Multi-Protocol Device Connectivity
Native DLMS/COSEM, ANSI, and hardware-agnostic meter fleets at scale.
Smart Metering Solutions
Meter→ Data → Spatial Visibility — one accountable pipeline.
Smart metering isn't just about reading a meter — it's about turning every kilowatt-hour, liter, or cubic meter into clean, billable, auditable data without human intervention.
Head End System (HES) · Meter Data Management System (MDMS) · Geographic Information System (GIS)
Meters Connected
1.53 Lakhs
AMI Grid Sync Rate
99.998%
Connecting edge smart meters to central HES, MDMS, and GIS layers.
How It Works
How It Works as One System
Instead of stitching together disparate head-end software, validation tools, and standalone mapping utilities, utilities get a single accountable system that acquires, validates, bills, and spatially visualizes smart meter data at scale — with 85% fewer field truck rolls and 99%+ data and billing determinancy built in from day one.
At the foundation, the Head End System (HES) maintains secure, always-on communication with every deployed smart meter — regardless of manufacturer or protocol. It acquires interval data on schedule, issues remote commands, and pushes real-time alarms the instant a fault, outage, or tamper event occurs at the edge.
That raw telemetry flows directly into the Meter Data Management System (MDMS), where an automated Validation, Editing, and Estimation (VEE) engine fills communication gaps, flags anomalies for loss detection, and generates tariff-ready consumption records for billing systems.
Simultaneously, the Geographic Information System (GIS) overlays validated telemetry onto precise geographic maps — correlating meters to DTRs, feeders, and substations. When MDMS flags losses or outages, GIS maps exact coordinates and routes field dispatch actions back through HES.
The result is a unified platform: the physical meter, the validation engine, and the geographic asset map are natively connected.
System Flow: Edge → Spatial Enterprise
- 01Smart Meters (Field Edge)Multi-protocol handshake, schedules, alarms
- 02Head End System (HES)Raw interval telemetry & remote commands
- 03Meter Data Management (MDMS)VEE engine, estimation, tariff determinants
- 04Geographic Information System (GIS)Asset mapping, topology, spatial outage tracking
Targeted remote commands & outage dispatches
Key Capabilities
Unified enterprise feature set across HES, MDMS, and GIS.
Automated VEE Engine
Validation, editing, and statistical estimation on every interval read.
Spatial Asset Mapping (GIS)
Real-time mapping of meters to DTRs, feeders, and substations.
Remote Meter Command & Control
Disconnect, reconnect, firmware push, and config via HES — no truck roll.
Geospatial Loss & Theft Analytics
MDMS consumption cross-referenced with GIS feeder topologies.
Real-Time Alarm & Outage Mapping
Instant fault detection overlaid on operational maps for rapid dispatch.
Tariff & Billing Determinants
Validated consumption profiles ready for external billing interfaces.
Role-Based Access Across the Stack
Unified permissions spanning HES, MDMS, and GIS dashboards.
Who It's For
Built for utilities that need scale, accuracy, and spatial clarity.
Electric Distribution Companies
Challenge: Manual reads and delayed outage localization create revenue leakage. Solution: HES interval collection, MDMS VEE, and GIS transformer-level mapping highlight outages instantly.
Water & Gas Utilities
Challenge: Communication dropouts cause inaccurate billing and undetected leaks. Solution: MDMS estimation fills gaps while GIS pinpoints pipe bursts and bypasses spatially.
Smart Cities & Industrial Parks
Challenge: Multi-utility environments lack centralized spatial tracking. Solution: Protocol-agnostic HES consolidates devices into one MDMS instance on a single GIS master map.
Asset & Network Planning Teams
Challenge: Infrastructure expansion lacks spatial consumption insight. Solution: MDMS historical trends plus GIS overlays identify overloaded feeders for optimized upgrades.
Impact & Value
Measurable ROI across validation, field ops, and loss reduction.
99%+
Data validation accuracy — clean, auditable interval records
85%
Fewer field truck rolls via remote HES operations
Faster
Outage resolution through real-time GIS fault localization
Lower NTL
Non-technical loss reduction via GIS topology + MDMS analytics
Reduced
Customer disputes through transparent spatial & interval tracking
Lower TCO
Single-architecture integration across HES, MDMS, and GIS
Security & Compliance
Smart grid security aligned with utility-grade compliance.
Smart Grid Security Standards
PKI for device authentication and grid-aligned security posture.
End-to-End Encryption
Encrypted meter-to-HES telemetry transmission.
Zero-Trust Remote Commands
Secure disconnect, reconnect, and firmware execution paths.
Unified Role-Based Access
Permissions spanning HES, MDMS, and GIS layers.
Geospatial Regulatory Storage
Secure spatial data adhering to local geospatial mandates.
Deployment Models
Flexible models for utility operations centers and hybrid edge.
On-Premise Utility Operations Center
Complete local deployment across core HES, MDMS, and GIS servers.
Dedicated Utility Private Cloud
Scalable cloud-hosted data repository and spatial rendering layers.
Hybrid Edge Deployment
Local edge HES hardware with centralized cloud MDMS and GIS analytics.
Managed Utility SaaS
Fully managed HES, MDMS, and GIS hosting with updates, monitoring, and dedicated utility support.
Ready to deploy Smart Metering across your organization?
Share your operational context, integration requirements, and rollout timeline. We'll map how Smart Metering fits your stack.