GPS trackers determine the position of objects such as vehicles and machines in real time. They offer advantages such as optimized route planning, real-time monitoring and increased security. They are particularly indispensable in fleet management and theft protection. Future developments with 5G and AI will expand their possible applications.
Telematics combines telecommunications and IT to monitor and control vehicles and machines in real time. Using GPS, on-board diagnostics and sensors, telematics collects precise data on location, usage and condition to optimize efficiency, safety and maintenance. It is used in areas such as fleet management, safety monitoring and resource management and offers benefits such as cost reduction, increased safety and optimized maintenance.
The Internet of ThingsIoT) connects physical devices via the internet so that they can collect and exchange data and react autonomously. Through technologies such as sensors, cloud and edge computing, IoT enables applications in areas such as healthcare, manufacturing, smart homes and agriculture. It increases efficiency, reduces costs and improves decision-making, but also brings challenges such as security risks and data protection.
LoRaWAN is a low-power network protocol for IoT that enables efficient communication over long distances. With its unique architecture and modulation technology, LoRaWAN offers ideal solutions for applications in areas such as smart cities, agriculture and industrial IoT. It enables scalable, cost-effective and secure connections that are optimized for long-distance transmission of small amounts of data with minimal energy consumption.
dBi (decibel isotropic) measures the antenna gain and shows how strongly an antenna concentrates a radio signal compared to an isotropic antenna. Higher dBi values offer greater range, while lower values enable wider coverage. The right choice of dBi antenna is crucial for stable radio connections in applications such as IoT, Wi-Fi and mobile communications.
IoT measure physical variables such as temperature and movement, convert them into digital data and transmit them for real-time monitoring and automation. They are essential for applications in smart cities and industry.
Successful IoT requires clear goals, the selection of the right partners and a strong security strategy. Scalable solutions and efficient data management enable companies to maximize the benefits of their IoT.
IoT and M2M are two technologies with different approaches to connectivity. While IoT uses broad networks, M2M focuses on direct, machine-based communication. Find out which solution your company needs.
