The AMI platform validates, estimates, edits, trends.
Operators responsible for utility water meters, mixed-brand installed meters, tenant submeters, consumption intervals, and billing exceptions cannot continuously inspect every operating condition or developing fault. Periodic checks leave gaps between readings, while isolated local indicators provide limited history and context. A late response can cause downtime, safety exposure, equipment damage, or incomplete compliance evidence. Teams need timely measurements, clear exceptions, and a defined operating response.
Connected Water Meter Reading and Submetering combines installed sensing and application software to gateways collect pulse, M-Bus, wireless M-Bus, Modbus, UNE, Severn Trent, and analog meter records. The AMI platform validates, estimates, edits, trends, and consolidates consumption records while exposing alarms and APIs. Operators use the resulting dashboard, alert, or workflow to resolve missing reads, detect unusual consumption, prepare accurate billing, and target network or tenant investigations. This creates a repeatable response to the identified physical operating condition.
A team identifies the monitored assets and operating objective, installs the required components, and configures users, thresholds, schedules, or rules. During operation, the system gateways collect pulse, M-Bus, wireless M-Bus, Modbus, UNE, Severn Trent, and analog meter records. It applies local or hosted logic so that the AMI platform validates, estimates, edits, trends, and consolidates consumption records while exposing alarms and APIs. The application presents the relevant state, history, exception, or recommendation. Operators and managers resolve missing reads, detect unusual consumption, prepare accurate billing, and target network or tenant investigations, then review recurring patterns to improve the operating process.
Vendor documentation: vendor website
Evidence level: L3 · Case-documented: how evidence levels work
Gateways collect pulse, M-Bus, wireless M-Bus, Modbus, UNE, Severn Trent, and analog meter records
Datakorum gateways use NB-IoT or LTE-M to carry field readings and commands between distributed infrastructure and the central management platform
The AMI platform validates, estimates, edits, trends, and consolidates consumption records while exposing alarms and APIs
Resolve missing reads, detect unusual consumption, prepare accurate billing, and target network or tenant investigations
Designed for water utilities, property operators, commercial sites, and industrial facilities modernizing existing meters without wholesale replacement. This workflow supports distributed operational sites
Authorized users can review current status, history, and operating exceptions
Attributes fewer than 20% of comparable Energy & Utilities listings share:
Málaga's municipal water company automated daily remote reading without replacing its existing UNE meter fleet.
TAQA distribution companies connected 70 meter models from 35 manufacturers
Ask the AI Solution Architect: compare this solution against alternatives, check connectivity for your region, and get integration guidance. Included with IoT Apps Enterprise.
Fit, availability or a detail on this page. Goes straight to Datakorum, no project needed.
The AMI platform validates and organizes readings, trends consumption, raises exceptions.
Central software authorizes, routes, records, and verifies bidirectional actions.
Management software maps availability, trends turnover and utilization.
The DLR application calculates current and forecast thermal ratings, utilization.
Thermal patterns are reviewed, classified, and tied to mapped modules or equipment.
Centralizes plant data, creates synoptic views and rules.
TRUGrid Reliability and Transformer analytics identify anomalies.
The Holley prepayment system validates vending rules, manages tariffs and authorization.
