Filtration for Windows

Filtration is a single-player platform game built around the controlled movement of a robotic sphere across enclosed environments. The core loop centers on navigating pocket dimensions that contain traversal paths, hazards, and embedded objectives tied to resource collection. Progress depends on gathering Ion Cells and activating environmental triggers that unlock routes or devices. 

Filtration’s movement expands through attachable Modules, which alter how the sphere interacts with terrain and obstacles. Each stage integrates traversal mechanics with combat interactions against automated enemies. A central Split Complex hub connects stages, tracks collected elements, and provides access to newly unlocked areas and functions tied to progression systems.

Complex traversal

Each dimension in Filtration operates as a contained stage with interconnected paths, where traversal depends on timing, momentum, and environmental interaction. Platforms shift, collapse, or activate through switches that respond to contact or collected resources. Enemy units patrol fixed routes or react to proximity, introducing interruption to movement patterns. Progress requires locating Planck Cores, which act as completion anchors within each stage and trigger access to subsequent areas through hub-based unlocking mechanisms.

Movement expands through a modular system where collected upgrades attach directly to the sphere and activate on command. The Module system introduces abilities such as directional propulsion, temporary shielding, and aerial control through wing deployment. Each function operates through assigned inputs and consumes internal energy where applicable. Switching between abilities occurs in real time, allowing combined use across traversal sequences, environmental puzzles, and encounters that require layered inputs rather than isolated actions.

The hub structure connects all primary and optional stages through a centralized layout that expands as objectives are completed. The Split Complex hub includes branching routes, locked segments, and embedded challenges tied to collected resources. However, the game has a fixed number of levels and modules. Bonus stages introduce condensed variations of mechanics, often isolating a single system or constraint to test execution under controlled conditions.

Spherical systems

Filtration centers on structured traversal through modular abilities, staged environments, and resource-linked progression. It includes twelve primary levels, additional bonus areas, collectible-driven upgrades, and a central hub that expands with completion milestones. Movement mechanics and module functions form the core interaction layer, while combat elements remain integrated but secondary. Limitations appear in fixed level counts, predefined module sets, and a progression system tied strictly to collectible thresholds without alternate routing systems.

• A save corruption glitch has been mitigated