Anticipate
We integrate sensors, official sources and territorial data to detect changes and prioritize risks.
- ✓Integrated sources and sensors
- ✓Georeferenced monitoring
- ✓Scenarios and exposed areas
EARLY WARNING SYSTEMS · ENGINEERING & INTEGRATION
We anticipate risk.We connect information.We activate response.
We engineer and integrate monitoring, communications, warnings and automation to protect people, infrastructure and operational continuity.
CAP 1.2API INTEGRATION4G / VHFTRACEABILITY
TECNOLOGÍA EN CAMPO
Construimos hoy la infraestructura que protege el mañana.
Diseñamos, instalamos e integramos Sistemas de Alerta Temprana adaptados al territorio, llevando la tecnología del diseño a la operación real.
RESILIENT OPERATIONS · 24/7
SAT OPERATIONS
Anticipate, warn and act as one system
Every stage connects information, decisions and accountable teams with end-to-end operational traceability.
Earthquake EWS
Receive, validate and immediately disseminate seismic warnings linked to local protocols.
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Tsunami EWS
Zoned monitoring and warnings for coastal communities, ports and exposed assets.
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Flood EWS
Levels, vulnerable areas and multi-channel communications for flood response.
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Multi-hazard EWS
One operational environment for hazards, devices, zones and response protocols.
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Intelligent dissemination
Audible, visual and digital messages targeted by location and exposure level.
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Warn
We validate the event and deliver targeted messages by radio, sirens, messaging and digital channels.
- ✓Operational validation
- ✓Messages by zone and profile
- ✓Delivery and confirmation records
Act
We activate protocols, coordinate owners and verify every action from one operational environment.
- ✓Predefined protocols
- ✓Equipment automation
- ✓Monitoring and traceability
REAL IMPLEMENTATION
Systems installed and verified in the field.
Every project integrates warning infrastructure, power, communications and local coordination. These photographs document real deployment, inspection and operational-validation work.
SEISMIC WARNING · HOW IT WORKS
How does earthquake early warning work?
The system detects the P wave, processes the event within seconds and disseminates the warning before the strongest shaking arrives.
EPICENTERunderground1 · Sensors detect the P wave2 · Processing centerP WAVE≈ 6 km/s · arrives firstS WAVE≈ 3.5 km/s · strong shaking
SIRENSSCHOOLSHOSPITALSMETRO
P WAVE≈ 6 km/s · arrives firstS WAVE≈ 3.5 km/s · strong shaking
1 · Sensors detect the P wave → 2 · Processing center → SIRENS · SCHOOLS · HOSPITALS · METRO
- 1The earthquake begins
Fault rupture generates seismic waves at the source.
- 2The P wave is detected
Sensors register the first signal almost immediately.
- 3The event is processed
The system estimates location, magnitude and expected shaking.
- 4The warning is disseminated
Sirens, schools, hospitals and metro systems receive the warning and activate protocols.
Technology that saves lives.TECHNOLOGY PLATFORM
One platform to manage multiple hazards
Centralize warnings, devices, zones, communications, users, information sources and automated actions in one operational environment.
◉Connected sources⌖Monitored zones⌁Available channels
◉Real-time monitoring⌖Territorial management◫Zone-based activation↗CAP 1.2 compatibility⌁API integration✓Event traceability
Technology integrated with specialized manufacturers
We integrate specialized technology to develop solutions adapted to each project.
Early Warning System technology manufacturer
Structured cabling
Networking and routing
Network infrastructure
Servers and computing
Power and infrastructure
Professional audio
Compact computing
Power and backup
Professional radio
Antennas and communications
Satellite connectivity
Industrial networks
Power supplies
Photovoltaic power
Power conversion
Automation and IoT
Digital broadcasting
Metal infrastructure
Cabinets and infrastructure
Outdoor infrastructure