Play'N Go Slot ‘Golden Osiris’ Revives The Old Egyptian Legend

The world-famous provider of premium slots Play’N GO is taking players on an exciting treasure hunt in Egypt. Golden Osiris is not the first release of the renowned studio centered around the ancient Egyptian civilization. Actually, Legacy of Dead and Doom of Dead are both highly popular games among players who are fans of this theme.     

The game is based on the old Egyptian legend that Osiris, the lord of the underworld, once turned sun rays into actual gold bars and then hid them deep within a tomb. By spinning these reels, you have the opportunity to uncover the centuries-long mystery and go home with amazing prizes. 

The 7x7 grid is a cascading system and as such it will provide players with a possibility to win more in just one spin. The mix of cascading reels and an Egyptian theme is something new for the studio. Although they have had great success with the Vikings Runecraft slot, they thought that it was more important to get it right than just to get it released. 

As their CPO stated:

“Of course, bringing together these two elements makes sense if you look at the track record of these games. But this is not about trying to make a quick buck or capitalizing for the same of it. People know by now that we only do things that make sense for the market, are created from the best ideas, and will benefit our operating partners and their players. If all of our most important factors don’t align, then we won’t do it; it’s simple.”   

This seems to be the winning formula for the brand as they are always mentioned when the conversation about the best slot creators on the market starts. 

This high-volatility, 96.27% RTP title pays out a max of 12000x the bet. On your way to discovering the long lost treasure, you will encounter Wilds and Multipliers as well as the Charge feature, another proven system by the Play’N GO team. Also, in the case you land 3 Scatters, the Free Spins round starts and brings more opportunity to make some high-paying combinations.