the unauthorized use of web page code and content continues to be a major problem on the internet . unfortunately , a common use of this stolen or copied code facilitates various forms of online fraud , including , but not limited to , phishing attacks , in which copies or facsimiles of a legitimate web page are created and used to fool users ( and / or viewers , etc .) and to steal users &# 39 ; financial or personal information . to combat such online fraud , a method and system is provided for fraud detection . such method and system can use technology to monitor and detect the misuse of legitimate web code and content . an element ( e . g ., image , file , or other element ) can be “ served ”, or shown to the viewer , as part of a web page and can be tracked every time that element is “ called ”, or requested from the machine serving that element to the web page ( e . g ., a legitimate server operating a legitimate web site ). any time the element is requested for display to a user by any machine other than the legitimate one ( s ) authorized , this unauthorized request for the element can cause an appropriate party ( e . g ., the entity operating the legitimate web site , a third party security company ) to be alerted immediately to the unauthorized use , triggering any desired sequence of response measures . fig1 illustrates a system for misuse detection , according to one embodiment . a server 110 and a user terminal 105 can be coupled to a network 120 . an application 115 can also be coupled to the network 120 , although in some embodiments , the application can also be resident on the server 10 . the system can help monitor misuse or illegitimate use of web pages web pages are collections of information typically written in html , xhtmi , or other programming languages such that the resulting file is viewable via web browser applications . web pages allow different types of data , files , content and connections to be integrated into a single electronic document . this electronic document can be connected via hyperlinks to other web pages on the domain to create a web site . the actual code that makes up a web page and causes the browser to render it as a viewable document is called the source code . by copying source code , identical copies of web pages can be made , sometimes in only a matter of seconds . this functionality allows for the efficient creation of web pages since , for example , web pages in the same domain share common appearances and similar pages can be made by using existing ones as a template requiring only slight modifications . unfortunately , this functionality also allows for easy unauthorized duplication of legitimate web pages for purposes of fraud . one of the more common scenarios of online fraud is when a criminal copies the source code of an organization &# 39 ; s web site for use in a phishing attack . phishing can be defined as an attempt to acquire information ( e . g ., usernames , passwords , credit card details ), by masquerading as a trustworthy or legitimate entity in an electronic communication . with respect to phishing and web pages , a malicious user can create a false web page that is virtually an identical copy of a legitimate web page . afterwards , the malicious user can send out emails that appear to be from the legitimate organization . the emails will use a variety of false ploys or claims to encourage the user / customer to click on a hyperlink that appears to be the web address of the legitimate organization but is in fact a link to another web site . note that in some , but not all , embodiments , the visible address shown to the viewer and the actual address to which the link connects do not need to match , one of the reasons this sort of fraud is effective at fooling the email recipient . thus , for example , it could appear as if a user is going to the web site bank . com in order to enter in sensitive personal information , when in fact the user is actually going to the web site badsite . com . once clicked , the link to the malicious web site will route the user to the false web page where the user can be asked to login or provide other valuable information . the user can enter the login information or other important data , which is then harvested , emailed or otherwise captured by the malicious user . the malicious user , in turn , may use the information to facilitate various forms of online fraud and identity theft or give , trade or sell the information to others for similar misuse . fig2 illustrates a method for misuse detection , according to one embodiment . misuse detection provides a mechanism for the tracking and early detection of web pages that misuse protected code or content . the specific details of how the technology functions are illustrated and described with respect to fig2 , 3 , and 4 . before implementing the functionality of fig2 , 3 , and 4 , a piece of code ( e . g ., application 115 ) is installed that can communicate with the legitimate web page or trusted third party security entity and can pull the element that can be prominently displayed on a web page to visitors as a symbol of authenticity ( e . g ., a logo that says “ secure web page ”). the application 115 can be installed at the web page at a legitimate company &# 39 ; s server 110 , or in some other place . when a part of a web page with the application 115 installed is copied and used by an unauthorized party , then the unauthorized use can be tracked and reported . referring to fig2 , in 210 , a user requests a web page from a web site , such as www . bank . com . in 215 , the application is triggered ( i . e ., the element is called / run ), and the user &# 39 ; s browser tells the web page www . bank . com to request the element ( e . g ., security logo ). the request can go to the third party security company which can check to see if the use is a fraudulent or inappropriate use of the web page content ( described in more detail below ). ( note that in other embodiments , the request could go to another entity .) because misusers of the web page content are often copying exactly the web page content , the misusers will thus copy the security application that been installed , which triggers the request for the element . each time the web page is loaded or viewed in a browser , it triggers this request or “ call ” for the element . in 215 , the receiving server of the call ( e . g ., the server that owns the legitimate site bank . com ) compares the requested web page &# 39 ; s information to the legitimate web page &# 39 ; s information . the compared information can include ip addresses , urls , and / or domains , or any combination thereof . other information can also be compared . if the compared information matches , then in 225 , a valid element ( e . g ., logo ) is returned and displayed on the web page , which is also returned in 235 . in this case , the user can see that the web page is secure because of the valid element ( e . g ., a logo ) that is displayed with the web page . note that , in one embodiment , the element can be displayed on the browser accessing the web page , but it will look like the element is actually on the web page . if the compared information does not match , a not valid element can be returned in 230 with the web page in 235 . in this case , the user can see that the web page is not secure because of a logo or some other element displayed with the web page that can , in one embodiment , warn the user of potential fraud . note that , in one embodiment , as indicated in 220 , if there is not a match , then the requesting web page &# 39 ; s url ( e . g ., badsite . com ), ip address , or other information could be sent to the appropriate party ( e . g ., the owner of the legitimate web site and / or a third party security company ) for evaluation and analysis . fig3 illustrates a method of misuse detection , according to another embodiment . note that all of the processes of fig3 are the same as fig2 ( e . g ., 210 , 215 , 225 , 235 ), except that in 320 , once it is determined that there is not a match , a discrete non - valid element is returned in 330 instead of the ( obvious ) non - valid element returned in 230 of fig2 . this can be done so that the determination of whether the web page is legitimate or not is done in a discrete manner , that is , it is not visible on the web page and would likely go unnoticed by the person stealing the web page information without a very careful review . this can help , for example , monitor , analyse , and / or catch fraudulent users of the web page . the discrete non - valid element can be something that doesn &# 39 ; t show up on the web page , such as a pixel in the web page source code altered in a manner that doesn &# 39 ; t obviously impact the web page . if the specific part ( s ) of the web page that contains the embedded element is copied and used by an unauthorized party , then each call for the element provides the opportunity for alerting of unauthorized use . the receiving server of the call compares the requestor &# 39 ; s information to the legitimate information of web sites authorized to make the request for that element . regardless of whether there is a match or mismatch , as far as both the viewer of the web page and the web page content thief are aware , nothing is amiss . however , in the case of a mismatch , the requesting web page &# 39 ; s information can be sent to an appropriate party for evaluation and analysis for potential online fraud . fig4 illustrates a method of misuse detection , according to another embodiment . note that all of the processes of fig4 are the same as fig2 and 3 ( e . g ., 210 , 215 , 235 ), except that in 420 , once it is determined that there is or is not a match , no element ( either valid or not ) is sent back with the web page . note that , in one embodiment , the application installed at the web page could include information ( e . g ., a flash program that instigates when the code is run ), that can make it non - apparent to phishers or other malicious users , that the code is installed . the element is installed on a webpage but disguised as an unsuspecting part of the web page . if the specific part ( s ) of the webpage that contains the element is copied and used by an unauthorized party , then the element performs a call to the receiving server upon use of the element . the call for the stealth element provides the web page &# 39 ; s information . this information is compared to the legitimate web page &# 39 ; s information . if there is a match , then no further action is required . if there is a mismatch , then the web page &# 39 ; s information address is sent to the appropriate party for evaluation and analysis . in all of the scenarios outlined in fig2 - 4 , the common element is the use of an embedded element ( e . g ., image , file , or other element ) that loads every time the web page of interest is loaded in a browser . in this manner , the first time a criminal or scam artist even checks to see if the fraudulent web page appears correctly in a browser , an alert can triggered to an appropriate party . in this manner , in one embodiment , potential early warning of a phishing attack or other online fraud can be given before the attack is launched or users are ever exposed to the scam . while various embodiments of the present invention have been described above , it should be understood that they have been presented by way of example , and not limitation . it will be apparent to persons skilled in the relevant art ( s ) that various changes in form and detail can be made therein without departing from the spirit and scope of the present invention . in fact , after reading the above description , it will be apparent to one skilled in the relevant art ( s ) how to implement the invention in alternative embodiments . thus , the present invention should not be limited by any of the above described exemplary embodiments . in addition , it should be understood that any figures , screen shots , tables , examples , etc . which highlight the functionality and advantages of the present invention , are presented for example purposes only . the architecture of the present invention is sufficiently flexible and configurable , such that it may be utilized in ways other than that shown . for example , the steps listed in any flowchart may be re - ordered or only optionally used in some embodiments . further , the purpose of the abstract of the disclosure is to enable the u . s . patent and trademark office and the public generally , and especially the scientists , engineers and practitioners in the art who are not familiar with patent or legal terms or phraseology , to determine quickly from a cursory inspection the nature and essence of the technical disclosure of the application . the abstract of the disclosure is not intended to be limiting as to the scope in any way . furthermore , it is the applicant &# 39 ; s intent that only claims that include the express language “ means for ” or “ step for ” be interpreted under 35 u . s . c . 112 , paragraph 6 . claims that do not expressly include the phrase “ means for ” or “ step for ” are not to be interpreted under 35 u . s . c . 112 , paragraph 6 .