A connected city requires a flexible network that can accommodate numerous use cases in a wide variety of environments. The same IoT technologies can gather information from sensors and provide data points on the relationship between elements of the city. By gathering and analyzing data, a smart city can improve its decision-making, its sustainability, and quality of life for the people who live there. For a smart city strategy to be successful and sustainable there is a strong need for a low cost maintenance and ongoing operation solution. 

The transport of perishable goods are benefitted with our solutions. Our sensor features enhanced capabilities, such as data storage and retransmission. It can display historical environmental data records with time-stamps. If the connection fails, our sensors will continue to collect and store environment data. Once reconnected, the data collected during that period will be retransmitted to the gateway, thus avoiding data loss. 

Farmers and Agronomists use sensor technologies and IOT deployments to monitor and manage soil health, animal welfare, equipment and storage across large areas of land. We bring IOT connectivity to even the most remote agricultural regions, creating numerous possibilities to monitor and manage farm operations more efficiently and maximize yield. 

We are integrating the development of Smart Hospitals and Pharmacy using IOT technology that improves existing care procedures, introduce new capabilities and achieve better health. It is demonstrated that cost - effective connectivity combined with a wearable medical device can help hospital staff monitor patients. 

Everyday municipal operations are made more efficient with Smart Technology’s long range, low power, secure, and GPS-free geolocation features. By connecting city services such as lighting, parking, waste removal, and more, cities can optimize the use of utilities and personnel in their buildings to save time and money. 

Our sensors are certified for Cold chain traceability EN12830 Standard and are built with FDA - approved food contact materials, which eliminates any potential health concerns and provides proven safety when it comes into contact with food. Increasing commercial use of this technology over recent years in both the short and long term has been in response to market demand for the supply of all types of fresh fruits and vegetables at all times. 

The technology can streamline smart factory logistics, which includes long - term asset tracking utilizing long - term battery life. It is one of the earliest applications of this technology to gain significant traction in the market. It also enables end-to-end solutions in the Smart Logistics business, and specifically in the industrial asset invetory. 

Controlled-atmosphere storage (CAS) is one of the most important innovations in fruit and vegetable storage systems as the composition of gas in the storage affects their storage life. The CAS technology involves reduction of oxygen (O2) and increasing carbon dioxide (CO2) as compared to the ambient atmosphere. Sometimes it also involves removal of ethylene and addition of carbon monoxide. CAS implies continuous monitoring and precise adjustment of these gases within the storage container, to a predetermined level. 

Effective Forest Management refers to mesh networks that allow early wildfire detection across vast land areas, thanks to distributed IOT gateways. It empowers a wildfire monitoring platform for device management, real-time forest health monitoring and customizable fire alerts. Analyze real-time sensor data, configure forest fire alerts, and see IOT devices mapped across star network deployments.