A disaster-resilient, self-healing mesh network simulation. Messages find a way, even when infrastructure fails.
During natural disasters—earthquakes, floods, or hurricanes—traditional cellular and internet infrastructure often collapses. First responders and trapped victims lose the ability to communicate exactly when they need it most.
We need a decentralized solution that doesn't rely on towers, cables, or power grids.
Our simulation models a network of independent IoT nodes that automatically discover each other. If one node fails, the network self-heals instantly, rerouting messages through alternate paths.
Detects node failures in real-time and recalculates routes to ensure message delivery.
Messages hop from node to node, extending coverage far beyond the range of a single device.
Nodes automatically find new neighbors using "Hello" beacons, adapting to movement.
If no path is available, packets are stored in memory and forwarded once a neighbor appears.
Experience the self-healing mesh behavior in real-time. Drag nodes to reshape the network.