Solutions Catalog

End-to-End IoT Solution for Environmental Monitoring

From sensors to dashboards — compare options, explore architectures, and jump into the solution that fits your use case.

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Solution Areas

Pick a solution below to see sensors, connectivity, and sample dashboards.

Water Quality

  • pH, EC, ORP, DO, Temp, etc.
  • Multi-Sensor compatibility
  • Solar/Battery + LoRaWAN/GSM
Open Water Solution→

Air Quality

  • PM2.5/PM10, CO, NO₂, O₃, etc.
  • Urban & industrial
  • Alerts + map views
Open Air Solution→

Feature Matrix

A quick side-by-side of what each solution includes by default.

FeatureWaterAirWildfire
Sensor TypespH/EC/ORP/DO/Water Temp/DCO₂/CO₂/Rüzgar hızı ve yönü/Temp/RHPM/NO₂/SO₂/CO/CO₂/CH₄/O₃/Meteorological parametersIR/Thermal + Gas
PowerSolar + BatterySolar / MainsBattery
ConnectivityLoRaWAN / GSM/GPRSLoRaWAN / NB-IoTLoRaWAN
ML ModelAnomaly rulesAQI & trend rulesEvent classifier
DashboardTimeseries + AlarmsPollution map + AQIAlarm + Mapping

All solutions are customizable. Ask us for a tailored build.

Reference Architecture

  1. Step 1
    Sensing
    Sensors collect raw data and generate measurement signals.
  2. Step 2
    Device
    Embedded firmware performs filtering, preprocessing, and data normalization.
  3. Step 3
    Backhaul
    LoRaWAN or NB-IoT infrastructure securely transmits data to the cloud.
  4. Step 4
    Cloud
    APIs, data storage, analytics, and alerting services operate.
  5. Step 5
    Dashboard
    Role-based interfaces provide map, trend, and alarm visualizations.

Example Application Areas

Marine Pollution Monitoring (Ports)

Continuous monitoring of marine pollution in port and coastal zones.

Freshwater Resource Monitoring

Tracking water quality parameters in reservoirs, lakes, and drinking water sources.

Air Quality Monitoring (Industrial Zones & Cities)

Real-time air quality assessment in organized industrial zones and urban areas.

Early Wildfire Detection

Early detection of wildfires using IR and gas sensor fusion.

Frequently Asked Questions

Do the sensors require calibration?›

Some of the sensors used in air and water quality monitoring are electrochemical and require periodic calibration depending on their cumulative gas exposure and environmental conditions. The sensors to be used in our wildfire detection project will not require calibration.

What is the battery lifetime of the wildfire monitoring device?›

The R&D process of the project is ongoing. According to power consumption simulations performed under real field conditions, the device is being designed to provide a battery lifetime of over 4 years in standard operating mode.

Is a LoRaWAN network required for single-device installations?›

No. LoRaWAN is preferred for multi-node deployments and distributed data acquisition. For standalone installations, the device can connect directly to cloud services via NB-IoT, GSM, or GPRS modules.

Let’s Design a Solution Based on Your Monitoring Needs.

Share the parameters and objectives you want to monitor — we’ll recommend the right sensors, communication modules, and dashboard setup.

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