Daryl Johnson


With the introduction of HTML5, the latest browser language, a new data storage technique, called localStorage, has been added to allow websites to store larger amounts of data for a long period of time on the user’s local system. This new technology does not (as of this writing) have a fully implemented independent interface to support end user control. Unlike cookies, there is not yet an interface for the user to block, alter or delete localStorage in web browsers. Nefarious users have files of data they utilize in their illegal activities that they need to preserve (stolen user information, credit card numbers, etc.). These users do not want to have a copy of this data on their personal machines in case of an investigation. Therefore, nefarious users are constantly looking for a new method to preserve and store this data, concealing it in such a way that it won’t be associated with them but available when needed. Our project is to model this process by building a web application that would take a file, encrypt it, slice it up into 26 parts and distribute it to as many client systems as possible. At a later time, a second web application would watch for return visits by the holders of the parts of the original file and retrieve the parts as clients interact with the website. We would be studying the recidivism rate of clients returning to the website and the number of copies of each part distributed necessary to achieve a reliable recovery rate of the whole file. We will first test this prototype in a controlled laboratory setting to ensure that it works as intended. Next we have chosen two websites, the XXXX( and XXX( departmental websites, as a test bed. We have secured permission from the chairs of these departments to utilize these resources. These sites were chosen primarily because their viewers are adult learners and because of their high traffic patterns.

Date of creation, presentation, or exhibit



Note: imported from RIT’s Digital Media Library running on DSpace to RIT Scholar Works in February 2014.

Document Type

Conference Paper

Department, Program, or Center

Department of Computing Security (GCCIS)


RIT – Main Campus