UNSPSC 81111701: Wide area network communications design

UNSPSC 81111701 Wide area network communications design, a Commodity code, encompasses the planning, architecture, and design work that state and local governments buy to modernize, migrate, or optimize their distributed network infrastructure—not the hardware or implementation itself, but the strategic engineering that precedes and guides deployment. Recent solicitations show this code active across utility authorities, school districts, counties, and state agencies pursuing migration from legacy systems to modernized platforms, with particular emphasis on data integration, security architecture, and operational continuity during transition.

State and local buyers under this code span a fragmented mix: Kissimmee Utility Authority issued RFP26028SH for comprehensive Utility Network Migration and Implementation Services (assessment, detailed migration planning, risk mitigation, data conversion strategy, system configuration design) with a June 12, 2026 deadline now passed; Jackson County School System in Georgia posted an RFP for Wide Area Network services covering design, engineering, and project management for leased lit fiber connectivity across 16 school sites, due November 3, 2026; Garland Independent School District and an unspecified Texas state entity both posted RFPs for MAN/WAN equipment and services due November 10, 2026; and the City of Orlando issued RFP26-0578 for design and installation of a Converged Network System at Camping World Stadium, due October 27, 2026, with mandatory pre-proposal conference on September 23, 2026. Geographic activity clusters in Florida, Georgia, and Texas, with secondary activity in California (Oregon Department of Administrative Services' Secure Services Edge RFP) and Kentucky (master agreements for network security). The code sees steady demand from education, utilities, local government IT operations, and specialized facilities requiring high-reliability network modernization on aggressive timelines and with tight security and operational constraints.