Check out our list of free IoT Platforms . Products featured on this list are the ones that offer a free trial version. As with most free versions, there are limitations, typically time or features.
If you'd like to see more products and to evaluate additional feature options, compare all IoT Platforms to ensure you get the right product.
Smarter. Faster. Integrable There’s only one IoT platform that can take any digitalized system and develop a smarter, faster and integrable application for all your IoT needs. Axonize has developed a disruptive, multi-app architecture, purpose-built for service providers, and end customers, that enables the deployment of fully customized smart solutions across all applications, verticals and device types, while cutting down application development and smart project launch time from 6-18 month
Blynk is the most popular IoT platform for connecting devices to the cloud, designing apps to remotely control and monitor them, and managing thousands of deployed products. It's a PaaS (Platform-as-a-Service) that helps individuals and organizations to seamlessly progress from a protoype of a connected product to it's commercial launch. With over 400 hardware models support, customers can connect any device to the Internet and use suit of software products to launch commercial projects.
Fogwing is the comprehensive Industrial IoT Platform available as a service on subscription basis. Fogwing is a no-code platform that provides features to connect with Cellular Wireless (3/4/5g) and LoRaWAN based edge devices, data streaming, data rules routing, data alerts, command center, data storage, integration and analytics. With all capabilities, Fogwing can helps to achieve industrial automation. Fogwing also provides IoT solutions as Apps for easy adoption. Fogwing user may build custo
Upswift provides a plug&play device management platform for IoT and Linux devices. With the Upswift platform users can deploy OTA updates, control, monitor, access, and secure IoT and Linux devices remotely. The vendor states that Upswift enables users to connect any type of Linux or IoT device to Upswift platform in less than 60 seconds.
Bevywise IoT platform is a SaaS-based highly extendable server implementation. It is a highly Versatile, Extendable & Complete server side platform that enables Solution providers to deploy IoT / IIoT Solution for any commercial / industrial use cases. It provides REST API , Mobile SDK , FCM Integration & Data interception to extend the IoT Platform and to build custom apps. You can seamlessly connect devices, sensors, web clients, mobile devices & web applications to the platform.
IoT Glue is a mobile enabled IoT integration platform that aims to enable enterprises to monetize IoT investments by connecting disparate things together. It is an API-driven technology framework with vertical-specific solutions for Fleet Management, Smart City solutions, Smart Farming and Smart Building Management. IoT Glue enables users to offer additional IoT offerings to end-customers, accelerating users' enterprise digital transformation initiatives. Components: 1. Commune – an administr
IoT-Ignite is a Platform as a Service (PaaS) distinctively designed for realization of Internet of Things. Behind the design, there are modern best practices and a unique architecture. Enjoy the development environment with simple UX and UI, while seamlessly integrating your connected devices into your favorite tooling and platforms. Fully scalable, secure, reliable infrastructure for your IoT product. The IoT-Ignite platform enables users to build innovative IoT products and solutions. It pr
Meet IXON Cloud: the industrial IoT platform that grows with you. IXON Cloud is an end-to-end solution from hardware to cloud platform, specifically designed for machine builders and system integrators. The IXON Cloud platform stimulates and accelerates the industrial IoT transition (Industry 4.0) from idea to application. The tools and technology are available in a ready-to-use IIoT platform, allowing you to focus on what you are good at: collaborating with customers, providing service and shar
The internet of things (IoT) is rapidly growing, becoming more common and accessible as a business strategy with each passing day. It is now a key priority in digital transformation for millions of companies across the spectrum of industry, from retail to manufacturing to city government and infrastructure planning. IoT platforms are enabling business teams to connect IoT devices and configure IoT ecosystems using internal resources, without needing to recruit third-party developers. Whether deploying industrial IoT devices or customer-facing IoT applications, these solutions can put a smart ecosystem within reach so users can realize the benefits faster and with minimal cost.
In the early days of connected devices, due to high costs and the complexity of the technology, the deployment of a fully realized IoT architecture was hard to achieve for smaller businesses or those without the correct resources. Today, IoT platforms offer an end to end solution that makes it easier for businesses to implement device connectivity for any number of use cases. These robust software solutions provide intuitive interfaces for blueprinting and modifying new ecosystems of IoT devices, whether in customer environments, workplace settings, or some combination of the two. In a number of cases, these solutions also assist with device security, data collection and analytics, and hardware management, while integrating with other IoT products that help perform these tasks. The market for IoT platforms is growing alongside the number of IoT devices—this category of software will continue to evolve as the capabilities become more rich and varied. As it stands, the IoT platforms category features a diverse selection of applications that any company can utilize to connect their devices to the cloud and unlock the potential of enterprise IoT.
Key Benefits of IoT Platforms Software
The rise of IoT is unparalleled in scope; the already billions of devices involved will likely multiply in the next several years. Growth of the IoT space is tied to its seemingly limitless applications, as more industries find unique ways to utilize smart sensors and devices in some way. As with artificial intelligence (AI) software, the IoT is considered a new frontier in technology, and may fundamentally change the way that we work and live in the coming years—for some, it already has. IoT platforms are tools that businesses can adopt when plotting and launching IoT initiatives of their own. These advanced applications help design workflows and communication flows that make connected hardware work together, gather data, and trigger events in a business.
Programming an IoT environment using one of these applications allows companies to deploy this complex technology in a business and create a unique network of devices. By enabling business assets with IoT sensors and connecting them using an IoT platform, a business can maximize operational efficiency, reshape the customer experience, and uncover new revenue streams. Tackling these efforts in-house with help from an IoT platform can help convert edge devices online in short order, performing and generating data in a way that best suits a company’s needs.
As the IoT becomes more commonplace in business strategy, the range of use cases for IoT platforms expands and other solutions related to smart devices, such as IoT data. Depending on the size and structure of an organization, a company may enlist different individuals or teams to build out functional IoT networks, maintain them, and perform additional tasks related to these efforts. When considering an IoT platform for a business, it is important to consider which employees or teams will handle the initial task of enabling devices and establishing actionable frameworks. These may include designated IoT specialists, product teams, or IT specialists. Third-party agencies such as IoT development services providers are also common users of these platforms, and may leverage one of the solutions in this category in the event that a company outsources part or all of the design and implementation of an IoT infrastructure.
The products in this category offer diverse tool kits for building custom IoT applications. With the help of smart sensors and routers, a business can leverage these platforms to transform objects into smart objects, which can perform a variety of intelligent tasks and generate actionable insights across the operation. An IoT platform comparison can be especially challenging, as IoT platform providers each take a unique approach to the design and deployment of these applications. The following are some primary features users may encounter during when deciding on the best IoT hub.
Application development — The core functionality of these advanced platforms is assistance with syncing internet-enabled devices and connecting them to the cloud so they can generate and share data, as well as trigger actions, send alerts, and automate tasks. This is accomplished through the development of proprietary applications that work with a particular fleet of devices, so they can perform to a company’s desired specifications. IoT platforms typically include a development interface in which users can build out these applications, or at least lay the groundwork, with little or no advanced coding. A number of platforms offer varying levels of development assistance, so complex modifications can be easily achieved with a higher degree of coding. These tools are often designed to help teams with limited IoT experience connect and assign protocols to their smart devices, regardless of the device type.
Rules engine — Once a fleet of devices is established and successfully connected to the network, users will need to determine a set of rules for the devices to follow. These frameworks are put in place to ensure each device reaches its potential as part of an IoT environment, from operational analytics to time sensitive actions in response to events and observations. Using an IoT platform, business teams can write and deploy these rule sets and assign different rules to distributed devices as needed. As IoT efforts are launched and optimized over time, users can adjust the protocols for each device based on outcomes and changing business needs.
Permissions and access — When adopting an IoT strategy for a business, it is essential to consider who will be granted access to the backend with regard to connecting new devices, management of devices and workflows, and handling of data. Not only is this required to ensure the successful deployment and utilization of smart devices, but to prevent unwanted access or modifications. IoT platforms may provide various settings for controlling who has access and to what extent they can make changes to an open IoT architecture. As new employees are assigned to IoT responsibilities or roles change within an organization, administrators can update system permissions and the specific details of each user account.
Device management and analytics — Making the most of a functional IoT fleet will entail a number of tasks, ranging from device audits and firmware updates to cleaning and sorting of device data. Depending on the platform a company uses, these ongoing efforts may require additional software applications or involve tools that come included on the IoT platform. When researching potential solutions for a business, take note of its device management and data analytics features to determine which additional solutions users will need to consider. In situations where certain features are not included, IoT platforms will typically integrate with other applications that perform these functions, and can work together to create a complete IoT stack.
Hardware issues — Getting an IoT project off the ground requires more than a quality software program. It hinges on the objects themselves, and the smart sensors used to enable their IoT connectivity. Building out this fleet and maintaining its health can be an outsized challenge, and present a litany of unexpected hurdles over the course of an IoT launch campaign. Furthermore, these various hardware issues can interrupt the work being done on an IoT platform, and force delays or changes related to an IoT application. It is important to keep this in mind and allocate the necessary resources to device enablement, testing, and troubleshooting when deploying an IoT fleet.
Network issues — In addition to the devices themselves, an IoT program is reliant on a high-powered, stable connection that unites devices to each other and the internet. With regard to the IoT, this typically requires specialized routers, modems, and network plans. Despite the advanced capabilities of smart devices and the technology woven through it all, there is still an ever-present possibility of network issues such as dropped signals and other disruptions, not to mention technical problems with network devices. Network difficulties during or after the build-out of an IoT architecture can be a roadblock for those in charge of a company’s IoT efforts. They might also create larger problems for the company or customers down the road as the company integrates the IoT into everyday operations. Any business considering an IoT investment should ensure that primary and edge networks are thoroughly tested in relation to the particular bandwidth and performance required of the IoT infrastructure, and upgraded as necessary for optimal strength and reliability.