IoT (Internet of Things) is no longer a jargon. When it comes to discussing IoT, everybody would think about the interconnected Apple watch and mobile applications through which you can receive the data on traffic handling, your health status, and so forth. Now everything runs on an IoT platform.
According to Statista report, there were 15.41 billion IoT connected devices in 2015 which currently have increased to 26.66 billion and are predicted to beat 75 billion devices by 2025. Manufacturing, corporate or business, and healthcare industries are ahead in using IoT technology.
IoT development tools and platforms are pondered as the most important elements of the IoT ecosystem. Every IoT gadget allows connecting to other IoT gadgets and apps for providing data utilizing standard IPs.
In short, IoT platforms bridge the gap between the data networks and device sensors. IoT platforms connect the sensor system with the data and provide info using back-end apps for making the sense of an adequate data created by several sensors.
With the increased popularity of IoT in this modern digital age, the market is filled with a lot of IoT app development platforms and tools. An app development agency utilizes the best IoT development platforms and tools for creating sustainable IoT solutions and also for performing their hosting with direct support.
I have compiled a list of the top IoT app development tools and platforms to use in 2020 based on their versatility of usage, the client base, efficiency, and effectiveness. Let’s read on!
Top 26 IoT App Development Platforms and Tools
1. IBM Watson
IBM tries various things with IoT integrations and solutions. The IBM Watson platform enables secure data transmission, strong remote device control, and cloud capacity for storing large data, security features, and real-time data assessment with efficient risk management.
This development platform of IBM includes different beneficial services and tools that make IoT development easier and increasingly productive.
This platform helps you ensure different connected devices. It allows designers to finish connectivity, data handling, and real-time data analysis. The real-time data received from the connected devices is handled at many points and is also organized and coordinated using data services.
Due to secure design, this platform offers designers an efficient method to make sure the completeness of IoT solutions.
2. Microsoft Azure IoT
The Azure IoT is an extensive collection of Microsoft-related cloud services with which you could connect and handle many IoT assets. In short, your IoT solution would contain more than one IoT gadget with a capacity of communicating with several back-end services hosted by the cloud.
You could develop and secure more IoT apps securely. Having a decade-long experience with Microsoft enterprise, you understand that Azure is the greatest choice for any type of companies and enterprises. Azure IoT can control any type of device, tool, security feature, and data analytics to meet the IoT objects.
Microsoft focuses on creating more IoT products. Azure IoT is working on a new business invention, lowering waste through Machine Learning and AI, and boosting business productivity constantly.
A few features of this platform incorporate identity registry, device shadowing, data monitoring, and a set of the rules engine. Azure IoT suite integrates with Azure Stream Analytics for processing a large amount of data created by the sensors.
3. Google Cloud
This IoT platform is a properly handled and combined IoT solutions provider. This platform helps in comprehensive IoT app development and the handling of IoT devices connected across the globe. It features an advanced analytics tool that allows the companies to receive intuitiveness in a real-time way.
Aside from such great capabilities, Google Cloud also offers combines services with cloud, end-to-end security, advanced data analytics, business process optimization, and a completely managed infrastructure.
4. Amazon Web Services (AWS)
This is another popular IoT platform available these days. It provides an exclusively solid and less effort framework platform in the cloud. Due to its uniqueness and versatility, it is used by several companies globally. Its adaptability and cost-effectiveness make this platform great among all options for developers.
IoT Device Management of Amazon Web Services allows easy extension and connection of devices. The administration assures a versatile and safe application with the possible results of investigating, monitoring, and refreshing the device’s utility.
5. Cisco IoT Cloud Connect
Created by Cisco, this IoT development platform allows the developers to encounter secure and easy solutions for IoT along with different other purposes. The list incorporates data analytics, network connectivity, app enablement, automation, and management.
Cisco believes in offering its clients a safe platform for connecting several devices globally, regardless of their geographical locations. This platform assists smart city, power management, transportation system, industrial automation, and more.
6. Salesforce IoT
If you are seeking an adaptable and solid IoT platform, you must check this US-based developer of deployed computing programming and undertaking preparations.
This platform focuses its IoT advancement action on creating an all-inclusive framework relating IoT gadgets directly to their clients within the Salesforce structure.
The basic aim is to open the IoT data to everybody. Salesforce helps you create tailored IoT apps relating to any gadget and depicting its data for extra use. It accepts the client-first approach that makes it stand out from the competitors.
This API-based platform depends on Node.js. It’s a complete toolkit for creating HTTP APIs for devices. Zetta integrates WebSockets, REST APIs for making real-time and data-intensive apps.
Some noteworthy features of this platform are as follows:
- It can convert any device to an API.
- It is built for real-time and data-intensive apps.
- It permits developers for assembling cloud apps, device apps, and smartphone apps.
- It features essential programming and an easy interface for controlling controllers, actuators, and sensors.
- It runs on a PC, on the cloud, or even limited development boards.
This is another beneficial domain for the remote management and monitoring every single related device that has a place with your IoT framework. The remote devices can be connected either directly or by cloud management.
The great analytical ability enables developers to make ready, sort out, and focus on the data collected from meters, sensors, and other IoT gadgets.
With the use of the most innovative and newest tech trends, SAP offers the option of using the IoT data to build and combine AI apps.
9. HP Enterprise Universal
This universal IoT platform helps clients connect to a firm and transparent system. HP Enterprise is well-known for its versatility, modularity, and scalability. It allows the clients to monetize from the huge data gathered from a wide range of devices and smart sensors, which covers an extensive area of apps.
Some of the most advantageous features of this IoT app development platform are its simultaneous handling, precise data assessment, secure monetization, cross-vertical and market operations, and in-built app designer.
This is an open-source IoT platform that works as a middleware to accelerate the IoT solutions distribution procedure. The cloud enablement software permits you to add a feature-specific platform, connect transport-agnostic links, and different devices.
Some notable features of this platform include:
- Direct hardware integration
- Management of millions of devices
- Business app customization
- Lowered development cost
- Lowered market time
In case you want to make a PC that can identify and workout more powerful control over the real world when associated with your basic standalone PC, Arduino will be the wisest choice. Providing a perfect combination of IoT software and hardware, Arduino is an easy-to-use IoT platform.
It performs through a wide range of hardware specs that can be offered to associated devices. Arduino’s software comes in the strategy of the IDE (Integrated Development Environment) and Arduino Programming Language.
12. Oracle IoT
Among all great IoT platforms, Oracle is globally notable for its actuated arrangements in the areas of cloud computing, database handling, and enterprise software. Moreover, the Oracle line of products includes an IoT arrangement.
Oracle IoT platform associates the undertaking programming with the present reality of devices and their analysis. Its adaptable condition for developing business apps provides amazing business openings.
Being a ruler in database handling services, Oracle supports the creation of extremely large amounts of data, consequently promoting organizations for developing IoT systems with huge opportunities in the industry.
Another notable referencing point is the use of state-of-the-art security elements that protect the IoT frameworks from outer risks. As such frameworks, for the maximum part, comprise several gadgets, some of which have no basic safety measures. The utilization of centralized security measures is more than formulated.
This programmable processor core is designed for electronic projects of students and engineers. This Arduino-based platform incorporates a wireless transmitter that displays up to more than a half-mile. Moreover, you don’t need a router, as flutter boards can communicate with one another rapidly.
It comprises 256-bit AES encryption and it’s easy to use. Some of the features of Flutter incorporate:
- Native and rapid performance
- Visual finish and performance of current widgets
- Flexible and expressive UI
Carriots provides a high-end IoT platform with a design to meet every need of the industry. It helps you manage both digital twin projects and machine to machine projects.
This IoT platform helps you develop and host several IoT apps. Its popularity level is high as you can combine with many apps.
This PaaS platform is developing in terms of its popularity. It provides different functionalities including:
- Better client hierarchy level
- Data export feature
- API key handling
- SDK app engine
- Control panel and custom alarms
- Device handling
This platform is for device management, data collection, visualization, and processing. It supports all incredible IoT protocols like HTTP, MQTT, and CoAP as fast as cloud and on-premise distributions. It creates workflows depending on RPC requests, REST API events, and design life cycle events.
Top features of ThingsBoard include:
- 30 highly tailored dashboard widgets for advanced user access.
- Multi-tenant out-of-the-box installations
- No single failure moment because each node is precise.
- Manages millions of devices simultaneously
- Enables user-specific features utilizing customizable rule groups
- Changes and normalizes device inputs and maintains alarms for creating alerts on every inactivity, restore, and telemetry event.
- Simple control of every connected device in an amazingly safe system
- A stable platform that integrates fault-tolerance, production, and scalability.
This platform provides the adjustment, assimilation, processing, and repository of device inputs. It offers extremely tuned HBase and MongoDB applications and runs on Apache Tomcat. Moreover, it supports Kubernetes cluster devices.
Some features of SiteWhere incorporate:
- Grafana for visualizing SiteWhere information
- HBase for the non-relational data storage
- Eclipse Californium enables CoAP messaging
- Combines 3rd-party integration systems
- Connect gadgets with AMQP, Stomp, MQTT, and other protocols
- InfluxDB for storing event information
- Add widgets via REST services, self-registration, or in batches
- Spring features the root configuration system
- Run any IoT app analysis on one SiteWhere case
17. Predix IoT
It’s a newbie in the world of IoT solutions. Focusing on industrial IoT, Apple and GE have designed this platform. It offers its clients strong tools for software development and permits business partners and clients to organize or create their IoT devices and solutions.
One of the main benefits of this platform is its predictive maintenance in industrial business operations. This IoT platform can assess data predicts wisely and inform the control center for taking the required steps to stop any type of crucial event.
It’s a visual tool for covering the IoT, i.e. connecting online services, APIs, and hardware devices in new ways. Developed on Node.js, Node-RED explains itself as a visual means for developing the IoT.
It helps developers connect services, devices, and APIs utilizing a flow editor based on a browser. Furthermore, it runs on Raspberry Pi and more than 60000 modules can be availed for maximizing its facilities.
This platform provides risk management solutions, lowered app development costs, and shorter app-building time. It contains a flexible solution for distribution with complete app design, run-time, and an intelligent environment.
This IoT platform is popular for its rapid app development procedure, integration, and distribution for several IoT solutions. Also, it offers scalability and flexibility for future distribution and overhaul of the tech world.
20. Qualcomm’s IoT Development Kit
It’s a blend of software and hardware. This IoT platform has incredible home automation and environmental monitoring. As per Qualcomm, this is to be the next-gen platform as it’s backed by different futuristic functionalities.
This end-to-end IoT platform gives apps, device cloud, connectivity, and IoT hardware development platform. To create and handle your IoT fleet, it features a reliable, unique infrastructure. Mesh, Wi-Fi, and Cellular (2G/3G/4G) are given for connectivity.
Furthermore, it offers Device OS, IoT Rules Engineer, Device Cloud, and developer tools as IoT software.
22. Distributed Services Architecture
Distributed Services Architecture (DSA) helps execute logic, inter-device communication, and efforts at each turn of the IoT framework.
It permits cooperation between devices in a distributed way and fixes a network engineer for sharing functionality between individual computing systems. From DSLinks, you can handle node attributes, links, and permission.
It offers a scalable cloud base for associating devices. You can combine them by integrating them with your project logic utilizing their REST API or manage them fast by running the admin console.
It supports all kinds of hacker boards like ESP8266, Intel Edison, and Raspberry Pi. You can integrate Thinger with IFTT. It gives real-time data on a great dashboard.
This Marvell Semiconductor hardware prototyping platform includes 3 different open-source projects. Kinoma Create is a DIY development kit for prototyping gadgets.
Kinoma Studio is the construction environment that works with Set up and the Kinoma Platform Runtime. Kinoma Connect is a free Android and iOS app that connects smartphone devices and supports IoT devices.
The object of this IoT platform is to offer more security to various industrial IoT solutions and clouds. It provides IoT services to over 100 organizations. This military-grade full-stack platform provides high speed and performance.
According to Gartner’s report, 95% of all new-gen products are predicted to use IoT technology and apps with some great executions by the end of 2020. We are living in a digital world. Here, everything is connected to the web that creates data and info that can be utilized, assessed, and exploited for using resources of the companies’ competitiveness.
This data can be assessed and used to improve business enterprises’ competitiveness using IoT apps. Every project can be robust with particular needs based on parameters like storage, scalability, and security.
Hence, you must recognize the best IoT app development platform and tool as per your clients’ requirements and their projects. You are recommended to consult a reliable app development company to know the real-time challenges and pricing in case you choose a specific platform for IoT app development.
Mehul Rajput is a CEO and co-founder of Mindinventory, a software development company that provide web and mobile app solutions from startup to enterprise level company. His role involves heading the operations related to business and delivery with strategic planning and defining road-map for the future.