Turn Alarm Floods Into Actionable Intelligence.
Brains classifies, localizes, and prioritizes every alarm against your facility's engineering model — turning alarm floods into actionable intelligence your operators can trust. ISA 18.2 compliant. Context-driven. Not just another alarm management dashboard.
Book a DemoYour Operators Need Fewer Alarms. Not More Dashboards.
Alarm fatigue kills operational effectiveness. When your control room receives 500+ alarms per day, operators stop responding to individual alerts and start filtering by instinct. Brains replaces instinct with engineering context — classifying every alarm against the equipment, process state, and safety architecture it relates to
The Intelligence Layer Between Alarm Noise & Operator Action.
Ingest & Cleanse
Harmonizes alarms from multiple systems — DCS, SCADA, fire & gas, ESD — into a single normalized stream. Removes noise from moisture, temperature fluctuations, and electrical interference. Cleans the signal before the analysis begins.
Contextual AI
Links each alarm to its equipment, process state, historical patterns, and probable causes through the Contextual Graph. An alarm on TT-4021 isn't just a temperature alert — it's a temperature alert on the overhead vapor line of Column C-301, which has a design limit of 350°C and feeds Condenser E-302.
Prescriptive Insight
Delivers targeted, actionable insights to operators — not just "alarm active" but what caused it, what's affected, what's likely to happen next, and what action to take. Speeds up response. Improves consistency. Eliminates the guesswork that alarm fatigue creates.
False Alarm Suppression
Filters nuisance alarms caused by environmental noise, sensor drift, and transient conditions. Your operators see the alarms that require action — not the ones that resolve themselves in 30 seconds. Alarm count drops. Signal quality rises.
Alarm Sequence Prediction
Identifies alarm sequences that historically precede failures or process upsets. When Brains sees the first alarm in a known sequence, it alerts your operators to what's coming — before the cascade reaches the control room.
Dynamic Root Cause Mapping
When multiple alarms fire simultaneously, Brains traces them back to a common root cause through the Contextual Graph. Your operators see one root cause, not twelve symptoms. Response time drops from hours of investigation to minutes of confirmation.
Ingest & Cleanse
Harmonizes alarms from multiple systems — DCS, SCADA, fire & gas, ESD — into a single normalized stream. Removes noise from moisture, temperature fluctuations, and electrical interference. Cleans the signal before the analysis begins.
Contextual AI
Links each alarm to its equipment, process state, historical patterns, and probable causes through the Contextual Graph. An alarm on TT-4021 isn't just a temperature alert — it's a temperature alert on the overhead vapor line of Column C-301, which has a design limit of 350°C and feeds Condenser E-302.
Prescriptive Insight
Delivers targeted, actionable insights to operators — not just "alarm active" but what caused it, what's affected, what's likely to happen next, and what action to take. Speeds up response. Improves consistency. Eliminates the guesswork that alarm fatigue creates.
False Alarm Suppression
Filters nuisance alarms caused by environmental noise, sensor drift, and transient conditions. Your operators see the alarms that require action — not the ones that resolve themselves in 30 seconds. Alarm count drops. Signal quality rises.
Alarm Sequence Prediction
Identifies alarm sequences that historically precede failures or process upsets. When Brains sees the first alarm in a known sequence, it alerts your operators to what's coming — before the cascade reaches the control room.
Dynamic Root Cause Mapping
When multiple alarms fire simultaneously, Brains traces them back to a common root cause through the Contextual Graph. Your operators see one root cause, not twelve symptoms. Response time drops from hours of investigation to minutes of confirmation.
An operator receiving hundreds of alarms per day doesn't have an alarm problem. They have a context problem. Every alarm means something — but only if you know what equipment it's on, what process state the plant is in, and what happened the last five times that alarm fired.
Frequently Asked Questions
Common questions about alarm intelligence.
ISA 18.2 is the international standard for alarm management in process industries. It defines how alarms should be designed, implemented, monitored, and maintained to prevent alarm floods and ensure operator effectiveness. Regulatory bodies and industry best practices increasingly require ISA 18.2 compliance. Brains' alarm intelligence module is built to this standard — classifying, prioritizing, and rationalizing alarms against your facility's engineering model.
Every alarm is linked through the Contextual Graph to the equipment it monitors, the process it belongs to, the safety barriers that protect it, and the historical alarm patterns associated with it. When alarm TT-4021 fires, Brains doesn't just show the tag and value — it shows the column, the process conditions, the design limits, and the recommended response based on previous occurrences.
Yes. Brains ingests alarms from DCS, SCADA, fire and gas systems, and emergency shutdown systems — harmonizing them into a single normalized stream. Different alarm formats, different tag naming conventions, different priority schemes — all unified into one contextual alarm model.
Brains analyzes historical alarm data to identify sequences — patterns of alarms that consistently precede failures, process upsets, or safety events. When the first alarm in a known sequence fires, Brains alerts your operators to the predicted progression and recommended preemptive action. Your team responds to the pattern, not to individual alarms.
A SAGD facility was generating 772 alarms per day — far exceeding the ISA 18.2 recommended target and overwhelming control room operators. Brains classified, localized, and prioritized each alarm against the facility's engineering model, reducing effective alarm load to actionable events only. The deployment was documented in a Harvard-style case study published by IIM Bangalore.
Ready to Turn Alarm Floods Into Actionable Intelligence?
Connect your alarm data. See every alarm classified, contextualized, and prioritized against your facility's engineering model — ISA 18.2 compliant, from day one.
- Classify and prioritize every alarm against your engineering model.
- Suppress false alarms caused by noise, drift, and transient conditions.
- Predict alarm sequences before the cascade reaches your control room.
- Trace simultaneous alarms to a single root cause in minutes.
- Deploy ISA 18.2 compliant alarm management across your facility.