Fuzz Productions is dedicated to conceptualizing and developing digital experiences with one goal in mind: developing apps people want to use.

Founded in 2001 by Nat Trienens and Will Trienens, Fuzz Productions is a privately held technology company that designs and develops innovative digital solutions with a focus on design and development of mobile apps and websites. We help some of the most recognizable brands bring digital experiences to life from our offices in Brooklyn, NY and Northampton, MA. Our developers started building websites before smartphones or HTML5 existed, offering clients like Apple, Kaplan, the Author’s Guild an...

Founded in 2001 by Nat Trienens and Will Trienens, Fuzz Productions is a privately held technology company that designs and develops innovative digital solutions with a focus on design and development of mobile apps and websites. We help some of the most recognizable brands bring digital experiences to life from our offices in Brooklyn, NY and Northampton, MA. Our developers started building websites before smartphones or HTML5 existed, offering clients like Apple, Kaplan, the Author’s Guild and Ford Models Facebook apps, interactive Flash components and complex frontend and backend web development, with a friendly but uncluttered approach to design. We recognized the opportunity to lead in a new sector as soon as Apple released the iPhone in 2007. As the market for mobile apps exploded, so did our mobile client roster, with projects for AT&T, MTV, Comedy Central, Hearst and a suite of apps for Rodale in just the first two years. By 2009, when we began developing Android apps, mobile had become our primary business. Fuzz has created an extraordinary 200-plus native apps for iPhone, iPad, and Android handsets and tablets; our web and app developers and designers lead some of the industry’s most experienced mobile teams. And our focus on mobile has only made our web offerings stronger, giving us a natural strength in hybrid app development, responsive website design, and cross-platform approaches.