Abstract: An overlay may be displayed over a webpage for displaying different analytics, such as displayed with heatmaps. The webpage is parsed to identify webpage objects. Proxy objects are generated for the identified webpage objects and displayed on Z-index layers above the overlay. The proxy objects are configured to detect and react to events on behalf of associated webpage objects. A mobile device proxy server may send mobile device requests on behalf of a desktop computing device and modify received webpages so the desktop computing device renders the webpages in substantially a same manner as a mobile device.

Abstract: An overlay may be displayed over a webpage for displaying different analytics, such as displayed with heatmaps. The webpage is parsed to identify webpage objects. Proxy objects are generated for the identified webpage objects and displayed on Z-index layers above the overlay. The proxy objects are configured to detect and react to events on behalf of associated webpage objects. A mobile device proxy server may send mobile device requests on behalf of a desktop computing device and modify received webpages so the desktop computing device renders the webpages in substantially a same manner as a mobile device.

Abstract: A dynamic zooming system may use overlays to display usage information over associated webpages. In one example, a replay manager may zoom-in on particular areas of the webpages to view more specific usage information. In another example, the replay manager may zoom-out the webpages to view more general usage information. The dynamic zooming system may use a first scaled overlay layer to dynamically vary a zoom level of the usage information to match a zoom level for the webpages. The dynamic zooming system also may use a second fixed overlay layer to display other usage information independently of the zoom-level for the webpages.

Abstract: An overlay may be displayed over a webpage for displaying different analytics, such as displayed with heatmaps. The webpage is parsed to identify webpage objects. Proxy objects are generated for the identified webpage objects and displayed on Z-index layers above the overlay. The proxy objects are configured to detect and react to events on behalf of associated webpage objects. A mobile device proxy server may send mobile device requests on behalf of a desktop computing device and modify received webpages so the desktop computing device renders the webpages in substantially a same manner as a mobile device.

Abstract: A dynamic zooming system may use overlays to display usage information over associated webpages. In one example, a replay manager may zoom-in on particular areas of the webpages to view more specific usage information. In another example, the replay manager may zoom-out the webpages to view more general usage information. The dynamic zooming system may use a first scaled overlay layer to dynamically vary a zoom level of the usage information to match a zoom level for the webpages. The dynamic zooming system also may use a second fixed overlay layer to display other usage information independently of the zoom-level for the webpages.

Abstract: An overlay may be displayed over a webpage for displaying different analytics, such as displayed with heatmaps. The webpage is parsed to identify webpage objects. Proxy objects are generated for the identified webpage objects and displayed on Z-index layers above the overlay. The proxy objects are configured to detect and react to events on behalf of associated webpage objects. A mobile device proxy server may send mobile device requests on behalf of a desktop computing device and modify received webpages so the desktop computing device renders the webpages in substantially a same manner as a mobile device.

Abstract: An overlay may be displayed over a webpage for displaying different analytics, such as displayed with heatmaps. The webpage is parsed to identify webpage objects. Proxy objects are generated for the identified webpage objects and displayed on Z-index layers above the overlay. The proxy objects are configured to detect and react to events on behalf of associated webpage objects. A mobile device proxy server may send mobile device requests on behalf of a desktop computing device and modify received webpages so the desktop computing device renders the webpages in substantially a same manner as a mobile device.

Abstract: An overlay may be displayed over a webpage for displaying different analytics, such as displayed with heatmaps. The webpage is parsed to identify webpage objects. Proxy objects are generated for the identified webpage objects and displayed on Z-index layers above the overlay. The proxy objects are configured to detect and react to events on behalf of associated webpage objects. A mobile device proxy server may send mobile device requests on behalf of a desktop computing device and modify received webpages so the desktop computing device renders the webpages in substantially a same manner as a mobile device.

Abstract: Provided are computer implemented methods and systems for crowdsourcing an email testing task. A method for crowdsourcing an email testing task may include receiving the email testing task from a customer. The email testing task may include at least an email content. The method may include providing the email testing task to a crowdsourcing community. Upon performing the email testing task by the crowdsourcing community, results of performing the email testing task may be received from the crowdsourcing community. The method may further include providing the results of performing the email testing task to the customer.

Abstract: A computer-implemented method for visualization of website analytics overlaid upon the source website is described. In one example embodiment, the method can comprise receiving website usage data associated with a customer website, aggregating the website usage data to generate website statistics, processing the website statistics to generate the website analytics, receiving credential data associated with a substantially current user of the customer website, based on the credential data, identifying the substantially current user as a customer associated with the customer website, and selectively communicating the website analytics to the customer website, the website analytics being displayed within a website analytics interface having one or more graphical reports over the website.

Abstract: Provided are computer implemented methods and systems for crowdsourcing a task. An exemplary method comprises receiving a request to source the task to a crowdsourcing community. The request is received from a crowd connector embedded in a third party application. The task is advertised to the crowdsourcing community. A contractor associated with the crowdsourcing community is selected for the task based on predetermined criteria. The selected contractor is connected to the third part application via the crowd connector. The contractor performs the task remotely.

Abstract: A dynamic zooming system may use overlays to display usage information over associated webpages. In one example, a replay manager may zoom-in on particular areas of the webpages to view more specific usage information. In another example, the replay manager may zoom-out the webpages to view more general usage information. The dynamic zooming system may use a first scaled overlay layer to dynamically vary a zoom level of the usage information to match a zoom level for the webpages. The dynamic zooming system also may use a second fixed overlay layer to display other usage information independently of the zoom-level for the webpages.

Abstract: A request to render a control content is intercepted by a client application as it is being served from a content source. Based on predetermined criteria, the control content is replaced with replacement content. The replacement content may be an alternative version of the control content differing from the control content in one or more alternative elements. The replacement content may be created with a graphical interface that overlays the control content. The graphical interface allows a user to select elements of the control content, edit the selected elements of the control content, and save the edited elements as part of the replacement content.

Abstract: A computer-implemented method for visualization of website analytics overlaid upon the source website is described. In one example embodiment, the method can comprise receiving website usage data associated with a customer website, aggregating the website usage data to generate website statistics, processing the website statistics to generate the website analytics, receiving credential data associated with a substantially current user of the customer website, based on the credential data, identifying the substantially current user as a customer associated with the customer website, and selectively communicating the website analytics to the customer website, the website analytics being displayed within a website analytics interface having one or more graphical reports over the website.