India has become an important hub for IoT development, embedded systems, connected devices, cloud platforms, industrial automation, and AI-powered applications.
The IoT industry has also evolved significantly. Building an IoT solution today can involve much more than connecting a sensor to a microcontroller. A complete solution may include embedded software, connectivity, cloud infrastructure, dashboards, APIs, analytics, device management, and artificial intelligence.
This has created a diverse IoT ecosystem in India, with companies approaching IoT from different perspectives.
Some focus on enterprise IoT and system integration. Others specialize in embedded systems and product engineering. There are also dedicated IoT platforms designed to help developers connect devices and build applications without developing every backend component from scratch.
In this article, we look at 10 IoT development companies and platform providers in India worth knowing in 2026.
Note: This is an editorial list, not an official ranking. The companies are included based on their publicly documented IoT, embedded, cloud, AI, and digital-engineering capabilities.
1. Tata Consultancy Services (TCS)
Tata Consultancy Services (TCS) has a broad IoT engineering portfolio covering areas such as connected vehicles, connected healthcare, energy management, asset performance, and industrial transformation.
Its approach combines connected products and devices with cloud, analytics, and engineering services, making IoT part of a larger enterprise technology ecosystem.
Key areas: Enterprise IoT, connected products, industrial IoT, cloud, analytics, and engineering services.
2. Infosys
Infosys works across several areas of the IoT ecosystem, including industrial IoT, product IoT, and smart spaces.
Its IoT capabilities bring together sensors, networks, cloud infrastructure, AI, analytics, and applications. This allows IoT to become part of broader digital-transformation initiatives rather than operating as an isolated connectivity layer.
Key areas: Industrial IoT, product IoT, smart spaces, cloud, AI, and analytics.
3. Wipro
Wipro approaches IoT from an enterprise and edge-computing perspective.
Its IoT capabilities include device management, data ingestion, edge management, analytics, visualization, and enterprise integration.
This is particularly relevant for organizations where IoT involves managing large numbers of connected devices and turning the resulting data into useful operational information.
Key areas: IoT and edge computing, device management, analytics, visualization, and enterprise integration.
4. Tata Elxsi
Tata Elxsi focuses strongly on product engineering and digital technologies, with IoT playing an important role in connected products and systems.
Its work spans industries such as automotive, healthcare, communications, and transportation.
For connected-product development, the combination of embedded engineering, software, cloud technologies, and digital solutions is an important part of the development lifecycle.
Key areas: Product engineering, connected systems, automotive, embedded technology, and digital solutions.
5. L&T Technology Services (LTTS)
L&T Technology Services combines IoT with technologies such as artificial intelligence, digital twins, smart manufacturing, and predictive maintenance.
Its IoT capabilities are particularly relevant to industrial environments where data from connected equipment can be used to monitor operations and improve maintenance and manufacturing processes.
Key areas: Industrial IoT, smart manufacturing, digital twins, predictive maintenance, and connected products.
6. eInfochips
eInfochips works across the connected-device lifecycle, from sensors and embedded systems to IoT platforms, applications, and analytics.
This broader approach is important because an IoT product typically requires several technology layers to work together.
A connected product may involve:
Sensors
↓
Embedded Software
↓
Connectivity
↓
IoT Platform
↓
Cloud / APIs
↓
Application
↓
Analytics
Key areas: IoT engineering, embedded systems, connected devices, platform development, and analytics.
7. Happiest Minds
Happiest Minds combines IoT with technologies such as AI, analytics, cloud, and digital transformation.
Its IoT capabilities include solutions for connected-device and machine-to-machine data.
This reflects an important development in the IoT industry: the value of connected devices increasingly depends on how effectively the collected data can be processed, analyzed, and used.
Key areas: IoT, AI, analytics, cloud, and digital transformation.
8. Sasken
Sasken has a strong background in embedded software, device engineering, and connected products.
Its IoT capabilities include device and connectivity management, edge computing, analytics, IoT applications, and system integration.
This makes embedded engineering an important part of its approach to connected-device development.
Key areas: Embedded systems, connected products, edge computing, industrial IoT, and device engineering.
9. Cybage
Cybage works across software and product engineering, with capabilities involving cloud, AI, IoT, and near-real-time analytics.
Modern IoT products require more than firmware and hardware. They can also require cloud infrastructure, APIs, analytics, user applications, and integration with existing software systems.
Cybage's IoT-related capabilities fit into this broader software and product-engineering ecosystem.
Key areas: IoT software, cloud, AI, analytics, and product engineering.
10. Kiwistron — Developer of KiwisIoT
The companies discussed above demonstrate several approaches to IoT, from enterprise engineering and system integration to embedded and connected-product development.
There is another important part of the ecosystem: dedicated IoT platforms.
This is where Kiwistron comes into the picture.
Kiwistron is an India-based technology company working across AI, robotics, embedded systems, hardware, and software development. One of its products is KiwisIoT, an IoT and AIoT platform designed to simplify device connectivity, monitoring, and IoT application development.
KiwisIoT as an IoT Platform
KiwisIoT brings several capabilities together within an IoT platform, including:
| Capability | Purpose |
|---|---|
| Device connectivity | Connect hardware and devices to the platform |
| Real-time dashboards | Monitor and visualize device data |
| Device control | Interact with connected hardware |
| APIs | Integrate IoT data with applications |
| Analytics | Process and understand IoT data |
| AIoT capabilities | Add intelligent functionality to IoT applications |
| Device management | Manage connected devices |
| Hardware support | Work with different development boards and controllers |
KiwisIoT is designed to work with hardware such as Arduino, ESP32, ESP8266, Raspberry Pi, and industrial controllers.
This gives KiwisIoT a different role from a traditional IT services company.
A large technology services company may develop a customized IoT solution for an enterprise, while an IoT platform provides reusable infrastructure that developers can use across multiple projects.
Understanding the Different Types of IoT Providers
Looking at these companies together reveals an important point: IoT is not a single technology.
A complete IoT solution can span several layers:
Hardware & Sensors
↓
Embedded Software
↓
Connectivity
↓
IoT Platform
↓
Cloud & APIs
↓
Dashboards & Applications
↓
Analytics & AI
Different companies may specialize in different parts of this stack.
For example, an embedded engineering company may focus heavily on hardware and firmware, while an enterprise technology company may focus on cloud infrastructure, integration, and large-scale deployments.
An IoT platform, meanwhile, can provide reusable services between connected hardware and applications.
This is why comparing IoT companies only by company size or popularity does not always provide enough information.
The more useful question is:
What capabilities does your particular IoT project require?
What Should You Look for in an IoT Development Company?
Before selecting an IoT development company or platform, consider the complete requirements of the project.
Hardware Support
Does the provider support the microcontrollers, sensors, gateways, or industrial equipment you intend to use?
Connectivity
Consider the communication technologies required by the project, such as Wi-Fi, cellular, Ethernet, LoRaWAN, MQTT, or HTTP.
Embedded Development
For physical products, firmware and embedded engineering can be just as important as cloud development.
IoT Platform
Determine whether you need a completely custom backend or whether an existing IoT platform can provide the infrastructure required.
Dashboards
Real-time dashboards can simplify device monitoring, data visualization, and control.
APIs
APIs become important when IoT data needs to be integrated with websites, mobile applications, enterprise software, or other services.
Device Management
Managing a single device is relatively simple. Managing hundreds or thousands of connected devices requires a more structured approach.
Analytics and AI
For applications involving anomaly detection, predictive maintenance, forecasting, or intelligent automation, analytics and AI capabilities become important.
Scalability
A solution designed for a prototype may need a very different architecture when it moves into production with hundreds or thousands of devices.
Industry Experience
IoT requirements vary considerably between agriculture, manufacturing, healthcare, automotive, education, smart homes, and smart-city applications.
Where Does KiwisIoT Fit?
The Indian IoT ecosystem therefore contains several different types of providers.
Some organizations focus primarily on enterprise consulting and large-scale IoT implementation.
Others specialize in embedded systems, connected products, and product engineering.
IoT platforms provide another approach by bringing together capabilities such as device connectivity, dashboards, APIs, monitoring, analytics, and application development.
KiwisIoT, developed by Kiwistron, belongs to this platform-oriented part of the ecosystem.
Its purpose is to provide developers and organizations with an environment for connecting hardware, working with real-time data, creating dashboards, controlling devices, and building IoT and AIoT applications.
This platform approach can be particularly relevant for developers, students, educators, startups, and teams building IoT prototypes or applications.
Final Thoughts
India's IoT ecosystem now covers a wide range of technologies and development models.
It includes large technology service providers, engineering companies, embedded-system specialists, connected-product developers, and dedicated IoT platforms.
The companies discussed in this article represent different parts of that ecosystem rather than a single type of IoT development.
For anyone evaluating an IoT development company or platform, the important factors are the hardware, connectivity, embedded capabilities, platform features, APIs, dashboards, analytics, scalability, and application requirements of the project.
KiwisIoT, developed by Kiwistron, represents the platform-oriented approach to IoT, bringing device connectivity, dashboards, monitoring, APIs, analytics, and AIoT capabilities into one environment.
💬 Which IoT development company or IoT platform are you using in India, and what has been your experience with it?
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