OUR ULTIMATE SMART GRID & UTILITIES

Our vision is to revolutionize the way electrical power, water, and gas distribution systems are integrated and smart metering data is acquired, enabling seamless interaction between edge utility assets and enterprise management platforms. By providing real-time data collection and analysis, our platform allows utility providers to track distribution losses, monitor power quality, and optimize feeder operations efficiently.

Key Features

Advanced Metering (AMI)

Cellular NB-IoT, LTE-M, and RF Mesh smart meter readers delivering 15-minute load curves and power quality.

Substation Automation

IEC 61850 GOOSE telemetry, digital protection relays, and continuous transformer health monitoring.

Self-Healing FLISR Networks

Fault Location, Isolation, and Service Restoration algorithms autonomously rerouting feeder loads in milliseconds.

AT&C Loss Reduction AI

Energy balance reconciliations across distribution transformers identify power theft and phase imbalance.

Unified Utility Mission Control

A unified platform bringing AMI head-end data, substation RTUs, and GIS feeder topology onto a single transparent cockpit.

Join us in building the future of resilient energy distribution and smart grid infrastructure. Explore our platform to integrate, manage, and analyze utility meter data, and be part of a larger network of forward-thinking energy providers.
Smart Grid & Utilities - Powering Resilient Energy Infrastructure

Smart Grid Electrical Distribution Infrastructure and Field Telemetry

Open Standards & Grid-Grade Telemetry Interoperability

Architected for high-density utility field operations, strict NERC CIP cyber-compliance, and universal meter interoperability

Vendor lock-in is a primary obstacle for power utilities. Mirach Head-End System (HES) and smart meter communication adaptors strictly adhere to open standards, ensuring plug-and-play interoperability across any DLMS/COSEM compliant single-phase, three-phase, or CT/PT commercial meter.

Meter data profiles, real-time power outage alarms (last-gasp packets), and voltage sags are seamlessly bridged into utility Meter Data Management Systems (MDMS) and Distribution Management Systems (ADMS/GIS) via CIM (IEC 61968/61970) standard APIs.

DLMS / COSEM (IEC 62056) Compliant IEC 61850 Substation GOOSE / MMS NERC CIP & ISO 27001 Cybersecurity DNP3 Secure & IEEE 2030.5 DER Cellular NB-IoT / 4G LTE-M / Wi-SUN IEEE 1588 Precision Time Protocol

Hardware-enforced secure elements and end-to-end AES-128/256 Galois/Counter Mode (GCM) encryption safeguard the transmission grid against spoofing, packet injection, and unauthorized remote disconnect commands.

Autonomous Grid Optimization Workflow

From AMI edge telemetry ingestion to dynamic load shedding and millisecond-level feeder auto-restoration

STEP 01

Sub-Second Edge Telemetry

Smart meters, reclosers, and substation RTUs continuously ingest active and reactive power, harmonics, phase voltage, and tamper telemetry.

STEP 02

AI Topology & Loss Detection

Cloud and edge AI engines compute real-time state estimations, detecting high-impedance faults, phase unbalances, and commercial theft anomalies.

STEP 03

FLISR Auto-Switching & Billing

Sub-second feeder switches isolate faults and restore power to healthy segments, while verified billing curves sync into MDMS for automated revenue collection.

Utility Economics & Reliability ROI

Proven grid reliability enhancements, revenue protection, and carbon footprint reduction

Utility Operational Benchmarks

  • SAIDI / SAIFI Outage Duration: 64% Outage Reduction
  • AT&C Commercial & Technical Losses: 14% to 22% Reduction
  • AMI First-Pass Read Success Rate: 99.8% Read Reliability
  • Distribution Transformer Protection: 85% Failure Prevention

ADMS, GIS & MDMS Ecosystem

Native integration across standard utility operational management platforms:

Schneider Electric ADMS GE Vernova e-terra Siemens Spectrum Power Oracle Utilities Meter Data (MDMS) Landis+Gyr Gridstream Itron OpenWay Riva