Play'n GO received three prestigious awards at 5Star Media's Starlet Awards

At the highly acclaimed 5Star Media's Starlet Awards, the Swedish-based casino entertainment provider, Play'n GO, achieved a remarkable feat by securing three prestigious awards: Mobile Supplier of the Year, Slot Provider of the Year, and the esteemed Game of the Year Award for their creation, Rise of Olympus 100.

The end of 2023 signifies a significant milestone for Play'n GO, as the company recorded an all-time high in the number of rounds played on its gaming platforms within a single day.  These accolades underscore Play'n GO's ongoing momentum as it approaches the end of the year, underscoring the company's aspirations for expansion, particularly in the US market and beyond.

Magnus Olsson, Chief Commercial Officer at Play'n GO, expressed gratitude for the recognition, stating:

"The acknowledgement received at 5Star Media's Starlet Awards is a fantastic honor. This year has been exceptional for us, and it's rewarding to see our team's dedication recognized in this manner."

He further commented, "Our focus is always on delivering superior online casino experiences, and these awards affirm our commitment. It's especially gratifying to witness Rise of Olympus 100, part of our '100' series of games, being recognized as Game of the Year."

Play'n GO recently achieved an all-time high, nearly reaching a quarter of a billion rounds played in a single day.

Play’n GO Background

Established in 2005, Play’n GO is a notable casino entertainment provider recognized for creating widely played online casino games such as Book of Dead, Reactoonz, and Moon Princess.

As industry pioneers, Play’n GO was among the first companies to foresee the potential of mobile gaming, offering an extensive portfolio of 300 premium titles available to regulated casino operators in over 25 jurisdictions. The operator emphasizes a commitment to fostering a regulated gaming industry focused on entertainment and collaboration with partners, regulators, and research bodies.