Glitch Busters: Stuck on You

Glitch Busters: Stuck On You is a crazy shooter developed by the Japanese studio Toylogic - authors of such projects as Happy Wars and Happy Dungeons and NieR Replicant ver.1.22474487139..... The release of this game has been handled by Skybound Games.

Plot

The action of the game Glitch Busters: Stuck On You takes place on the Internet managed by advanced AI, which maintains order. One day the harmony in the world is disrupted by mysterious viruses that flood the network with glitches. Glitch Busters come to the Internet's rescue, whose task is to crack down on the viruses before they manage to infect all the AIs in the virtual world.

Game mechanics

In Glitch Busters: Stuck On You we observe the action from a third-person perspective (TPP).... although not always. This is because the camera often changes its position, presenting events from the side or from a top-down perspective. We move through various locations, such as the soaring metropolis of Tube City or the mighty volcano Review Mountain, and eliminate hordes of enemies. We confront both inferior glitches occurring in wholesale quantities, as well as much bigger and stronger enemies acting as bosses.

The protagonists exterminate enemies, making use of a varied arsenal. In addition, heroes have magnetic abilities that allow them to, among other things, attract and repel each other, walk on walls, as well as jump up and down on the ground with great momentum. In addition, they can stand on each other's heads, so that a hero on top of the tower thus created can inject lead into enemies above. As we progress, we gain a more powerful arsenal, which in turn allows us to face more and more challenges.

Game modes

Glitch Busters: Stuck On You spreads its wings in co-op mode, where up to four people can play. Nevertheless, there is also a single-player mode; then we are accompanied by AI-controlled bots.

Technical aspects

Graphics in Glitch Busters: Stuck On You is made in the original style, which combines 2D character models and 3D environments.

Last updated on 23 May 2023