Overview

LoRaWAN

LoRaWAN - flexible and powerful communication protocol

LoRaWAN is a flexible and powerful communication protocol specifically designed to meet the needs of IoT applications that require wide coverage, low power consumption and cost-efficient implementation.

Technology applications

Our solution for a smart, connected world

LoRaWAN (Long Range Wide Area Network) is a revolutionary technology in the field of wireless communication that has been specially developed for the Internet of Things (IoT). It enables the wireless transmission of data over long distances with minimal energy consumption, making it ideal for applications in smart cities, agriculture, industry and many other areas.

A key advantage of LoRaWan is its ability to cover large areas with a small number of base stations. This makes it particularly cost-efficient and easy to implement. In urban environments, LoRaWAN can be used to monitor environmental data, control traffic flows and optimise energy supply. In agriculture, it enables precise soil moisture measurements and the monitoring of livestock in real time.

Thanks to LoRaWAN’s high scalability and robust security mechanisms, the technology is ideally equipped to meet the diverse requirements of modern IoT applications. Our company offers comprehensive LoRaWAN services: from consulting and planning to implementation and ongoing service to ensure that your systems always function optimally.

With LoRaWAN, companies can not only increase efficiency and productivity, but also realise innovative solutions for a networked world. Put your trust in our expertise and shape the future with us!

Our Services in LoRaWAN Technology

GIS provides comprehensive solutions for the implementation and utilization of LoRaWAN technology to meet the diverse requirements of the Internet of Things (IoT) across various industries.

1. Consulting and Planning

We support our customers in designing and planning LoRaWAN networks that are precisely tailored to their specific requirements. Our team analyzes their needs and develops customized solutions for a wide range of applications, including smart cities, agriculture, industry, and other sectors and use cases.

2. Implementation

GIS takes charge of implementing LoRaWAN systems, including the installation of base stations as well as the integration of sensors and devices. We create cost-efficient and energy-efficient solutions that optimally cover large areas with minimal effort.

3. Ongoing Service and Support

We ensure the reliable operation of your LoRaWAN systems through continuous service and support. Our offerings include maintenance, regular updates, and ongoing optimizations to keep your systems at the forefront of technology.

LoRaWAN Technology applications

Discover our diverse product range of LoRaWAN technologies that are customised to your needs:

Measure soil moisture

Precise irrigation control

With wireless technology, soil moisture sensors can send data over long distances. This enables farmers and gardeners to have precise irrigation control, optimising water use and increasing crop yields. The continuous monitoring of soil moisture helps to avoid drought stress in plants and promotes healthy growing conditions.

Wireless control of circuits in various applications provides flexible and reliable remote control. Whether lighting, pumps or other electrical devices – this technology is particularly useful in remote areas or hard-to-reach environments where manual operation is difficult.

Automated circuits

Flexible and reliable

Level probe

Monitor water level in real time

Level probes that measure the water level in wells, rivers or tanks can transmit their data wirelessly. This real-time monitoring is crucial for water and flood management, as it enables early warnings and appropriate measures to prevent flooding or manage water resources efficiently.

Wireless technologies can be used to transmit ModBus/RS485 data, facilitating the integration and remote monitoring of industrial control systems. This enables seamless communication between different devices and systems, even over long distances, improving efficiency and control.

ModBus/RS485-
communication

Seamless integration

Temperature and
humidity measurement

Precise monitoring

Wireless sensors for measuring temperature and humidity offer precise and reliable data transmission over long distances. This is ideal for climate control in greenhouses, warehouses and other environments where accurate and continuous monitoring is required to optimise conditions.

The electrical conductivity (EC) of soils and solutions provides information about their nutrient content. Wirelessly transmitted EC data enables farmers and gardeners to optimise the fertilisation process and ensure that plants receive the right amount of nutrients.

EC measurement

Nutrient content always in view

GPS-Tracking

Efficient site monitoring

Efficient GPS tracking of vehicles, machines and other moving objects is made possible by wireless technologies. Thanks to long-range and energy-saving data transmission, the location can be precisely monitored even in remote areas. This is particularly valuable in logistics, agriculture and fleet management.

Distance sensors that work wirelessly offer reliable monitoring of distances and distances. This is useful in industrial automation, traffic management and security applications where accurate distance measurements are required to optimise processes and minimise risks.

Distance measurement

Reliable distance control

CO2 measurement

Air quality always in view

CO2 sensors, which transmit data wirelessly, enable continuous monitoring of air quality. This is particularly important in enclosed spaces such as offices, schools and industrial facilities to ensure that CO2 concentrations are kept at a healthy level and ventilation systems can be adjusted accordingly.

Weather stations with wireless connectivity transmit weather data such as temperature, humidity, wind speed and precipitation over long distances. This information is crucial for agriculture, construction and many other sectors to make informed decisions based on accurate weather forecasts.

Weather stations

Precise weather data in real time

Flow measurement

Efficient monitoring of liquid flows

Flow meters that operate wirelessly provide efficient monitoring and control of fluid flows in pipes and channels. This is particularly valuable for water management, industry and agriculture to monitor water consumption and detect leaks at an early stage.

Leakage sensors that send data wirelessly offer rapid detection and reporting of water leaks. This is crucial to prevent water damage in buildings and protect water resources. Early detection can prevent expensive repairs and water losses.

Leakage detection

Rapid notification of water damage

Gateway

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