SD-WAN Tunnel Steering: Live Path Quality Scoring
Interactive SD-WAN simulator: three encrypted overlay tunnels (MPLS, Broadband, LTE) compete on live latency/jitter/loss scores while a firewall inspects every packet, and the controller steers traffic to the best path with tunable hysteresis.
A branch office and a cloud hub stay connected over three independent encrypted overlay tunnels — MPLS, Broadband and LTE — each with its own live latency, jitter and packet-loss telemetry rendered as glowing arcs in 3D. An SD-WAN controller continuously scores every tunnel with a weighted cost function and steers active traffic to whichever path currently scores best, only switching when the improvement clears a tunable hysteresis margin so two close tunnels don't flap. A firewall gate sits at the midpoint of every path, inspecting and re-encrypting each packet before it continues to the hub. Adjust the metric weights, tighten or loosen the switching hysteresis, or force a brownout on any one tunnel to watch the controller detect the degradation and fail over in real time.
Interactive SD-WAN simulator: three encrypted overlay tunnels (MPLS, Broadband, LTE) compete on live latency, jitter and loss scores while a firewall inspects every packet, and the controller steers traffic to the best path with tunable switching hysteresis.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install