermined entity;
a second plurality of machine-readable instructions that triggers an action on the scanning device, wherein the second plurality of machine-readable instructions comprises at least two discrete regions of the optical label; and
a third plurality of machine-readable instructions that forms an external border around the at least two discrete regions.
23. The optical label of claim 22 , wherein:
the first plurality of machine-readable instructions comprises a unique signature created by a first cryptographic key; and
the unique signature is verifiable by a second cryptographical key.
24. The optical label of claim 22 wherein the second plurality of machine-readable instructions triggers, on the scanning device, examination of whether the optical label includes malware.
25. The optical label of claim 23 wherein the first plurality of machine-readable instructions causes the second plurality of machine-readable instructions to be held in a safe zone within a scanning device until after a validating of the unique signature.
26. The optical label of claim 22 wherein the at least two discrete regions of the optical label are outside a data zone of the optical label.
27. The optical label of claim 26 wherein the at least two discrete regions of the optical label are positioned between the data zone and the external border.
28. The optical label of claim 22 wherein:
the second plurality of machine-readable instructions, when processed by the scanning device triggers loading of a first webpage on the scanning device; and
the third plurality of machine-readable instructions, when processed by the scanning device triggers loading of a second webpage on the scanning device.
29. The optical label of claim 22 wherein:
the second plurality of machine-readable instructions, when processed by the scanning device triggers loading of a webpage on the scanning device; and
the third plurality of machine-readable instructions, when processed by the scanning device provides access to target content associated with the webpage.
30. The optical label of claim 22 wherein the third plurality of machine-readable instructions, when processed by the scanning device in conjunction with the second plurality of machine-readable instructions, unlocks a previously-locked portion of the second plurality of machine-readable instructions.