Our Smart Agriculture solution combines advanced Satellite IoT and Massive MIMO gateways to provide reliable, high-capacity connectivity, ensuring efficient and precise farming practices.
1. Data Collection
Sensors measure soil moisture, temperature, humidity, sunlight, and crop health. Locate farmland properties.
2. Connectivity
Satellite IoT Gateway:Ensures connectivity in remote areas, enabling continuous monitoring without relying on ground infrastructure.
Massive MIMO Gateway: Offers high-capacity, low-latency connectivity in areas with existing network coverage, supporting numerous sensors and devices simultaneously.
3. Data Analysis and Action
Collected data is sent to the cloud, analyzed in real-time, and presented through user-friendly dashboards.
Actionable insights trigger automated systems such as precise irrigation, pest control alerts, and farmland management.
Key Benefits:
Improved Crop Yields: Precise data-driven irrigation and crop management.
Cost Efficiency: Optimized use of water, fertilizers, and pesticides.
Real-Time Monitoring: Immediate response to crop diseases, pest infestations, and animal location issues.
Sustainability: Reduced environmental impact through resource optimization.
Ideal Applications: Precision irrigation and crop monitoring; Automated pest and disease detection; Remote farmland management; Farm equipment monitoring and management.

Landslide disasters pose significant threats to infrastructure, human lives, and economic stability. An effective early warning system is crucial for mitigating risks and enabling timely interventions. Leveraging advanced IoT technologies, sensor networks, and real-time data analytics, our solution ensures precise monitoring and predictive insights for landslide-prone areas. Key Components of the Solution: Sensor Deployment: Utilize high-precision sensors, including inclinometers, tilt sensors, ground vibration sensors, and piezometers. Deploy in critical zones to monitor soil movement, pore water pressure, and structural stability. Wireless Data Transmission: Employ long-range and low-power IoT communication protocols (e.g., LoRa, NB-IoT) to ensure stable data transfer from remote locations. Real-time data synchronization with central monitoring systems. Data Acquisition and Processing: Integrate edge computing for preliminary data analysis on-site. Centralized data platform for detailed analysis, anomaly detection, and trend forecasting. Benefits of the Solution: Early detection of landslide risks. Enhanced situational awareness and informed decision-making. Reduced response time for emergency services. Minimized loss of life and property.

Wind turbine systems are critical equipment in wind farms. These turbines are generally large, heavy, and subject to significant material wear. Moreover, wind farms are often located in remote or uninhabited areas. Modern wind turbine towers integrate advanced technologies, including sensors, signal processing, computing, and new materials, to prevent potential tower tilt, which can threaten operational stability and safety. Long-term monitoring of the tower's vertical alignment using tilt sensors is essential. If the tilt exceeds safety thresholds, early warnings can be issued to alert personnel for inspection and maintenance, ensuring stable and continuous power generation. WIZCONN tilt/vibration sensors enable real-time continuous monitoring of wind turbine systems during operation. Installed on critical points such as the turbine foundation ring and the inner wall of the tower, and integrated with the turbine control system, these sensors monitor tower structure, blade status, and tower base levelness, ensuring safe and reliable wind power generation.