Bring accurate locations, network relationships and operational impact analysis together.
GIS is built into UMARP’s workflows. Viewing assets, customers, work orders, metering areas and investments in their geographic and network context gives your organization a clear picture of operations.
Each UMARP component governs its own business data: customers and revenue, asset life cycles, fieldwork, meter readings or finance. GIS adds the location and network context needed to understand how those records relate to the physical system.
A pipe, valve, transformer or meter point has more than an asset number. It has a location, network connections and a service area. Field teams, customer service, asset managers and finance can therefore work from the same physical network model.
Preserving network knowledgeWhen location knowledge stays with individuals or in separate drawings, it is easily lost. GIS turns that knowledge into shared, current operational data.
Manage pipes, valves, stations, transformers, meter points and other field assets with coordinates, layers, geometry and attributes. Each mapped object shares its identity with EAM and operational records.
Validate connections between lines, nodes, valves, feeders, zones and stations. Use that topology to analyze isolation plans, pressure zones, outage areas and impacts on critical facilities.
Assess which lines, customers, metering areas and critical facilities a fault could affect. Prioritize response based on the wider service impact as well as the reported location.
Link field photos, coordinates, measured quantities and supporting evidence to GIS layers. Verify new construction, maintenance and repairs against the map to reduce differences between records and site conditions.
Overlay fault concentrations, collection performance, losses, work order demand and investment priorities. Managers can see where issues cluster rather than infer locations from report rows.
Standardize addresses, neighborhoods, DMAs, transformer service areas, pressure zones and operating regions. Shared definitions reduce reconciliation and reporting effort across CIS, MDM and FOM.
Accurate GIS locations and topology support asset identification in EAM, work assignment in FOM, metering-area analysis in MDM and address quality in CIS. Geographic data becomes part of the workflow itself.
Assess leak reports, emergency responses and isolation plans against valve, regulator, pipeline and customer connections. Understand the geographic impact before crews are dispatched.
Explore natural gas → Water and WastewaterManage water and wastewater topology, DMA design, targeted leak investigations and MAKS-compatible addresses together. Monitor regional performance on the map.
Explore water and wastewater → ElectricityAnalyze feeders, transformer service areas, outage footprints and service quality geographically. Track continuity objectives by region.
Explore electricity →We can review your maps and data sources, asset location accuracy, topology, field verification workflows and links to EAM, FOM, MDM and CIS.