Systems and method of identifying and managing abusive requests
Aspects relate to categorizing requests for online resources as originating from spiders or not. Such resources are associated with respective contacts, and if a non-spider requests a resource, then a contact associated with that resource can be notified. One example method for determining whether to notify a user associated with a network resource includes identifying, via a processor, an entity making a request for a resource associated with a network address, wherein the entity has extracted the network address from a machine-readable code. The method then includes serving the resource to the entity in response to the request. The method then includes determining if request is not abusive, and only if the request is not abusive sending a notification to a user associated with the resource that the resource has been accessed.
1. A computer-implemented method comprising:
identifying, via a processor, an entity making a request for a resource associated with a network address, wherein the entity has extracted the network address from a machine readable code;
serving the resource to the entity in response to the request; and
determining if request is not abusive, and only if the request is not abusive sending a notification to a user associated with the resource that the resource has been accessed, wherein the determining if the request is not abusive is selected from the group consisting of:
determining that a number of requests made by the entity during a predefined period of time is below a first predefined threshold number of requests, determining that a number of requests made by the entity from a predefined geo-region is below a second predefined threshold number of requests, and determining that a number of requests made by the entity during a predefined date and time is below a third predefined threshold number of requests.
2. The method of claim 1 , wherein the machine-readable code is selected from the group consisting of: a QR code, a Microsoft TAG, a matrix bar code; a wireless near-field communication signal, a RFID signal, a Bluetooth signal, a short-range wireless signal, and a uniquely identifiable image.