System and method for verifying non-human traffic

1. A method of verifying a non-human user of a computerized device comprising:

receiving information identifying a potential non-human user of a computerized device;

altering a browser page to be used by the potential non-human user by including at least one of the following: at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on; text in an image that a human user will read but a non-human user will not; hidden form fields that a human user won't fill out but a non-human user is likely to fill out, or any combination thereof;

verifying whether or not the potential non-human user is an actual non-human user based on a behavior of the potential non-human user with the altered browser page;

wherein the browser page is altered by replacing at least one advertisement on the browser page with a decoy advertisement which a human user is unlikely to click on and

wherein the decoy advertisement is a blank advertisement, a hidden advertisement that would not be seen by a human user, an advertisement that is visible and not hidden, but not very likely to be clicked on by a human, or an advertisement may contain a message that will trigger certain behavior from a human but not from a non-human user.

2. The method of claim 1 , wherein the browser page is altered by changing a page to which the browser is redirected to when an advertisement is clicked on to a page that would be confusing to a non-human user, but easily navigated by a human user, or would entice different behavior between a non-human user and a human user.

3. A system for verifying a non-human user of a computerized device, the system comprising a processor, memory accessible by the processor, and program instructions and data stored in the memory, the program instructions executable by the processor to perform:

receiving information identifying a potential non-human user of a computerized device;

altering a browser page to be used by the potential non-human user by including at least one of the following: at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on; text in an image that a human user will read but a non-human user will not; hidden form fields that a human user won't fill out but a non-human user is likely to fill out, or any combination thereof;

verifying whether or not the potential non-human user is an actual non-human user based on a behavior of the potential non-human user with the altered browser page;

wherein the browser page is altered by replacing at least one advertisement on the browser page with a decoy advertisement which a human user is unlikely to click on and

wherein the decoy advertisement is a blank advertisement, a hidden advertisement that would not be seen by a human user, an advertisement that is visible and not hidden, but not very likely to be clicked on by a human, or an advertisement may contain a message that will trigger certain behavior from a human but not from a non-human user.

4. The system of claim 3 , wherein the browser page is altered by changing a page to which the browser is redirected to when an advertisement is clicked on to a page that would be confusing to a non-human user, but easily navigated by a human user, or would entice different behavior between a non-human user and a human user.

5. A computer program product for verifying a non-human user of a computerized device, the computer program product comprising a non-transitory computer readable medium storing program instructions that when executed by a processor perform:

receiving information identifying a potential non-human user of a computerized device;

altering a browser page to be used by the potential non-human user by including at least one of the following: at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on; text in an image that a human user will read but a non-human user will not; hidden form fields that a human user won't fill out but a non-human user is likely to fill out, or any combination thereof;

verifying whether or not the potential non-human user is an actual non-human user based on a behavior of the potential non-human user with the altered browser page;

wherein the browser page is altered by replacing at least one advertisement on the browser page with a decoy advertisement which a human user is unlikely to click on and

wherein the decoy advertisement is a blank advertisement, a hidden advertisement that would not be seen by a human user, an advertisement that is visible and not hidden, but not very likely to be clicked on by a human, or an advertisement may contain a message that will trigger certain behavior from a human but not from a non-human user.

6. The computer program product of claim 5 , wherein the browser page is altered by changing a page to which the browser is redirected to when an advertisement is clicked on to a page that would be confusing to a non-human user, but easily navigated by a human user, or would entice different behavior between a non-human user and a human user.

7. The method of claim 1 , wherein the browser page to be used by the potential non-human user is altered by including at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on, invisible text that a human user will not see but a non-human user will read, text in an image that a human user will read but a non-human user will not, and hidden form fields that a human user won't fill out but a non-human user is likely to fill out.

8. The system of claim 3 , wherein the browser page to be used by the potential non-human user is altered by including at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on, invisible text that a human user will not see but a non-human user will read, text in an image that a human user will read but a non-human user will not, and hidden form fields that a human user won't fill out but a non-human user is likely to fill out.

9. The computer program product of claim 5 , wherein the browser page to be used by the potential non-human user is altered by including at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on, invisible text that a human user will not see but a non-human user will read, text in an image that a human user will read but a non-human user will not, and hidden form fields that a human user won't fill out but a non-human user is likely to fill out.

10. The method of claim 2 , wherein the browser page to be used by the potential non-human user is altered by including at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on, invisible text that a human user will not see but a non-human user will read, text in an image that a human user will read but a non-human user will not, and hidden form fields that a human user won't fill out but a non-human user is likely to fill out.

11. The system of claim 4 , wherein the browser page to be used by the potential non-human user is altered by including at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on, invisible text that a human user will not see but a non-human user will read, text in an image that a human user will read but a non-human user will not, and hidden form fields that a human user won't fill out but a non-human user is likely to fill out.

12. The computer program product of claim 6 , wherein the browser page to be used by the potential non-human user is altered by including at least one invisible link that a user will not see, and therefore never click on, but an automated bot is likely to click on, invisible text that a human user will not see but a non-human user will read, text in an image that a human user will read but a non-human user will not, and hidden form fields that a human user won't fill out but a non-human user is likely to fill out.