Revolutionizing Agriculture with LoRa Wireless Gateway: A Smart IoT Solution

Smart agriculture harnesses the power of IoT sensing devices to gather crucial environmental data, including greenhouse temperature, humidity, soil temperature, gas levels, light intensity, dust concentration, and pH values. Utilizing the LoRa network, this data is transmitted to a cloud platform, enabling intelligent analysis and informed decision-making to optimize agricultural production and increase productivity.

HKT's smart agriculture IoT solution is built on the LoRaWAN standard protocol, employing LoRa wireless gateways and cloud platforms as the core framework. With its long transmission range, low power consumption, and stable performance, this solution eliminates the need for complex wiring, offering easy installation and seamless system integration. Leveraging big data technology, HKT provides an integrated IoT smart agriculture system catering to crop cultivation, livestock farming, and aquaculture.

Real-time Monitoring Function:

Sensors for air temperature, humidity, carbon dioxide, light intensity, soil moisture, soil temperature, and wind speed continuously monitor crucial environmental parameters. The collected data is then transmitted to the cloud platform through the LoRa gateway for detailed analysis and processing.

Device Management Function:

The user-friendly mobile app and web portal allow users to monitor the status, location, switches, online/offline status, and more for all connected devices. This seamless device management ensures optimal performance and minimizes disruptions caused by downtime.

Automatic Alert Function:

The system allows users to set predefined thresholds, triggering automatic alert notifications when critical levels are surpassed. These alerts are sent via SMS, WeChat, email, or other channels, prompting users to take timely actions to mitigate potential risks.

With the integration of the LoRa wireless gateway, farmers can access real-time data on soil conditions, weather, and other environmental factors remotely. This valuable information empowers them to make informed decisions, implement precise agricultural practices, and achieve intelligent agriculture management for enhanced productivity and sustainability.