Jason Salavon: Rainbow Aggregator
Jason Salavon (1970, Indiana) is a Chicago-based artist who designs computer programs and software that reconfigures data from the Internet such as search results, news headlines, and social media trends. Through photographic prints, digital animations, and real-time software installations, Salavon presents new ways of seeing and understanding the flow and construction of information in contemporary culture.
Rainbow Aggregator is a continuous real-time representation of trending information and topics sourced from Twitter and Google. The digital animation is created through custom-made software that translates trending topics into an abstract composition of vibrant colors and ever-changing streams of text. On random occasions, sections of the web-code connected to each trending word or phrase appear throughout the digital animation.
Salavon’s digital animation highlights the terms and concepts that are driving digital activity now, in many cases highlighting the invisible or abstract transactions that frame our world. This also is a key concern among works on display in A Poet*hical Wager, a group exhibition on view in the Mueller Family Gallery that explores the relationship between abstraction and ethics in the work of eleven international artists.
Rainbow Aggregator, 2013
Computer program, Internet connection, computer
Collection of Carl & Marilynn Thoma
All current exhibitions are funded by The Andy Warhol Foundation for the Visual Arts and Leadership Circle gifts from anonymous donors, Yuval Brisker, Joanne Cohen and Morris Wheeler, Margaret Cohen and Kevin Rahilly, Becky Dunn, Harriet Goldberg, Agnes Gund, Richard and Michelle Jeschelnig, Donna and Stewart Kohl, Jan Lewis, Toby Devan Lewis, and Scott Mueller.
All MOCA Cleveland exhibitions are supported in part by the residents of Cuyahoga County through a public grant from Cuyahoga Arts & Culture, the Cleveland Foundation, the George Gund Foundation, and the continuing support of the Museum’s Board of Directors, patrons, and members.