10 Best IoT Platforms For Your Next Smart Project by Alexey Pelykh

The goal of an IoT platform is to provide all the generic functionality for your application so you can focus on building features that differentiate your product and add value for your customers. Think of an Internet of Things platform as a group of technologies that provide the building blocks for developing your product. IoT platforms provide the “infrastructure” you use to create the specific features of your solution. JFrog Connect is an agile solution for connected edge devices making remote product maintenance even easier. We allow companies to manage their remote Linux and IoT devices in one place, from any location. With remote interactions between devices and humans increasing as each month passes, you’ll see IoT solutions developing more customer-oriented digital experiences.

Our low-code engine offers unlimited possibilities, as it is based on bulletproof open source tools. Define the data flow for your automations, alerts, or custom KPIs effortlessly. This platform uses two engines, IRI CoSort and iot platform vendors Hadoop, to process Big Data. For example, if sensors detect an error in windmill performance, it is instantly reflected in the CRM dashboard and the system can either adjust parameters automatically or create a service ticket.

How Did Qube Build an Industry-Changing Emissions Monitoring Solution with Cellular IoT?

Most provide frontend components and analytics, data process on-device, as well as deployment to/from the cloud. Some modern IoT platforms can even handle end-to-end IoT implementation from the start to finish. Turning your equipment into connected products offers OEMs and telecommunication carriers the ability to deliver new business models.

iot platform

Fast track your initial product prototype to a fully-managed fleet of connected devices. Integrates data from different sources to build diverse IoT applications and uses data assets to create a smart and secure city. HCLTech’s IoT platform comprises data storage, device management, and data science workbench.

Kaa IoT Platform

For instance, how rich is the service provider’s SDK (Software Development Kit), documentation, support, and API Interface? Businesses should also evaluate the protocols with respect to message size limitations, billing base, and multi-tenancy support. There are innumerable IoT platform providers in the market today and each of the platforms has its own significance in making IoT integration and management easier and scalable. As always, it’s probably a mix of the two, but I believe that the first explanation is more compelling. This makes it all the more important to consider which one you use because if you choose an IoT platform that doesn’t become one of the dominant players, this could prove problematic in the future.

  • Single tenant may have multiple tenant administrators and millions of devices and customers.
  • Some of the best IoT platforms and tools for data collection, processing, visualization, and device management.
  • Enable alarms over SMS and email and integrate with external billing systems.
  • You can deploy SiteWhere to cloud platforms like AWS, Azure, GCP, or on-premises.
  • In addition to MQTT, CoAP and HTTP support, ThingsBoard users can use their own transport implementations or customize behaviour of existing protocols.
  • Centralized connectivity and device management so you don’t have to jump between different tools.

By now, it should be clear that there are many benefits to leveraging commercially available IoT platforms. But believe it or not, many companies, particularly those who are engineering-driven, believe that they need to build every single piece of their IoT solution. As you move towards market fit and scale, the focus should shift towards IoT platforms with more scalability, stability, and a global footprint. When selecting an IoT platform, you need to consider much more than just the technical capabilities of their solution. You are looking for a combination of technical, business, and operational capabilities that align with your company strategy and where you are in your product adoption lifecycle.

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When people talk about IoT platforms, they often launch into technical jargon like transport protocols, rules engines, data lakes, etc. While those considerations are important and deserve thoughtful planning, they don’t clearly illustrate how an IoT platform can help you. PI system provides well interfaces and connectors to other systems and its open for new trends such as machine learing, AI and clouds computing.

Predictive analytics assist Predix in decision making, providing real-time insights and operating data at the edge. Kaa is an open source IoT cloud platform with a customizable and adaptable feature set. Based on project needs, Kaa can scale quickly and effortlessly, matching both evolving startups’ and large enterprises’ business requirements. Google launched its platform for Internet of Things development on the basis of its end-to-end Google Cloud Platform. Currently, it’s one of the world’s top Internet of Things platforms. Google Cloud IoT is the integration of various services that add value to connected solutions.

Turn data into insights

And while the complexity of these options can feel intimidating, utilizing the IoT is doable without the usual effort required or having to reinvent the wheel. The next layer is the IoT core features offered by the platform. The most essential are data collection, management of devices, configuration management, device messaging, and OTA updates. With all of that said, it’s likely that an IoT platform can function under many different use-case scenarios depending on what you need. Extend standardized industrial connectivity across disparate devices and applications to enable access to multiple data sources.

Supports transport encryption for both MQTT and HTTP(s) protocols. Supports device authentication and device credentials management. Provides 30+ configurable widgets out-of-the-box and ability to create your own widgets using built-in editor. Built-in line-charts, digital and analog gauges, maps and much more. Collect and store telemetry data in reliable way, surviving network and hardware failures.

Manage your devices seamlessly

Each has a unique perspective on the strengths of IoT technology. By examining their features and strategies, we can create a roadmap to reach your own objectives for using IoT technology in your business. Being one of the earliest https://www.globalcloudteam.com/s, RTI provides services and solutions across multiple industries. It provides connectivity features to control and manage Internet of Things systems and simplify communication with high-level APIs.

It offers safe and reliable storing of data on its server in Germany. This platform supports full app development from prototype to application development. Once you find product-market fit and are ready to scale, it’s time to invest in custom hardware.

Gartner IoT Magic Quadrant

It mounts from tiny startups to great enterprises and holds advanced deployment models for multi-cloud IoT solutions. It is primarily based on flexible microservices and readily conforms to virtually any need and application — some other features as below. M2MLabs Mainspring is an application framework for developing a machine to machines (M2M) applications such as remote control, fleet administration, or smart terminal. It provides developers to connect devices, services, and APIs using a browser-based flow editor. It can run on Raspberry Pi, and further 60,000 modules are accessible to increase its facilities.

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