6 articles in this category
Fleet rebalancing algorithms are the invisible hand that keeps ride-hail and microtransit systems from tipping into chaos. But most algorithms treat d...
A fleet zone that works in a sheltered harbor collapses during a nor'easter when fetch runs 200 miles unimpeded. The difference isn't storm intensity ...
Introduction: The Problem of Asymmetric Coastal DemandCoastal fleet operators face a unique challenge: demand is rarely steady. Unlike inland logistic...
If you run a fleet along a dynamic shoreline—think tidal estuaries, barrier islands, or deltas—standard demand-responsive dispatch logic will slowly b...
If you've deployed standard microtransit algorithms on a coastal service area, you've likely watched your fleet pile up at the wrong end of the beach ...
Barrier islands are not just geography quirks—they are stress tests for demand-responsive fleet logic. When you drop a mainland dispatch model onto an...