5 underrated IoT development tools for 2024



The growing significance of the Internet of Things is undeniable when it comes to enhancing both personal lifestyles and business profitability. Nonetheless, the process of creating IoT solutions remains a complex endeavor. In the realm of IoT development, a wide array of tools and platforms are at the disposal of developers, facilitating the creation, deployment, management, and monitoring of IoT products, which include various types of IoT devices. Within this discourse, we will present a list of the most promising IoT software development tools to explore in 2024.

IoT development tools encompass a fusion of software and platforms, collaborating to facilitate the conceptualization, construction, and operation of IoT solutions. The process of crafting IoT products entails the intricate synergy of software applications and hardware components to yield a user-centric product that operates seamlessly according to pre-programmed directives.

To embark on the journey of designing such devices, one must harness the power of IoT software development tools. These indispensable resources encompass a spectrum of elements, ranging from programming languages to operating systems, and application development platforms.

Modern IoT development platforms like Blynk, Particle, and 2Smart Cloud typically encompass a wide range of functionalities for product development, provisioning, and remote device management. These platforms often include modules like no-code IoT app builders, environments for firmware development, testing and OTA updates, solutions for IoT monitoring and troubleshooting. Additionally, developers have the flexibility to integrate external open-source IoT tools with the core platform to streamline their workflow. We will look at some of them below.

Home Assistant

Home Assistant is a full-fledged home automation software ecosystem. This centralized solution seamlessly unites an array of smart home devices, delivering both localized control and enhanced security. The Residence Mastermind comes equipped with user-friendly mobile applications, granting you the ability to remotely oversee your devices and receive alerts in the event of any issues. Moreover, it boasts expandable capabilities, allowing for seamless integration with supplementary applications to further enhance your home automation experience.

MQTT Explorer

MQTT Explorer is a freely available MQTT client application, designed to offer an intuitive graphical user interface (GUI) equipped with a structured topic hierarchy. It embraces a hierarchical primary display and empowers users with visual chart representations of the incoming payload messages. This versatile IoT software tool is fully compatible with MQTT 5.0 and 3.1.1 protocols, empowering developers to establish and manage a single MQTT/MQTTS connection concurrently.


Node-RED, an Internet of things development tool, stands as a versatile platform designed to enable creative integration of hardware devices, online services, and APIs. This innovative tool operates seamlessly on the lightweight Node.js runtime and offers an intuitive browser-based flow editor for a straightforward deployment of your flows.

Node-RED boasts a spectrum of features, including a built-in library for preserving templates, flows, and functions to cater to your future needs. It particularly shines in executing IoT projects, even on budget-friendly hardware like the Raspberry Pi, at the network’s edge. Leveraging a repository packed with over 225,000 modules, Node-RED simplifies the process of enhancing your system with new functionalities. Furthermore, it equips you with a rich-text editor for the effortless creation of JavaScript functions.


Zetta emerges as a dynamic platform tailored for crafting APIs that power the diverse landscape of IoT devices. It’s firmly rooted in Node.js, an open-source runtime environment. This IoT-oriented platform seamlessly fuses REST APIs, reactive programming, and WebSockets to provide developers with a direct conduit to established conventions and protocols, simplifying the entire development process.

One of Zetta’s remarkable features is its adaptability. You have the flexibility to deploy a Zetta server either locally, on hardware like the Intel Edison, or leverage the scalability of the cloud. This freedom of deployment opens up new possibilities for device management and accessibility. When coupled with visualization tools, Zetta offers a streamlined and efficient means to monitor and understand the behavior of your connected devices.

The breadth of Zetta’s tools for IoT is further amplified by its ability to serve as a comprehensive toolkit for constructing HTTP APIs catered to the specific requirements of diverse devices. In addition, it empowers developers to create a spectrum of applications, ranging from device-specific apps to mobile and cloud-based solutions. Zetta excels in crafting data-intensive platforms that harmonize various devices, consolidating them into a coherent and integrated system.

For those embarking on a journey with Zetta, abundant documentation is readily available, offering comprehensive insights into Zetta’s APIs and the supporting technologies. Whether you’re seeking to brainstorm groundbreaking concepts, report any potential issues, or require assistance in crafting a new IoT device, the vibrant and supportive Zetta community stands as a valuable resource, ready to collaborate and lend a helping hand.


Wireshark is a potent network protocol analyzer used to monitor and analyze network traffic. Its capability to offer comprehensive insights into the interactions between IoT devices and networks is of paramount importance for IoT application development and the debugging process.

Wireshark serves as an advanced network traffic analysis solution, effectively capturing and dissecting network packets, ultimately unveiling the intricacies of communication between IoT devices and the underlying network infrastructure. What sets Wireshark apart is its versatility, providing support for a wide array of IoT network protocols, including MQTT, HTTP, CoAP, Zigbee, and more. This broad protocol compatibility makes it a preferred choice for IoT application developers.

To streamline the analysis process, Wireshark empowers users with the ability to filter and search for specific packets or discern data patterns, thus enhancing efficiency and focusing the examination on specific areas of interest. Additionally, Wireshark excels in packet decoding, rendering network packets in a comprehensible format. This decoding capability simplifies the identification of issues and enhances understanding of the flow of information within the IoT network, aiding in the development and debugging of IoT applications.

In Conclusion

The evolution of the Internet of Things industry persists, perpetually unveiling fresh avenues for business expansion. In tandem with this growth, the array of software development tools for IoT solutions is expanding exponentially. Within the limits of this article, we’ve highlighted a selection of widely favored development tools for IoT that are currently in vogue, with the aspiration that this compilation assists you in making an enlightened decision for your forthcoming project.