Routesare

Routesare is a concept in routing theory and software design that describes a design principle in which routes are treated as first-class data objects rather than mere outputs of an algorithm. In practice, routesare encourages storing, modifying, and comparing routes within applications. It is not a formal standard, and the term is used informally in discussions about route-centric architectures.

At its core, routesare promotes representing a route as a structured object. This typically includes a sequence of waypoints or segments, attributes such as distance and time, and metadata like traffic conditions or reliability. The approach supports composing routes from subroutes and applying constraints without recomputing from scratch.

Architectures aligned with routesare separate the data model from computation. A route model defines the data schema, while a planning engine performs pathfinding and optimization using algorithms such as Dijkstra, A*, and multi-criteria search. Interoperability is supported by adopting common formats for routes and by allowing extensions with custom attributes.

Common use cases include navigation apps, logistics and delivery planning, public transit scheduling, and emergency-response simulations. Representing routes as objects enables easy persistence, sharing, and analytics, while enabling components to reuse and compare routes across sessions and datasets.

Status and reception: routesare remains a conceptual term rather than a formal project or standard. It appears primarily in discussions of data-modeling practices for routing and in exploratory research into route-centric architectures. Related topics include route planning, graph theory, and transportation data formats.