Verizon optimized technician home bases instead of just routing trucks

Telecom field work depends on work centers that park vehicles, stage tools and parts, and serve as home bases for installation and repair crews. Those sites are expensive, and their locations quietly shape every service call.

Verizon's analytics and real-estate teams built an optimization process for where to locate work centers and how to assign technicians while preserving service levels. The point was not only to shorten routes, but to redesign the fixed network from which routes start.

The published Interfaces article reports that implemented optimized results gave Verizon significant savings compared with current operations, and it documents the practical lessons of making facility-location math usable inside a large telecom operator.

Move the bases, not just the routes

It attacked a slower, structural decision that daily dispatch tools inherit.

The model connected real estate and workforce planning, two budgets often optimized separately.

It kept service levels explicit, so savings did not come from simply stretching response times.

If every daily route starts in the wrong place, route optimization only polishes a bad network design.

The case became a reference for dynamic facility-location work in delivery and service networks. Later papers cite it as a practical example of using mixed-integer and network optimization for operating-footprint design.