IoT-Platform
IoT platform: No IoT works without it
An IoT platform is the mediation between devices, machines and IoT. An IoT platform is considered a cross-system link between different devices, machines and applications. The goal is data analysis and the control of functions. The platforms are therefore the basis of the IoT - processes can be automated and optimised in this way.
- Digital networking
- Lowered costs
- Real time data
- Remote service
- Optimized availability
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Network all your smart IoT devices, across all networks, transnationally with M2M Allnet!
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eSIM
The successor to the classic SIM card, permanently installed in the end device. With all the familiar advantages!
IoT Platform - What is it?
IoT briefly explained
This question is not so easy to answer, as there are several different forms of IoT platforms. IoT platforms are given the ability to communicate with the help of SIM cards. All platforms have one thing in common - the networking and cross-system linking of different IoT devices.
Tasks of the Internet of Things
In general, IoT platforms have the task that different devices and machines communicate with each other, exchange data and are independently able to intervene in processes. You could say that you act as a translator between devices and applications. Device management, identifying and connecting devices are among the tasks of an IoT platform.
Die IoT-Plattformen sammeln, verwalten und analysieren Daten und bereitet diese auf. Dafür gibt es kein Standardverfahren. Abhängig von Branche, Ort und Zielwerden individuelle Systeme geschaffen und mit den IoT-Plattformen vernetzt. Die Umsetzung und Installation der Sensoren, Aktoren und die Verknüpfung zu den verschiedenen Plattformen ist sehr simple und problemlos.
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Sim cards are needed for IoT platforms
With the smart solutions for an IoT platform, communication takes place via mobile networks. The so-called connectivity platforms enable the networking of IoT and M2M devices. The SIM cards are permanently integrated into the various devices for this purpose. A great advantage here is the network-covering use. Several or all available mobile networks can be used. This guarantees reliability.
You would like to use IoT? We advise you!
IoT-Devices
All devices that are able to connect to the internet are called IoT devices. In the age of IoT, many new functions are emerging that make smart home or smart industry possible, for example.
IoT devices: What is it?
All devices that are connected to a network can be called IoT devices. Data is collected, analysed and evaluated. Processes are automated - human action or intervention is no longer necessary.
Sensors and data
Sensors measure values such as temperature or lighting conditions. The collected data from the sensors is then evaluated using IoT platforms and forwarded to the actuators. These are able to initiate changes to light or temperature, for example. IoT devices are used in smart-home and smart-factory applications.
In IIoT (Industrial Internet of Things), smart technologies are used to optimise and automate processes. IoT devices can be used in a wide variety of areas and industries.
Advantages of IoT devices
All advantages at a glance
Depending on the industry and application areas, IoT devices bring many different benefits. The development of smart technologies and future ways of working are at the forefront. Industry 4.0 has had a very positive development, and the experience gained has made it clear that there is still a lot of potential.
Main tasks of an IOT platform
One of the main tasks is to adapt, optimise or automate processes. Human action or intervention is thus significantly minimised or no longer necessary. These measures have further positive aspects - effectiveness and quality can be increased. In addition, costs are reduced and the flexibility of processes is increased.
One of the main tasks is to adapt, optimise or automate processes. Human action or intervention is thus significantly minimised or no longer necessary. These measures have further positive aspects - effectiveness and quality can be increased. In addition, costs are reduced and the flexibility of processes is increased.