PREVENT // FIRE_MITIGATION

EmberSense Fire Detection

Algorithmic early-fire detection. The ultimate water conservation.

A massive blaze doesn't just destroy infrastructure; it requires millions of gallons of municipal water to suppress. EmberSense is an enterprise-grade IoT fire mitigation array. Rather than waiting for smoke to hit a ceiling alarm, our nodes detect the specific Volatile Organic Compounds (VOCs), CO₂ spikes, and thermal variances of pre-ignition biomass decomposition—identifying threats hours before an open flame ignites.

EmberSense Fire Detection

Protect Your Legacy. Before the Flame.

By the time a standard smoke detector beeps, your home is already burning. EmberSense protects your family and your estate by literally 'smelling' an electrical short behind the wall or a smoldering log on your property line before it catches fire. It gives you the ultimate luxury: time to react.

Hardware Architectures

Select the deployment configuration required for your infrastructure.

Quad-Sensor Array
EmberSense Pro

EmberSense Pro

The ultimate fail-safe. Features a Non-Dispersive Infrared (NDIR) CO₂ sensor alongside MEMS Temperature, Humidity, and Barometric Pressure sensors to algorithmically filter out false-positives from weather fronts. Configured via NFC & USB-C. IP65 rated.

Extended Range Array
EmberSense Compact

EmberSense Compact

Designed for extreme environments. Features an extended-range CO₂ module capable of reading up to 10,000 ppm, alongside high-precision Temp and Humidity tracking. Encrypted Bluetooth 5.0 configuration. IP66 rated for severe outdoor exposure.

Granular System Deployment.

Legacy solutions treat your property as a single blind block. You define the specific operational zones; the OS enforces them.

Data Center Overheating

Detect the invisible off-gassing of melting wire insulation in an IT rack. The system alerts engineers to cut power to a specific rack hours before the servers ignite and trigger the facility sprinkler system.

Wildfire Perimeter Defense

Nodes deployed on a 250m grid along the edge of mountain estates detect the CO₂ and thermal signature of approaching wildfires. The OS autonomously triggers external rooftop sprinklers to soak the property before embers land.

Historic Estate Preservation

Protect priceless assets where water damage from a standard sprinkler system is just as devastating as fire. Catching the threat in the smoldering phase allows for localized, dry suppression.

Command & Control

Don't just watch your infrastructure. Command it.

LIVE_DATA_FEED
CO2_NDIR_READING420 PPM (NOMINAL)
THERMAL_VARIANCE+0.1°C/HR
BAROMETRIC_PRESSURE1013 hPa (STABLE)
TX_INTERVAL10 MIN (CONSERVING)
SMOLDERING_SIGNATUREDETECTED - ELECTRICAL

Active Parameters

Multi-Parameter Anomaly Logic

Triggers only when CO₂ spikes occur simultaneously with thermal increases and humidity drops. Barometric sensors filter out pressure drops from incoming rainstorms to eliminate false alarms.

Adaptive Transmission Intervals

Nodes conserve battery by reporting every 10-30 minutes. Upon anomaly detection, a downlink command instantly shifts the node into a 2-minute emergency pulse rate for high-resolution tracking.

Data Integrity Buffering

If network connectivity is lost during an event, nodes locally buffer up to 1,000 data entries and automatically blast the payload upon reconnection.

Technical Specifications

Institutional-grade hardware parameters.

Sensor Array Capabilities

  • CO₂ (NDIR): 400–10,000 ppm range (1 ppm resolution)
  • Temperature (MEMS): -40°C to +85°C accuracy (±0.2°C)
  • Humidity (MEMS): 0–100% RH non-condensing
  • Barometric Pressure: 300–1,100 hPa (Pro 4 Exclusive)
  • Algorithmic remote baseline adjustment and calibration via downlink

Network & Power Endurance

  • Massive 19,000 mAh ER34615 Li-SOCl₂ replaceable battery
  • Operational life: Up to 10 years at a 10-minute transmission interval
  • Protocol: LoRaWAN 1.0.2 / 1.0.3 Class A (OTAA/ABP)
  • Extreme Range: 10 km (Line-of-Sight) / 2 km (Dense Urban)
  • Global Frequency Bands: US915, EU868, AU915, AS923, IN865

Physical & Deployment

  • Ruggedized IP65 (Pro 4) and IP66 (Compact 3) enclosures
  • Over-the-Air (OTA) firmware updates via encrypted LoRaWAN downlink
  • Zero-disassembly field provisioning via NFC or Bluetooth 5.0
  • Hot-swap battery architecture allows field replacement without device decommissioning
  • Certified: CE, FCC, LoRaWAN Certified, RoHS

Require Complete Schematics?

Full API documentation, CAD models, wiring diagrams, and architectural integration guides are restricted to verified engineering and development teams.

Initiate System Audit

Submit your facility parameters below to request a custom deployment quote.