Players are tasked with solving a series of increasingly difficult series of complex puzzles woven into a metaphysical parable about intelligence and meaning in an inevitably doomed world.

Set in the world of The Talos Principle, Road to Gehenna follows the narrative of Uriel, Elohim's messenger, as he explores a strange, hidden part of the simulation on a mission of mercy and redemption in an attempt to free the souls of the damned at all costs.

The Talos Principle: Road to Gehenna will consist of four episodes that take experienced players through some of the most advanced and challenging puzzles yet. The Talos Principle writers Tom Jubert and Jonas Kyratzes have returned to pen the expansion and show players an entirely different side of Elohim's world through a journey to Gehenna filled with new characters and a new society with its own history and philosophy.

"We wanted to revisit the world of The Talos Principle and deliver new characters and a new world with its own history and culture,"” said Tom Jubert, co-writer of The Talos Principle. “"With Road to Gehenna we have created an all-new narrative which both branches off from and expands the original character's journey.”"

The Talos Principle: Road to Gehenna is coming to Steam this spring while The Talos Principle and the expansion pack will launch on PS4 and the Nvidia Shield platforms later this year.

Key Features:

• Complex Conundrums: Overcome more than 120 immersive puzzles through the eyes of an advanced artificial intelligence construct and unveil your significance at the behest of your creators.
• Anachronistic Juxtaposition: Deploy sophisticated technology furnished by the creators to unravel each predicament entombed within digital recreations of humanity’s ruins. Divert drones, disable turrets, and even replicate time to prove your worth beneath an ancient sky.
• Croteam Technology: The Talos Principle is built on Croteam’s Serious Engine 4 technology, the next advancement in the engine behind the Serious Sam series, and a new proprietary method to scan real world locations and historical elements into the game world.