Shadow Fear™ Path to Insanity

Game Details

Title: Shadow Fear™ Path to Insanity
Genre: Action
Developer: Wathitdew Record
Publisher: Wathitdew Record
Release Date: 29 Oct, 2018
Steam: https://store.steampowered.com/app/908830/Shadow_Fear_Path_to_Insanity/

About This Game

You are Nathan, an journalist that cover mysterious unresolved cases.

In the middle of the night you receive a call from your niece saying that her mom ( your sister )

as been gone to Lencour Mountain the day before and she never returned. In panic you take your bag, your camera

and go take your niece to a relative. An endless night is about to get down. Your goal is to find your sister and survive the night…

This game is a FPS survival horror in the style of Resident Evil, Silent Hill and Outlast.

You can defend yourself in this game don’t be afraid.

In this game you will have to deal with first of all : survival.

Enemy’s all deal different amount of damage, but you are limited too the damage dealed by

your equipped weapon. But you have always an 1 on 3 chance to evade any attack.

To progress in the game you will have to solve puzzles and find the appropriated items.

At the end of the game you will receive a note "score", so try to use as less healing items as possible.

If you want to invert the Y axis of the mouse you can download Sakasa Mouse it is a free software! ( Thanks to Audish )

System Requirements

Minimum:

OS:

Microsoft® Windows7/8/10 (32/64bit)

Processor:

Intel Core 2 Duo processor or AMD Athlon™ 64

Memory:

4 GB RAM

Graphics:

Intel HD graphics 4400 or more, Radeon HD graphics 5430 or more, OpenGL 3.0 or more

DirectX:

Version 11

Storage:

1 GB available space

Additional Notes:

Performance is not guaranteed under a virtual or emulated environment.

Recommended:

OS:

Microsoft® Windows8/10 (32/64bit)

Processor:

Intel Core or AMD Athlon™ II (K10)

Memory:

8 GB RAM

Graphics:

NVIDIA® GeForce® 400 series, AMD Radeon™ HD 5000 series

DirectX:

Version 12

Storage:

2 GB available space

Additional Notes:

Performance is not guaranteed under a virtual or emulated environment.

Screenshots