Short Film about War

A Short film about War is a narrative documentary artwork made entirely from information found on the worldwide web. In ten minutes this two screen gallery installation takes viewers around the world to a variety of war zones as seen through the collective eyes of the online photo sharing community Flickr, and as witnessed by a variety of existing military and civilian bloggers. As the ostensibly documentary 'film' plays itself out, a second screen logs the provenance of images, blog fragments and gps locations of each element comprising the work, so that the same information is simultaneously communicated to the viewer in two parallel formats -on one hand as a dramatised reportage and on the other hand as a text log. In offerring this tautology, we are attempting to explore and reveal the way in which information changes as it is gathered, edited and then mediated through networked communications technologies or broadcast media, and how that changes and distorts meaning -especially for (the generally wealthy minority of) the world's users of high speed broadband networks, who have become used to the treacherously persuasive panoptic view that google earth (and the worldwide web) appears to give us.

Flat Earth

Flat Earth is a desktop documentary, which takes the viewer on a seven minute trip around the world so that we encounter a series of fragments taken from real peoples' blogs. These fragments are knitted together to form a kind of story or singular narrative.

SecGOD - Google Docs: Now I Feel Safer!

This paper presents SecGOD. A tool that protects the privacy of documents created with online office suites. SecGOD is implemented as a Greasemonkey java-script making it deployable on all popular greesemonkey compatible browsers and utilizes symmetric key encryption. All operations run on the client side, with SecGOD operating invisibly as concerned by the cloud, with no changes needed to the code that is provided to the cloud server provider. Finally, the effectiveness of SecGOD is demonstrated by conducting extensive experiments measuring the processing time for the three versions of AES (128, 192, 256 bits).