Advanced IoT Sensor Technology
using AI and LoRaWAN™

Asset Management IoT Solutions We offer IoT-enabled sensors to monitor infrastructure health, combining accelerometers, tilt sensors, and AI cameras for real-time detection of structural damage, tree encroachment, and asset wear and tear. Using LoRaWAN for long-distance data transmission, our systems continuously monitor the status of roads, bridges, powerlines, and trees without the need for constant manual inspections. The data is transmitted to cloud platforms, where advanced algorithms analyze patterns and detect irregularities. Alerts are triggered automatically when a threshold is exceeded, notifying asset managers to address issues before they escalate. Our asset management solutions reduce the need for costly repairs and improve public safety by ensuring timely, data-informed interventions. Inflow & Infiltration (I&I) Monitoring Solutions I&I in sewer systems is a costly and challenging problem. Our IoT sensors are engineered to monitor water flow, pressure, and leaks in stormwater and wastewater systems. These sensors collect data at regular intervals and detect anomalies that indicate potential inflows, infiltration, or blockages. Data is transmitted over LoRaWAN or LTE-M networks to central servers for real-time analysis. The system raises automatic alarms when irregular flow patterns or pressure drops are detected, enabling utility managers to deploy teams efficiently to the problem site. By reducing unnecessary water treatment costs and preventing infrastructure damage, our I&I monitoring solution helps utilities optimize performance while mitigating environmental impacts. Landslide and Terrain Monitoring Solutions Our landslide monitoring systems use a combination of tilt and vibration sensors to detect ground movement. These sensors, deployed in at-risk zones, track shifts in the terrain and provide early warnings for landslides. The system transmits real-time data to a cloud-based platform, where advanced algorithms analyze the data to detect subtle shifts in the earth. For areas with high landslide risk, our system offers an essential early warning system that helps reduce loss of life, protect property, and guide evacuation efforts in the case of potential disasters. Coupled with AI-powered visual data from cameras, this solution offers a comprehensive approach to terrain monitoring. Agritech IoT Solutions In the agritech sector, our IoT solutions are designed to help farmers optimize crop management through data-driven insights. Soil moisture sensors, combined with temperature and conductivity sensors, provide continuous monitoring of soil conditions. Our AI-powered cameras offer advanced crop health monitoring by detecting signs of disease, pests, or nutrient deficiencies. Additionally, these AI vision systems can detect invasive species or wildlife that might pose a threat to crops. By providing real-time data on the farm environment, farmers can implement precision agriculture techniques that improve yield, reduce water usage, and optimize the application of fertilizers and pesticides, leading to better resource management and sustainability. Emergency Response Solutions Our AI-powered emergency response systems are designed to provide real-time hazard detection during natural or man-made disasters. Using AI cameras, vibration sensors, and environmental sensors, the system can detect early warning signs such as building instability, fire outbreaks, or flooding. The collected data is analyzed by AI to determine the severity of the hazard, and automated alerts are sent to emergency response teams, enabling rapid intervention. This IoT-based approach enhances disaster preparedness and response times, reducing the impact of emergencies and saving lives. Environmental Monitoring Solutions Our IoT weather stations and air quality sensors provide continuous data on environmental conditions, helping organizations monitor and mitigate pollution. In addition, AI-powered cameras can track wildlife activity, detect endangered species, and spot invasive species that threaten biodiversity. These systems are vital for conservation efforts and can also be used in urban settings to monitor air quality and reduce pollution. With our real-time environmental monitoring solutions, industries and governments can make data-driven decisions to protect natural ecosystems and public health. For more information about how our IoT solutions can optimize your operations, contact us to discuss your specific industry needs.