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Insights on industrial performance, data, and digital operations

Read focused posts on how industrial organizations use data, software, and connected systems to improve efficiency, reduce risk, and make better operational decisions

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Engineer assessing legacy SCADA hardware, control cabinets, wiring, and system dependencies before modernization

Legacy SCADA assessment and modernization priorities

Assess operational risks, recovery readiness, supportability, security, and hidden dependencies before deciding whether to retain, extend, upgrade, or replace a legacy SCADA system.

Discover how to assess legacy SCADA risks and set modernization priorities

Web-based SCADA vs traditional SCADA: selection criteria

Compare web-based and traditional SCADA beyond the operator interface. Explore architecture, deployment, security, remote access, resilience, control boundaries, and lifecycle requirements to choose the right approach for your industrial environment.

See Which SCADA Architecture Fits Your Plant’s Requirements

Industrial standards for energy monitoring and power quality

A practical map of the ISO, IEC, and IEEE standards that govern industrial monitoring platforms, showing what each one requires you to measure, store, and report, and how to read them as a functional specification.

See what ISO, IEC and IEEE standards require industrial monitoring platforms to measure, store, integrate and report.

Industrial engineer monitoring real-time energy data and facility performance dashboards on control room screens

Energy management system vs energy monitoring system: what is the difference?

A practical comparison of energy monitoring systems and energy management systems, including demand response, time-of-use tariffs, SCADA, BAS, digital twins, and energy optimization.

Energy Management vs Energy Monitoring: What Changes?

Industrial energy management operator monitoring real-time energy consumption dashboards in a facility control room

What is an energy management system (EMS)?

A practical guide to industrial energy management systems, including EMS architecture, SCADA, MES, ERP integration, EnPI tracking, demand management, and ISO 50001 reporting.

Industrial Energy Management System: Complete EMS Guide

Industrial facility engineer reviewing energy performance indicators on a laptop in a control panel room

Energy Performance Indicators (EnPIs): a practical guide aligned with ISO 50006

EnPIs normalise energy use against production volume, temperature, and load patterns — so you can separate genuine efficiency gains from operational noise. This guide covers the ISO 50006 methodology and a practical 6-step implementation path.

Energy Performance Indicators, explained: how to normalise, baseline, and measure what actually changed

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