See Every Sensor.
Catch Every Anomaly.

Every Reading Type. One Unified View.

Electricity voltage, water pressure, gas concentration , different utilities generate fundamentally different data with different units, different safety thresholds, and different regulatory implications. A chlorine residual dropping below the parametric value under EU Drinking Water Directive (EU 2020/2184) triggers national authority notification. A gas concentration rising above 20% LEL is a life-safety emergency requiring 112 emergency services notification. A power factor below 0.90 triggers reactive energy penalties under most European tariff structures. Argus normalises it all into a unified dashboard while preserving the domain-specific context each utility type demands , correct units, correct thresholds, correct regulatory citations, correct alarm escalation paths.

Voltage, current, real and reactive power, power factor, and system frequency across your entire distribution network , from the TSO/DSO interface point through the primary substation bus to the last distribution transformer on the furthest LV feeder. Transformer loading trends that predict thermal overload 4-6 hours before IEC 60076 emergency ratings are exceeded. Capacitor bank switching status and reactive power flow that affect your TSO reactive energy penalty. Feeder recloser and sectionaliser operations that indicate temporary faults before they become permanent outages , all monitored against EN 50160 voltage quality requirements.

Pressure, pH, chlorine residual, turbidity, and flow rates across treatment works, distribution mains, pump stations, and service reservoirs , with every compliance-critical parameter flagged against EU Drinking Water Directive (EU 2020/2184) parametric values and national transposition requirements. When turbidity at the filter effluent trends above 0.15 NTU (filter breakthrough warning threshold), Argus alerts the operator before the 1.0 NTU parametric value is breached. When chlorine residual at a dead-end main drops below the minimum operational threshold, a flushing work order auto-generates before a compliance breach triggers national authority notification.

Methane concentration, line pressure, leak detection sensor arrays, cathodic protection rectifier output, and equipment fault monitoring across your entire distribution network. Every threshold is calibrated against national gas safety regulations transposing the EU Gas Directive (2009/73/EC), Marcogaz safety recommendations, and EN 15001 gas installation standards , not generic alarm defaults. A methane concentration rising above background triggers investigation at 5 PPM; it triggers evacuation protocols at 20% LEL (1% methane in air). Argus understands the difference between a nuisance alarm and a life-safety event, and it escalates accordingly through 112 emergency services integration.

The European Process Safety Centre and IEC 62682 research confirms that alarm floods contribute to 20-30% of industrial incidents. IEC 62682 (Management of Alarm Systems for the Process Industries) establishes benchmarks: a well-managed system should average fewer than 6 alarms per 10-minute period during normal operations and no more than 10 per 10-minute period during abnormal conditions. Most European DSO SCADA systems exceed these benchmarks by 5-10x because every threshold was configured by a different engineer over the past 20 years without a unified alarm philosophy. Argus provides IEC 62682-aligned alarm rationalisation, correlation, suppression, and prioritisation , so your operators focus on the 5% of alarms that require action, not the 95% that are noise.