HomeHow it works

The process

From event detection to human action.

A structured, transparent process to turn raw emergency data into clear, understandable alerts — in your language, for your location.

Design principle

Every alert answers five questions.

An alert is only useful if people understand it and know what to do. Alarms Network designs every alert to answer these five questions — always.

What?
The event
Earthquake M 6.1 · Wildfire · Flood warning
Where?
The location
Specific region · Distance from you · Affected zones
When?
The timing
Detection time · Issue time · Expected duration
How serious?
The severity
Critical · Warning · Advisory · Information
What now?
The action
Drop Cover Hold On · Evacuate · Monitor

Step by step

Six steps from event to action.

This pipeline is how raw emergency data becomes a clear, actionable alert in a person's hands — in the right language, at the right moment.

Step 01
Detect

Emergency monitoring systems, sensor networks, and authoritative data sources feed information into the platform. This includes seismic networks, weather monitoring, hydrological sensors, satellite feeds, government alert systems, and verified reporting channels.

Seismic networks
Earthquake and volcanic activity detection from global seismographic networks
Meteorological feeds
Weather monitoring data from national meteorological services
Government feeds
Official public warning system outputs and emergency declarations
Hydrological data
River levels, flood gauges, and storm surge monitoring
Step 02
Verify

Raw data is evaluated, validated, and classified. Information is assessed for source credibility, cross-referenced where possible, and assigned a hazard type and initial severity classification. This step is critical to preventing false alarms and maintaining platform trust.

Source credibility
Weighting data based on source reliability and official authority
Cross-referencing
Confirming events against multiple independent sources where available
Classification
Assigning hazard type, sub-type, and structured event data
Deduplication
Preventing duplicate alerts for the same underlying event
Step 03
Localize

The geospatial engine determines affected geographic areas: impact zones, advisory zones, and population areas that may be at risk. This is matched against user locations — current position, saved home, work, and travel destinations — to determine relevance.

Impact zone mapping
Calculating primary affected areas based on event parameters
User location matching
Matching affected areas against current and saved user locations
Relevance filtering
Only alerting users with meaningful geographic relevance
Travel destination check
Monitoring destinations users are travelling to or through
Step 04
Translate

Emergency information is rarely understandable in its raw technical form. The localization engine transforms structured alert data into clear, human-readable messages in the user's preferred language — applying consistent terminology, appropriate urgency tone, and accessible language standards.

Language adaptation
Converting technical data into user's preferred language
Plain language
Removing jargon and applying accessible language standards
Consistent terminology
Standardized hazard terms across languages and regions
RTL support
Right-to-left language support including Arabic
Step 05
Alert

The alert is delivered through appropriate channels based on severity, user preference, and available delivery methods. Critical life-safety alerts are treated differently from advisory or informational updates — both in content and delivery priority. Marketing content is never mixed with emergency alerts.

Severity-appropriate delivery
Critical alerts use distinct visual, audio and priority patterns
Channel selection
Mobile push, web, and future SMS / email / voice channels
Anti-fatigue design
Grouping related events, avoiding duplicate notifications
Strict separation
Emergency alerts never combined with marketing communications
Step 06
Act

The alert doesn't end with the notification. The full alert view provides clear, specific guidance on recommended actions. Links to official sources are provided. Updates to the event are tracked and surfaced as the situation evolves.

Specific guidance
Concrete recommended actions for each hazard type and severity level
Official source links
Direct links to authoritative emergency management sources
Event timeline
Live updates as the situation evolves, with timestamps
Resolution status
Clear signalling when a threat has passed or been downgraded

Example alert

What a complete alert looks like.

An illustrative example of how Alarms Network presents a complete event — all five questions answered with a live timeline.

Tsunami · Pacific Region
Tsunami Warning
Warning
Triggered by
Earthquake M 7.4
Location
Pacific Ocean · offshore
Detected
14:32 UTC
Estimated wave height
1–3 metres
Affected area
Coastal zones — eastern Pacific
Source
PTWC · Verified
Recommended action
Move to higher ground or inland immediately. Do not wait for visible signs of tsunami. Follow evacuation routes. Stay away from the coast until an all-clear is issued by official authorities.
Event timeline
14:32 UTCEarthquake M 7.4 detected — Pacific region
14:35 UTCPTWC initiates tsunami evaluationUpdate
14:37 UTCTsunami warning issued — coastal zones Eastern Pacific
14:55 UTCWave arrival estimates updated — coastal sensors confirm activityUpdate
16:40 UTCAll-clear issued by PTWC — threat has passedResolved

Illustrative example only. Does not represent a real event.

Design principles

Why this approach matters.

Alert fatigue is real
Too many irrelevant notifications cause people to ignore alerts — including critical ones. Alarms Network filters by location and groups related events to reduce unnecessary noise.
Context is safety
Knowing that there was an earthquake is not enough. Knowing where, how strong, whether it affects your location, and what to do — that is what matters.
Language is access
Receiving an alert in a language you don't understand is functionally the same as receiving no alert. Multilingual delivery is a fundamental design requirement.
Trust through transparency
Every alert includes source attribution, timestamps and severity rationale. Users should never receive an alert and wonder where it came from.
No marketing in emergencies
Life-safety alerts are never mixed with promotional content. The design and behavior of a critical alert is reserved exclusively for critical events.
Accessible by default
Emergency information is designed to reach people of different abilities, reading levels, and device types. Severity is never communicated by color alone.

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