• Comprehensive Data Collection: Our weather stations utilize high-precision sensors that operate according to WMO (World Meteorological Organization) data acquisition recommendations. They are capable of measuringkey atmospheric conditions including ambient temperature, relative humidity, solar radiation, liquidprecipitation, wind speed, and wind direction. Microclimate stations also measure soil temperature, soil moisture,soil electrical conductivity and salinity, and leaf wetness
• Wireless and Autonomous Operation: Deploy self-powered, compact weather and microclimate stations withlong- range wireless connectivity (NB-IoT, 6LoWPAN), ensuring reliable data transmission even in remotelocations.
• Seamless Cloud Integration: All measurements are securely stored and visualized on the FINoT Platform, accessible via web or mobile interfaces for real-time monitoring and historical analysis.
• Plug-and-Play Installation: Stations arrive ready to install, with all necessary sensors, mounting hardware, andsolar panels—no on-site calibration or configuration required.
• Scalable and Interoperable: Easily expand your network by adding more stations or integrating with other FINoT devices and third-party systems.
• Edge and Cloud Intelligence: Benefit from local data processing for instant insights and centralized analyticsfor trend analysis, alerts, and reporting. This data is also readily available for access through an applicationprogramming interface (API).
• Designed for Diverse Environments: These compact, lightweight, and robust units (IP65 protection class) are built for outdoor deployment in variousconditions, with operating temperatures ranging from -25 to 50°C.

• High-Precision Sensors:
  • • Air temperature and relative humidity
    • Solar radiation
    • Wind speed and direction
    • Rainfall
    • Soil temperature, moisture, and electrical conductivity
    • Leaf wetness (for agricultural applications)
• Wireless Connectivity:
  • • NB-IoT for direct cloud connection
    • 6LoWPAN mesh networking for multi-device deployments
• Power Autonomous:
  • • Integrated solar panel and battery for continuous, maintenance-free operation
• Rugged Design:
  • • Compact, lightweight, and weatherproof (IP65)
    • Suitable for harsh outdoor environments
• Easy Management:
  • • Centralized cloud platform for device management, data visualization, and reporting
    • API access for integration with third-party applications

1. Smart Agrifood

Weather and microclimate monitoring are crucial for smart agriculture, providing essential data for optimizingcrop management.

• • • Crop and Soil Monitoring: Monitor soil moisture and temperature for irrigation optimization, track leafwetness for disease prediction, analyze microclimate conditions for crop health and yield forecasting
    • Optimized Irrigation: Integrate data from weather and microclimate stations to inform smart irrigationcontrollers for precise water application.
    • Disease Prevention: Real-time microclimate data aids in assessing disease risk, enabling timely interventions toprotect crops.
    • Resource Optimization: Reduce water consumption and plant protection product usage based onaccurate environmental conditions.

2. Smart Infrastructures & Urban Management

Enhance the efficiency and sustainability of urban environments.

• • • Urban Green Space Management: Support remote control and management of centralized irrigation inpublic gardens and green spaces, combining water consumption monitoring with critical environmentalparameters.
    • Public Vegetable Gardens: Enable better monitoring and maintenance of shared vegetable gardens.
    • Environmental Monitoring: Provide real-time data on air quality, temperature, humidity, and pollution forbetter decision-making by municipal authorities.

3. Civil Protection & Early Warning Systems

Critical for safety and rapid response in emergencies.

• • • Early Warning Systems: Utilize meteorological stations and environmental stations as sensors for fires,floods, and extreme weather events.
    • Disaster Prevention: Real-time data and automated notifications enable faster crisis response and improvedprevention of disasters.
    • Water Level Management: Monitor water levels in natural or artificial reservoirs for flood prevention.

4. Smart Communities

Contribute to the creation and improved support for modern communities.

• • • Environmental Regulation: Regulate meteorological environment monitors to provide community staff andcitizens with real-time information about their surroundings.

5. Aviation & Drone Industries

Support advanced operations and safety in the aviation sector.

• • • Operational Planning & Safety: Provide reliable weather data for optimized flight operations andenhanced safety.
    • Wind Farm Impact Assessment: Utilize precise meteorological data as part of specialized studies for windfarm impact assessments on aeronautical equipment, ensuring compliance with international aviationstandards.

• Deploy Weather Stations: Install compact, wireless weather and microclimate stations at strategic locations.
• Connect to FINoT Platform: Data is transmitted securely to the FINoT Platform via NB-IoT or 6LoWPAN.
• Monitor and Analyze: Access real-time and historical data through intuitive dashboards and reports on FINoT Sense Application.
• Automate and Optimize: Set up alerts, automate responses, and integrate with other systems for enhanced efficiency.

• FINoT Weather Station:
  • A power-autonomous weather station including sensors for temperature and relative air humidity, solar radiation, rainfall, wind speed and direction. Features NB-IoT connectivity technology with back-up connectivity through an 4G Gateway.
• FINoT Microclimate Station:
  • An electric power autonomous station with sensors for air temperature, humidity, and soil temperature, humidity, salinity, and electrical conductivity. Also features NB-IoT connectivity with 4G Gateway backup. Extendable with optional solar radiation, leaf wetness, or additional rain sensors.
• FINoT Smart Gateway:
  • A gateway for connecting FINoT IoT Devices where NB-IoT is not available ensuring seamless integration and network expansion.

“Weather Monitoring has given us real-time visibility into environmental conditions across our farms, helping us optimize irrigation and reduce water use.” — Agricultural Cooperative Manager

“With Weather Monitoring, we can now track urban microclimate trends and respond proactively to weather-related risks.” — City Infrastructure Director

• Accurate, Real-Time Data: Make informed decisions with up-to-the-minute environmental insights.
• Scalable and Reliable: Deploy anywhere, from a single site to a network of hundreds of stations.
• Easy Integration: Connect with existing systems and expand as your needs grow.
• Actionable Intelligence: Automate alerts, optimize operations, and improve sustainability.