Edge-Deployed Partner Relationship Management for Distributed Telecom Field Operations

Abstract

Distributed telecom field operations, spanning rural towers, customer premises, underground infrastructure, and disaster-affected areas, contend with intermittent or absent connectivity that a centralised cloud-only Partner Relationship Management (PRM) platform cannot serve. Field engineers, partner technicians, and service contractors need to access customer records, equipment configurations, partner authorisations, work orders, inventory status, and technical documentation whether the network is available or not. This paper proposes an edge-deployed PRM architecture in which core field workflows execute locally on ruggedised edge nodes, the central PRM platform remains the authoritative system of record, and an event-driven synchronisation fabric bridges the two. The paper contributes: a five-criteria classification method for deciding which capabilities are offline-essential, a three-class data-ownership taxonomy (field-owned append-only, central-owned read-at-edge, leased single-writer) that governs how concurrent writes are resolved, a version-based synchronisation protocol with idempotent event processing, and a reconnection-storm handling design that combines controlled recovery windows, incremental event replication, and adaptive exponential backoff with jitter. A pilot deployment across 50 field sites, 320 edge devices, 180 partner organisations, and more than 850 field engineers processed over 120,000 work orders and 2.8 million synchronisation events. The pilot demonstrated a 21% increase in tasks completed per shift, a 32% reduction in incident response time, a 41% reduction in data-entry errors, a 99.3% synchronisation success rate, 94% of conflicts resolved automatically, and an increase in partner satisfaction from 4.0 to 4.6 on a 5-point scale.