TWO FIVE ZERO MILE

Brand	Owner	Address	Description
250 A MILE	250 A Mile, Inc.	100 N. Barranca St. West Covina CA 91791	TWO FIVE ZERO A MILE; TWO HUNDRED FIFTY AMILE;Transportation logistics services, namely, arranging the transportation of goods for others by providing information to truckers and other transportation companies about available loads for carriage; transportation logistics services, namely, arranging the transportation of goods for others and planning and scheduling shipments for users of transportation services; arranging for pickup, delivery, storage and transportation of documents, packages, freight and parcels via ground and air carriers; geolocation services, namely, computerized tracking and tracing of packages in transit to ensure on-time delivery for business purposes; tracking vehicles for business purposes; supply chain management services;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Last mile computing is a cost effective system and method for delivering subscription based multimedia computing, wherein processing is done at network edge and the computed multimedia information is transported over light to be presented on remote end devices. The network edges can include a campus data center location, a metro data center location, a rural data center location, and a traditional telecommunication central office location. The computed multimedia information can deliver data, voice and video services. The last mile computing system enables subscribers to choose and perform last mile computing in a plurality of operating system environments: the system's native master operating system environment; Microsoft operating systems environments; Apple-Macintosh operating systems environments; Unix and Linux operating systems environments; and in any other commercially available Legacy operating systems environments. All last mile computing systems are interconnected in a local domain architecture and all local domains in turn are interconnected in an inter domain architecture over optically enabled communication networks. Such interconnected last mile computing domains provides a means for delivering last mile services ubiquitously. Subscribers can request last mile services from any last mile computing system regardless of their home location.