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5G Network Slicing Isolation

Interactive 3D 5G network slicing simulator: compare a sliced network (consumer, IoT/factory and emergency slices logically isolated on shared physical towers) against a flat network, inject a compromise into a vulnerable IoT sensor, and watch it stay contained in one slice or spread freely across every device.

Cybersecurity3DModerate60 FPS🔥 Fire

Modern 5G operators run consumer smartphones, factory IoT sensors and emergency-services radios over the same physical towers and core hardware, but split them into cryptographically and logically isolated "slices" — separate routing tables and access boundaries enforced at the network core. This simulator lets you inject a compromise into a poorly-secured IoT sensor and watch it try to spread: in a sliced network the breach is contained inside its own slice, while in a flat, non-sliced network the same compromise reaches every device on the shared infrastructure.

⚙ Under the hood

Interactive 3D 5G network simulator: compare a sliced network — consumer, IoT/factory and emergency slices logically isolated on the same shared physical towers — against a flat, non-sliced network. Inject a compromise into a vulnerable IoT sensor and watch it stay contained inside its own slice's isolation boundary or spread freely to every device, with a live affected-devices-per-slice readout and a blast-radius comparison.

5G securitynetwork slicingnetwork isolationblast radiuscybersecurity

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install