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20 Best IoT Tools to Consider in 2024
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28th Dec, 2023
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IoT stands for "Internet of Things," which refers to the interconnection of physical devices, vehicles, buildings, and other items embedded with electronics, software, sensors, and connectivity that enables them to collect and exchange data.
The Internet of Things (IoT) is really taking the world by storm, and it's amazing to see all the ways it's changing our lives. From smart homes to connected cars, industrial automation to healthcare,
Experts predict that by 2025, over 64 billion devices will be connected to the IoT tools, which means developers are coming up with new and innovative devices all the time.
However, creating an IoT product involves a lot of effort. Where a huge list of tools available creates a hurdle in deciding the suitable tools.
This has led to a proliferation of IoT tools and platforms, which are incredibly valuable for both training developers and testing new devices. If you're interested in IoT tools development try out the best IoT course. Read on this article for a rundown of the top 20 tools you should be using.
What is IoT (Internet of Things)?
The IoT is a network of physical objects embedded with technology, such as sensors and software. The purpose of IoT is to connect as well as exchange the data within other available devices over the internet.
These devices can range from everyday household objects to advanced industrial tools. Presently, there are over 7 billion connected IoT devices, and industry experts predict this number will rise to 10 billion by 2020 and 22 billion by 2025.
What are IoT Tools?
If you're interested in developing the Internet of Things (IoT), you'll need to have access to a range of tools. These might include hardware like development boards and shields, as well as software tools for creating programs that can run on IoT systems.
Additionally, you might need to use IoT platforms to help manage your devices. It's worth noting that developing IoT devices can be challenging due to their limited processing power and connectivity.
Features of IoT Tools?
IoT tools usually come with a variety of functionalities, such as:
- IoT device management: Monitor and control IoT devices remotely, such as firmware updates, diagnostics, and configuration.
- IoT connectivity: Multiple options for connecting IoT devices to the internet, including Wi-Fi, Bluetooth, cellular, and LoRaWAN.
- Analytics and data visualization: Enable the collection and analysis of IoT data, along with visualization features to help identify trends and insights.
- IoT security: Protect IoT devices and data from cyber threats, such as encryption, authentication, and access control.
Top IoT Development Tools of 2024
If you're looking to create some pretty impressive IoT systems, you might be interested in checking out this list of development tools we've put together. We've included 20 different IoT tools options that cover everything from software to platform development.
These are some of the most popular internet of things tools used in IoT by IoT developers today, so there's a good chance you'll find something that works for you. Let's discuss various tools of IoT
1. Arduino
Arduino is a company that produces electronic devices and software for the IoT market. Their hardware offerings include microcontroller boards, modules, shields and kits, which are suitable for creating a wide range of projects.
With Arduino, you can easily build robotics and home automation projects that are both functional and innovative. Their hardware specifications are top-notch, making them the leading company in the IoT tools market.
Features:
- Code writing
- Make over-the-air (OTA) uploads
- Share your web-based dashboard with remote colleagues
- Sync variables across devices, and more.
2. Flutter
Flutter is an IoT tool that can be used in IoT applications, featuring a programmable processor core, an ARM processor, built-in battery charging, and a security chip. Based on the Arduino platform, this board also comes with a long-range wireless transmitter, which makes it ideal for wireless networks of sensors.
Features:
- The Basic control module
- The Pro control module
- Complete kits, such as the Quick Start Kit and Vehicle Control Kits
3. Apache NetBeans
Apache IoT tools open source is a platform developed by the Apache Software Foundation. This platform provides a range of IoT tools and technologies to help developers build and manage IoT systems, including device management, data processing, and analytics.
Features:
- Device management for IoT devices, including device provisioning, registration, and updates.
- Data processing of large volumes of data including real-time data processing, storage, and analysis.
- Custom analytics applications for IoT data, including machine learning and predictive analytics.
4. Kinoma
Marvell Technology, Inc., a prominent manufacturer of memory devices, microcontrollers, telecom equipment, and semiconductor devices, has a team of software engineers who created a series of open-source Kinoma products for the Internet of Things, IoT tools and embedded solutions.
Features:
- Support for JavaScript, HTML, and CSS
- High-performance graphics and multimedia capabilities
- Cross-platform compatibility with popular operating systems
- Secure networking and communication
- Support for a range of IoT standards and protocols, including Bluetooth, Wi-Fi, and MQTT
- Access to a range of libraries, sample code, and online forums.
5. Tessel 2
Tessel 2 is a programmable microcontroller that supports JavaScript, Node.js libraries, and other programming languages to create connected devices. It is also one of the best IoT tools.
It runs on Linux and provides access to a wide range of NPM modules with their full capabilities.
Features:
- Support for multiple programming languages, including JavaScript and Node.js libraries
- Built-in module and USB ports for easy expansion with external hardware
- Wi-Fi and Ethernet connectivity options
- A MediaTek router
- 64MB of RAM and 32MB of Flash
- Convenient command-line tools for prototyping
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6. MQTT
Designed for low-bandwidth communication between devices and a central broker, MQTT (Message Queueing Telemetry Transport) is amongst widely used IoT tools, lightweight publish-subscribe messaging protocol in IoT development.
Features:
- Quality of service
- Security
- It is easy to use and integrate with other systems and services
- Helps developers create scalable, reliable, and secure IoT systems that support many devices
7. Wireshark
Wireshark is an open-source and free network protocol analyzer, that can be utilized by developers to monitor and troubleshoot IoT communication. It is one of cross-platform IoT tools, compatible with all operating systems, and widely recognized as a leading network protocol analyzer.
Features:
- Free and open-source network protocol analyzer
- Works across all platforms and operating systems
- Captures and analyzes network traffic for IoT communication
- Can identify and troubleshoot problems with IoT systems
- Detects security vulnerabilities
- Monitors performance of IoT networks
8. Mainspring
The M2MLabs Mainspring framework is a popular open-source Java-based solution for building machine-to-machine applications, such as remote monitoring projects and fleet management apps.
Features:
- Open-source Java-based framework for building machine-to-machine applications
- Flexible device configuration
- Reliable machine-to-machine communication
- Quick app prototyping
9. Raspberry Pi OS (ex. Raspbian)
The Raspberry Pi hardware comes with its official operating system called Raspberry Pi OS, which was formerly known as Raspbian. At present, the OS is available in 32-bit version, and its 64-bit version is being actively developed. It is one of the best IoT tools.
It is a free, Debian-based system that not only includes essential programs and utilities to run the hardware but also provides easy installation of thousands of pre-compiled software packages.
Features:
- Low power consumption and compact design
- Multiple models with varying levels of processing power and memory
- GPIO pins for interfacing with external hardware devices
- Compatibility with a variety of operating systems, including Linux and Windows
- Support for multiple programming languages, including Python and C++
- Built-in Wi-Fi and Bluetooth connectivity
10. Node-RED
Node-RED is one amongst many programming IoT tools that is free to use and based on Node.js, designed to enable the integration and automation of distributed IoT hardware and software systems.
Features:
- Easy workflows and automating interactions between devices and services
- Large and active community that provides a wealth of pre-built flows and resources
- Ability to integrate with cloud platforms, such as AWS, Azure, and IBM Cloud
- Out-of-the-box repositories
11. Eclipse IoT
Under the Eclipse umbrella, there is a broad spectrum of open-source projects dedicated to IoT development tools. These projects encompass software development platforms, frameworks, services, standards, tools for creating digital twins, fog computing and edge computing solutions, and much more.
Eclipse IoT projects prioritize the use of the Lua programming language, which is well-suited for IoT applications.
- A variety S/W development platforms and frameworks for building IoT solutions
- Standards and protocols for IoT interoperability
- IoT tools for building digital twins
- Extensibility and interoperability with other platforms
- Active community support to help developers learn and collaborate
12. SiteWhere
SiteWhere is a multi-tenant, open-source platform that enables the creation, deployment, and maintenance of industrial-level IoT applications. It utilizes IoT tools advanced technologies like Kubernetes, Docker, Apache Kafka, and microservices.
Features:
- Offers flexibility in customization and integration
- Provides REST APIs for easy integration
- Enables real-time monitoring and control
- Offers role-based access control for secure management
- Provides a web-based interface for easy configuration
13. DeviceHive
The DeviceHive platform provides a comprehensive suite of IoT services that cover the entire development process, from prototyping to production at scale. It is one of the top IoT tools.
It supports connecting any device through MQTT, REST API, and WebSockets. DeviceHive supports public, private, or hybrid cloud deployment models and has a container-based architecture managed by Kubernetes.
Features:
- Prototyping and production at scale
- Connection of any devices via MQTT, REST API, and WebSockets
- Integration with cloud platforms and third-party systems
- Real-time data analytics
- Public, private, or hybrid cloud deployment models
14. Home Assistant
Home Assistant is an all-in-one home automation software package. This centralized control and security system incorporates smart home gadgets.
Home Assistant provides easy smartphone applications that allow you to remotely manage your gadgets and receive notifications if anything goes wrong.
Features:
- Integration with over 1,500 different devices and services
- Ability to create custom automation rules
- Support for multiple platforms, including Raspberry Pi, Linux, Docker, and Windows
- Customizable user interface
15. OpenRemote
OpenRemote is a versatile platform that enables you to design and handle IoT monitoring applications. Its primary domains of application are smart city and mobility, energy management, and asset management.
Features:
- Customizable dashboards:
- Domain-specific solutions
- Integrate with a range of IoT devices and protocols, including Z-Wave, KNX, MQTT, and more.
- Remote management
16. OpenHAB
OpenHAB is an incredibly useful tool that allows you to interact with all of your smart and non-smart devices in a personalized and customized way. With its compartmentalized design, OpenHAB makes it easy to manage all of your devices and perform custom actions.
Features:
- Integration with smart home devices and systems, such as Philips Hue, Nest, and Amazon Echo.
- It allows to define custom rules and actions based on events or conditions
- REST API for remote control and monitoring
- Customizable user interface can be accessed from web browsers or mobile devices.
- OpenHAB is highly extensible and supports the development of add-ons and plugins
17. OpenSCADA
OpenSCADA is an open-source platform that enables industrial organizations to interact with connected devices like sensors, motors, and valves through a combination of software and hardware. It is a multiplatform, scalable, and modular implementation of SCADA that allows for the development of customized applications.
Features:
- Enables real-time monitoring of data from sensors, motors, and other connected devices
- Acquisition of data from different sources, including sensors, meters, and other devices.
- Visualization of data using charts, graphs, and other visualization tools
- An alarm management that alerts operators of any issues
18. ThingsBoard
The ThingsBoard IoT platform offers a variety of features to help you connect and manage your devices. It supports MQTT, CoAP, and HTTP protocols for device connectivity and data handling. You can use out-of-the-box dashboards, charts, maps, and widgets to visualize your data in real-time, or create custom widgets using the built-in editor.
Features:
- Built-in editor for creating custom widgets
- Rule engine for creating rule chains and event-based workflows Support for multiple tenants and millions of devices
- Availability of both cloud and on-prem deployment options
19. Milesight DeviceHub
Milesight is a renowned global supplier of surveillance cameras, IoT hardware, AI systems, and software products. One of their flagship software solutions is DeviceHub, a powerful connectivity suite that allows for the deployment of multiple devices and their real-time monitoring and remote upgrading.
Features:
- Device management from a centralized location, including configuration, monitoring, and upgrading.
- Real-time monitoring for your devices in real-time and receive alerts
- Remote control of your devices, including adjusting settings and performing firmware upgrades.
- Comprehensive reporting on the status of your devices with Cloud and on-premises deployment
20. Zetta
Zetta is a Node.js-based platform designed to create APIs for IoT devices. It uses reactive programming, WebSockets and REST APIs to provide a comprehensive framework for IoT device communication. Zetta can be deployed on cloud-based or local hardware, such as Raspberry Pi or Intel Edison.
Features:
- Design APIs for your IoT devices,
- Built on Node.js a popular runtime environment
- Reactive programming to handle streams of data from IoT devices
- WebSockets and REST APIs making it easy to communicate with IoT devices
- Cloud or local deployment
How to Choose the best IoT Tools?
Here are some key points to consider when choosing the best IoT tools:
- Ensure that the IoT tools you choose are compatible with your existing infrastructure and the devices you plan to use.
- Consider the scalability of the IoT tools and choose a platform that can grow and evolve with your business needs.
- Choose tools that are easy to use and have a user-friendly interface
- Ensure that the IoT tools you choose have robust security features to protect your data and devices from cyber threats.
- Look for IoT tools that offer good customer support, including documentation, tutorials, and troubleshooting.
- Choose IoT development tools that offer flexibility in terms of customization, integration, and deployment options.
- Evaluate the costs associated with the IoT tools, including licensing, subscription fees, and ongoing maintenance and support costs.
- Consider the size and activity of the developer community.
Conclusion
With KnowledgeHut, you can establish connectivity for your IoT product regardless of the tools you use for development. Utilize KnowledgeHut online Software Development course for understanding reliable and secure IoT SIM cards, cloud-based device management platform, and global network to deploy your IoT devices and ensure they are future-proof.
Frequently Asked Questions (FAQs)
1. What are some IoT device management tools?
There are multiple IoT tools such as Arduino, Flutter, Kinoma that are popular IoT device management tools you can use for your needs.
2. How can I ensure the security of my IoT devices and applications using IoT tools?
To reduce the risk of a security breach, use different passwords for each IoT device or service, update firmware and software regularly, and turn off WiFi or Bluetooth when not in use.
3. What are some IoT testing tools?
There are several IoT testing tools available in the market, including Mbed, Appium and more to help you out.
4. What are the key factors to consider when selecting an IoT tool?
Factors to consider when selecting an IoT tool include compatibility with existing systems, scalability, security features, ease of use, and support and maintenance options.
5. What are some common mistakes to avoid when selecting an IoT tool?
Some common IoT tools selection mistakes to avoid:
- Not defining your specific needs
- Not considering scalability
- Focusing too much on cost
- Not considering security and privacy and more.
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