Portal Fall

Portal Fall

Can my PC run Portal Fall

Find out whether your PC can run this game by reviewing the minimum and recommended requirements below.

RAM 4 GB+ Storage 1 GB+ Windows 10

Game Details

Languages
English
Genre
Indie، Rpg
Category
Single-player، Family Sharing
Developer
Double Jester
Publisher
Double Jester

Minimum Requirements

CPU
Intel Core i3
GPU
Intel HD Graphics 4000 / NVIDIA RTX PRO 4000 Blackwell / PRO 4000 / 4000 / better
RAM
4 GB
Storage
1 GB
OS
Windows 10

Recommended Requirements

CPU
GPU
RAM
Storage
OS

Game Description

Portal Fall is a turn-based roguelike focused on skill adaptation and character build experimentation. Each run challenges you to survive escalating waves of enemies while shaping your build through flexible skill choices that can shift your strategy mid-battle.

Fight through a series of unstable realms, each with its own rules, enemies, and twists on core mechanics. As battles unfold, you’ll make critical decisions about how to spend mana, manage cooldowns, and adjust your build on the fly to respond to unpredictable threats.

At the heart of each run is skill discovery. Unlock and experiment with abilities from an expanding skill tree, learning how different skills interact, scale, and synergize over time. Mastery comes not just from surviving, but from understanding how to combine skills into powerful — and sometimes game-breaking — builds.

An enigmatic mechanical Jester presides over the portals, reshaping reality and forcing you to adapt or fall. No two runs are the same, and long-term success depends on reading the battlefield, anticipating enemy intent, and applying hard-earned knowledge from past runs.

Key Features

  • Turn-based combat built around thoughtful skill use and high-impact decisions

  • Flexible skill builds that evolve during combat encounters

  • Skill discovery through an expanding skill tree with deep synergy potential

  • Procedurally generated runs across multiple distinct realms

  • A growing roster of enemies with clear, telegraphed actions

  • High-risk, high-reward decisions that reward experimentation and mastery