Nice Dream Reveals Goodnight Universe Game Teaser and Notable Cast Members at 2024 Tribeca Festival

Skybound Games :

Los Angeles, CA; June 12, 2024 - Nice Dream, the Los Angeles-based studio recently founded by the co-creators of the BAFTA Award-winning Before Your Eyes, today announced their featured cast for their latest game, Goodnight Universe, which has been nominated for a Tribeca Games Award.


The development team is available for interviews at the Tribeca Festival from June 12 - 16, 2024.

 

The leading cast includes Lewis Pullman (Top Gun Maverick, Lessons in Chemistry,) as the main character Isaac, and Kerri Kenney-Silver (Reno 911, Superstore), Al Madrigal (The Daily Show, Lopez vs. Lopez), and Tessa Espinola (S.W.A.T, The Big Show Show) as Isaac’s family. Timothy Simons (VEEP, Don’t Worry Darling) and Sarah Burns (Barry, Unfrosted) are cast in supporting character voice roles.
 

In the narrative adventure Goodnight Universe, you’ll play as Isaac (Lewis Pullman), a six-month-old baby developing mysterious psychic abilities. What you want most is to be loved and accepted by your family, but a secretive tech corporation wants you for their own. The game will also feature an immersive “face-tracking” mode, expanding on the innovative use of camera-based technology that the team is known for.
 

For demos or interview requests during the Tribeca Festival and beyond, please reach out to:
 

Monica Leah Rems, fortyseven communications (Tribeca Festival PR)

[email protected]
 

Kim Manuel Edra, Sandbox Strategies (US PR)

[email protected]
 

Paddy McKeever, Indigo Pearl (UK/Europe PR)

[email protected]
 

Hannah Cosgrove, Skybound Entertainment (Publisher PR)

[email protected]
 

^{ABOUT NICE DREAM}
 

^{Nice Dream was founded by childhood friends and developers Graham Parkes and Oliver Lewin, who served as writers and directors on Before Your Eyes, also published by Skybound Games. The studio is a natural progression for the duo, whose talents have proven that gamers crave a unique form of storytelling that can only be found through interactivity.}