Top 10 Best Water Asset Management Software of 2026

InfoAsset Manager supports configurable asset classes for mains, valves, hydrants, pumps, tanks, and treatment assets. Users can store condition, failure, inspection, and intervention records against those classes. Asset criticality scoring helps utilities compare network components using consistent consequence and condition criteria.

Administration includes configurable forms, validation rules, reference data, and role-based access controls. The tradeoff is implementation effort because the data model and risk rules require careful design, testing, and ongoing governance. The software fits utilities consolidating GIS records, inspection evidence, and renewal planning across multiple service areas.

The data model supports parent-child asset relationships, location records, condition details, maintenance histories, and component records. Configurable rules can create recurring work from inspection findings, scheduled maintenance requirements, or asset status changes. GIS connections associate mapped infrastructure with service requests, inspections, and assigned work.

Infor Public Sector Asset Management does not replace hydraulic modeling, SCADA telemetry ingest, or specialized leak-detection analytics. A utility with established GIS, finance, permitting, and customer-service systems can use the product as a shared operational record for field maintenance and public-sector workflows.

Maximo Manage covers preventive maintenance, work order scheduling, inventory, purchasing, labor, inspections, and mobile field execution. Maximo Health applies asset health scoring and predictive models to maintenance records and sensor inputs. Maximo Monitor supports SCADA telemetry ingest and event-based monitoring when utility data is mapped into the suite.

The main tradeoff is deployment and governance complexity because the suite typically runs on Red Hat OpenShift and spans multiple applications. Water utilities can use it for pump, valve, treatment, and fleet maintenance, but hydraulic modeling and non-revenue-water accounting generally require external systems or custom integrations. Large utilities gain the most value when they need one controlled record across engineering, maintenance, stores, and field operations.

Hexagon HxGN EAM combines enterprise maintenance control with location-aware asset records, mobile execution, and configurable workflow governance. Core coverage includes preventive maintenance, work orders, inspections, inventory, procurement, labor, projects, and asset history.

REST APIs and integration services connect EAM records with ERP, GIS, and operational data sources, while role permissions and transaction history support governance. Water utilities can model pumps, treatment equipment, networks, and facilities, but hydraulic analysis and leakage analytics sit outside core EAM functions.

Cityworks manages water infrastructure through an ArcGIS-centered asset and work management environment. Its asset management modules connect GIS features to service requests, inspections, preventive maintenance, work orders, labor, materials, and cost records.

Mobile applications let field crews update statuses, measurements, notes, and attachments from job sites. REST APIs and configurable workflows support connections with enterprise applications and utility-specific operating procedures.

Brightly Asset Essentials targets water departments that need a configurable CMMS rather than hydraulic engineering software. Its distinct value lies in linking asset records, preventive maintenance, inspections, labor, inventory, and work orders in one operational workspace.

Mobile access, map-based asset views, dashboards, and configurable workflows support field execution and maintenance reporting. Hydraulic modeling, DMA analysis, acoustic leak detection, and detailed water-quality modules are not core capabilities, so specialized systems may be needed alongside it.

UpKeep takes a mobile-first CMMS approach, with QR and barcode scanning as a central feature for field maintenance teams. Asset records connect to work orders, preventive schedules, checklists, parts, labor, and inspection forms.

Technicians can create and update jobs from phones, while supervisors use calendars, dashboards, approvals, and configurable notifications. API access and integrations support business-system connections, but water utilities still need separate systems for network modeling, telemetry ingestion, and specialized regulatory workflows.

Fracta applies localized machine-learning models to water-main break risk instead of using a generic score across every utility network. The software combines utility records with pipe attributes and environmental data, then presents risk rankings through GIS maps and replacement scenarios. Fracta centers on buried water mains, while native work-order execution, broader asset coverage, and documented API controls receive less emphasis.

Cartegraph Asset Management organizes mapped water infrastructure, condition records, inspections, and maintenance history in a shared operational database. Its distinction is the connection between GIS-linked asset records, configurable field forms, and work management rather than native hydraulic analysis or telemetry processing. Mobile crews can update records, attach photos, record labor and materials, and create follow-up work from the field, while administrators configure workflows and reports.

OpenGov Cartegraph Asset Management suits public works and water departments that need GIS-linked asset records, inspections, and field work management in one operational system. Its distinct strength is the connection between map-based asset data, configurable inspection forms, and mobile updates for crews.

Water teams can manage hydrants, valves, pumps, tanks, and linear assets with preventive maintenance schedules, condition records, service requests, and work history. The product does not provide native hydraulic modeling, SCADA telemetry ingestion, or advanced water network analysis.