uc4Answered by: ArangoDBLive
Disruption rerouting
Why ArangoDB: Graph / network. The detour path and added transit-time delta when a chokepoint closes — shortest viable reroute.
Added transit time when the chokepoint closes (ports/USNYC → ports/CNSHA)
+76.22h355.97h baseline → 432.19h reroute
The shortest viable reroute adds +76.22h of transit time, detouring through an extra port call versus the direct baseline lane.
Baseline vs reroute path
Per-leg hours for the direct baseline path and the shortest viable reroute.
Baseline path355.97h
- 1.USNYC0.00h
- 2.CNSHA355.97h
Reroute path432.19h
- 1.USNYC0.00h
- 2.USLAX118.40h
- 3.CNSHA313.79h
Route reliability: baseline vs reroute
Derived from real World Bank LPI / UNCTAD LSCI reference-data priors (reference-data vintage, not real-time): expected delay, on-time and delay-risk probability, and weakest-link connectivity per route.
| Route | Expected delay (h) | On-time % | Delay-risk % | Connectivity |
|---|---|---|---|---|
| Baseline | 18.00 | 71.75 | 28.25 | 41.59 |
| Reroute | 33.00 | 59.29 | 40.71 | 17.30 |