Four EDM artists will launch an intergalactic music odyssey late Friday night.
Vest and Tyler, Allium, Cheska and Hizen will host “Welcome, Visitors,” a space-themed EDM show at Ann Arbor’s Club Above. The show will feature an out-of-this-world mix of live performances and DJ sets from all four artists.
“All four of us just wanted to get together and make something really magnificent as far as the electronic music scene, and we wanted to bring that more to light, especially with talent that’s been in and around the area,” said Tyler Denig, aka Vest and Tyler, who organized the show.
“The ‘Welcome, Visitors,’ show gives an opportunity to welcome those kinds of people to come out and enjoy electronic music, even in a place like Ann Arbor, where it might not be the first thing you think of in terms of the music scene.”
For the “Welcome, Visitors” show, each artist will assume a different interstellar identity during their set. Dubbed “Digital Satellite Base,” Denig will emerge as a digitized form from late 20th century Earth technology and materialize through a series of beeps and boops with a GameBoy Color in hand.
Meanwhile, Allium, aka Electric Junkyard Moon, will shapeshift into a cyber space priestess and galactic traveler who emits a cyberpunk sound to Earth. Their two companions, Cheska, aka Interstellar Bass Colony, and Hizen, aka Beach Party Planet, will bring raging bass and thumping house music via a beachy vibe to all alien life forms, including an intergalactic bunny.
“Even though we all come from different places, we’re all effectively trying to do the same thing, and we’re all trying to meet the same goal. When I was writing up some of those bios for the event page, I wanted to make sure that people’s individual styles and stories were represented,” Denig said. “Even if we were from just far off and distant planets, we’re all coming to the same place, which is to make music and enjoy it.”
The Stratton Setlist recently traveled to several dimensions to learn more about each artist and their interstellar identity.