To make this argument, we have the dominant players like Amazon AWS IoT Core, Microsoft Azure IoT Hub and Google IoT Core. These platforms focus on the infrastructure level and require more expertise and customization to develop specific IoT applications for a company. IoT platforms that build on these platforms provide additional tools and services to build IoT applications and businesses.
Examples of IoT platforms include major tech players such as Cisco IoT Cloud Connect, Microsoft Azure IoT Hub, IBM Watson IoT, Google IoT Core and Amazon AWS IoT Platform. There are also examples of IoT startups such as Ayla Network, Electric Imp, MyDevice and Thingsquare. At a high level, IoT platforms offer a head start websphere docker in the construction of IoT systems by providing integrated tools and capabilities that make IoT easier and cheaper for businesses, developers and users.
IoT platforms facilitate communication, data flow, device management and application functionality. Its main features and capabilities are connectivity, network management, device management, data acquisition, process analysis and visualization, application support, integration and storage.
IoT platforms help you to accelerate your time-to-market, minimize risks, reduce development costs and achieve market-oriented product development. They are the glue that brings information together when sensors, devices, networks, and software work together to unlock valuable and actionable data. With more IoT devices, assets, data and related technologies, network connectivity solutions, architectural and infrastructure evolution, and the strong need to connect and leverage IT for all purposes and operate it efficiently, interoperably and securely, IoT platforms have become the backbone of professional IoT deployments.
There are different types of hardware and different connectivity options, and as you read in the previous section, there must be a way to bring it all together, and that is what an IoT platform does. An IoT platform facilitates communication and data flow between devices, management functions and applications. It also supports software that connects IoT systems. Sources: 7
IoT projects share many aspects with other providers of IoT platforms, such as pre-made labels and materials that you can use for your own projects. This shortens your development time and helps you sell your project to your customers. IoT platforms can be used for multiple projects and products, and most of them provide mechanisms to support this process.
Software products may consist of original works, open source software, or other licensed software. Customers can also use the platform in conjunction with other applications through integration.
The goal of an IoT platform is to provide your application with generic functionality so that you can focus on building features that distinguish 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.
Based on this simplified description, a good IoT platform should provide the tools and infrastructure to cover as many of the key tasks that IoT products need to perform as possible. For example, if your Internet of Things platform is strong in analytics, but doesn’t help you move data between devices and the cloud, you leave a big gap. Let us break down the tasks that each IoT product needs to perform and highlight what functions your IoT platform can cover.
At a high level, an Internet of Things platform supports software that connects edge hardware access points, data networks and other components of the value chain to end-user applications. The IoT is not only a function of software, but also includes middleware known as IoT and IoT cloud platforms. In the form of middleware, an IoT platform sits on the level between IoT devices, where it is the gateway to data on the one hand, and the applications it can build on top of each other, and is called an Application Enablement Platform (AEP).
An example of one of these PaaS are Amazon Web Services (AWS) for the Internet of Things (IoT). Just last week Amazon announced its new AWS IoT-based technology, which has been taken over by 2Lemetry.
The Internet of Things (IoT) of Amazon Web Services (AWS) is a fully managed cloud platform that allows connected devices to interact with cloud applications and other devices. AWS IoT makes it easy to use AWS services such as AWS Lambda, Amazon Amazon S3 Amazon Machine, Amazon DynamoDB, Amazon AWS, Amazon Elasticsearch (a service based on Kibana integration) and integrated AWS applications to collect, process, analyze and respond to data from connected devices without managing the infrastructure.
Cloud computing platforms for IoT are designed to enable smart devices to connect to and interact with AWS cloud and other connected devices. Microsoft Azure IoT Suite platform consists of a set of services that allow users to interact and receive data from their IoT devices, perform various operations on data such as multi-dimensional analysis, transformation and aggregation and visualize these operations in an enterprise-appropriate manner. Google’s Brillo and Weave platforms are designed for fast implementation of IoT applications.
IBM Watson IoT Platform is an end-to-end managed cloud service offering that integrates a bundled set of pre-selected services to form a public multi-tenant SaaS solution with the IBM Cloud Framework. Based on the Cloud Framework, Watson offers a comprehensive set of built-in add-on tools that can process IoT data for real-time and historical analysis, extract key indicators (KPIs) from your data, add Smart Cloud and non-Smart Products and connect your own apps to existing Watson infrastructure tools.
Cloud IoT Core is a managed service, a combination of other services from the Cloud IoT Platform that uses an open interface and pre-integration with other Oracle IoT, PaaS, SaaC and on-premise enterprise applications to reduce the total ownership cost of IoT data and enrich application processes.
The ThingWorx Platform is a complete end-to-end technology platform specifically designed for the IoT. We are a cross-functional, fully integrated, serverless hardware IoT platform that provides you with an infinite infrastructure. The Internet of Things (IoT) platform supports software-connected edge hardware access points, data networks, and other parts of the end-user value chain.
An IoT platform handles the day-to-day management of tasks and data visualization, enabling users to automate their environment. Oracle IoT Cloud Service is a cloud-based service based on Platform as a Service (PaaS) that helps you to make important business decisions. Oracle provides real-time data analysis on the Internet of Things, endpoint management, high-speed messaging for users, and real-time notifications for users “devices. Lora, a short- and long-distance link based on the Lorawan network protocol, is one of the most popular emerging IoT communication technologies.