ArcwaveCircuit

iPhone / Jeux

What if the strange pulse inside your watch was alive?

ArcwaveCircuit tells the story of Circuit, a living wave from a higher dimension. In its own universe, Circuit exists as a powerful 4-dimensional being made entirely of energy and motion. But during a rare cosmic disturbance, it becomes trapped inside your watch and compressed into a much smaller form.

Now Circuit is stranded in a world that feels impossibly flat and limited. To survive, it must absorb free electrons, energy particles and scattered wave fragments. Every particle collected helps Circuit regain a little of its original strength.

Your mission is simple: help Circuit grow stronger, avoid collapse and guide it safely toward the energy needed to return home.

Features

• Easy to learn, satisfying controls designed for Apple Watch
• Endless gameplay with smooth, responsive movement
• Original science-fiction inspired universe
• Beautiful neon visuals and glowing circuit-inspired design
• Quick sessions perfect for short breaks
• Increasing challenge as Circuit grows stronger
• High score tracking to beat your personal best

Two Ways to Play

Relax Mode

Take your time and enjoy the experience. Relax Mode is perfect for unwinding, focusing and rediscovering the simple fun of classic arcade gaming. No pressure, just smooth gameplay and steady progress.

Hardcore Mode

For players who want a real challenge. Faster movement, tighter decisions and intense survival gameplay push your skills to the limit. Even experienced players will need sharp reflexes and careful planning to master it.

The Story Continues

As Circuit absorbs more energy, fragments of its forgotten memories begin to return. It remembers vast dimensions, impossible shapes and a place far beyond anything visible in our world. Every run brings it closer to recovering the power needed to break free from its temporary prison.

Will Circuit gather enough energy to escape this world and return home?

Download ArcwaveCircuit and help a lost traveler find its way back across dimensions.