Software and content piracy spreads the way an infection spreads on a network: a cracked release enters a grid of distribution points and each connected node has some chance of picking it up from an already-infected neighbor every tick. This 2D companion lays the same 90-node distribution network out directly on a flat lattice — no 3D scene, no camera, just nodes and edges positioned in the plane — and runs the identical discrete-time contagion rules over it: a spread-rate probability per infected neighbor, a code-signing detection check, and a takedown hazard that removes flagged nodes from the graph. A live phase-portrait strip beneath the lattice stacks clean/infected/detected/taken-down counts over time, so you can watch in real time whether a seeded leak dies out or saturates the network as you tune spread rate, code-signing coverage, takedown speed and lattice connectivity.