The software hosted on a website or server in the cloud collects the data transmitted by the devices, analyzes it and makes independent decisions about actions which will be taken by the IoT system.
In heterogeneous IoT environments, these platforms support integration with apps, sensors, old equipment and other third-party connected devices, enabling businesses to manage activities in the same easy way. Also referred to as IoT middleware, Internet of Things platforms are intermediaries between the application layer and the hardware. An IoT platform is a kind of middleware, which means that it should act as an intermediary between hardware and application level.
An IoT platform supports software that connects IoT systems. It facilitates communication and data flow between devices, managing functionality and applications. Platforms work like an operating system on a computer to manage application functionality, device data flow and enable seamless communication across the entire IoT system behind the scenes.
Given that the IoT world is as fragmented as it is indivisible, the platforms of the Internet of Things have evolved to become too many different types of solutions to accommodate the heterogeneity, diversity and demands of certain IoT-based industries. The main purpose of an IoT platform is to overcome the barriers that exist between different levels of technology, including the lack of interoperability, standardisation, security and others, and to combine them to ensure efficient and seamless cooperation. With different types of hardware and different connectivity options (as you read in the previous section), there must be a way to bring it all together, and that’s what IoT platforms do.
At a high level, IoT platforms offer a head start in building IoT systems by providing integrated tools and capabilities that make IoT for businesses, developers and users easier and cheaper. IoT platforms facilitate communication, data flow, device management and application functionality. They help to make data acquisition, communication, device management and application operation a smooth and uniform process.
Connectivity platforms are, as the name suggests, at the heart of the network components of an IoT system. They provide users with the software connectivity and hardware data line necessary to keep their devices online. Their networks rely on existing carrier services such as Wi-Fi to configure the connection so that the IoT system can be easily set up.
At a high level, the IoT platform supports software that connects edge hardware, access points, data networks and other parts of the value chain with end-user applications. Not all IoT platforms include user management as an essential feature. However, some IoT platforms take over ongoing management tasks and data visualization, allowing users to automate their environments.
In many cases, you want to warn users, customers and support staff when something is happening on your IoT systems. Many IoT platforms offer built-in support for notifications and notifications, so you can adapt to your specific use case.
For projects where billing is an important part of the solution, IoT platforms support integrated or external billing solutions. IoT platforms focus on data analysis, statistics and pattern recognition mechanisms because IoT systems depend on them for their operation. While the platform itself does not offer built-in analysis capabilities, most APIs provide access to external analysis software.
IoT platforms can help you speed up your time-to-market, minimize risks, reduce development costs, and help you get to product launch faster. IoT platforms cost money, but these costs can be offset by reducing the cost of recruiting, developing, and field testing talent.
An IoT platform provides the infrastructure that you use to create specific features of your solution. Think of an Internet of Things platform as a group of technologies that provide the foundation for the development of your product.
An IoT platform’s objective is to provide your application with generic functionality so that you can focus on building features that differentiate your product and add value to your customers. By eliminating undifferentiated functionality, IoT platforms can help you reduce your development risk and costs and speed up the time-to-market of your products.
How IoT works The IoT ecosystem consists of web-enabled smart devices that use embedded systems such as processors, sensors, and communication hardware to collect, send, and respond to the data they collect from their environment. These devices share the sensor data they collect and connect it to IoT gateways and other edge devices so that data can be sent to the cloud for analysis and analysis. IoT platforms are the glue that collects information from sensors, devices, networks and software that work together to unlock valuable and actionable data.
IoT platforms offer companies enormous added value, enabling them to reduce development costs, accelerate time-to-market and streamline processes. They are an important component of the IoT ecosystem, a growing market expected to exceed $22 billion by 2023. Sources: 5
Many people still do not know what an IoT platform is, what it does and how companies can use it. This piece provides a simple, non-technical explanation of what IoT platforms are. Over time, the essential capabilities and definitions of IoT platforms will become more platform-to-platform, but this approach can help your business project in a broader IoT deployment context.
IoT platforms enable the realization of IoT projects and the development of cheaper and better IoT solutions. Its main features and capabilities are connectivity, network management, device management, data acquisition, process analysis and visualization, application support, integration and storage.
With more IoT devices, assets, data, related technologies, network connectivity solutions, architecture and infrastructure evolution, and a strong need to connect and leverage IT to drive IoT efficiently, interoperably and securely, IoT platforms have become the backbone of professional IoT deployments. IoT platforms seek to address these challenges by offering a range of technologies that bridge the gap between different sensor values, devices and software in IoT systems. Because IoT platforms are an essential part of any connected system, there is often confusion about what they are and how to find the best solution in a crowded sea of options.
Lorawan is a wireless spread spectrum modulation method that can be used in a wide range of Wide Area Networks. An open technology established by the LORA Alliance for low-power wide area networks required for the Internet of Things, operating on unlicensed frequencies to provide worldwide interoperability and scalability.