Building a stunning IoT app is the best way to stand out in a crowded market like IoT.
But, that’s easier said than done.
First, you need to make sure you have the right tools for the job – and this means choosing an IoT platform that meets your requirements.
Here, we’ll discuss the top 12 IoT app development platforms you should use in 2025 and why they might be the right choice for you.
Let’s dive in!
Table of Contents
What is an IoT platform?
Before we dig deeper, let’s go over the basics – what exactly is an IoT platform?
An IoT platform is a suite of tools and components that helps you manage and connect devices in your IoT ecosystem.
They’re a key part of IoT development. Think of them like the glue between the hardware (sensors and devices) and application (IoT app) layers in your IoT ecosystem.
IoT platforms allow your devices to communicate with your app – and vice-versa.
Here’s a few of their key functions:
Device management – Helping you manage, configure, and maintain your fleet of IoT devices
Data collection and processing – Gathering, processing, and analyzing data from IoT devices
Connectivity – Ensuring reliable communication between devices and your app using various network protocols
Application enablement – Providing tools and frameworks for developing apps that use IoT data
In short, IoT platforms are an essential part of every IoT ecosystem and are key to successful IoT app development.
So, picking the right one is key – next, we’ll cover the top 12 platforms in more detail to help you make the right choice.
Top IoT app development platforms
Here, we’ll cover their most important features, pros and cons, and pricing.
It includes a wide range of services designed to support IoT devices, data processing, and IoT app development.
And that’s why it’s one of the most popular IoT platforms on the market.
Important features
AWS IoT Core
Enables secure device connectivity and communication.
It supports MQTT, HTTP, and WebSocket protocols for device interactions and integrates seamlessly with other AWS services like Lambda and DynamoDB.
AWS IoT Analytics
Offers advanced analytics tools for IoT data, including data preprocessing, storage, and visualization.
AWS IoT Device Management
Provides tools to onboard, organize, monitor, and manage connected devices at scale. Features include fleet indexing, over-the-air (OTA) updates, and real-time monitoring.
AWS IoT Device Defender
Monitors your IoT configurations, detects anomalies, and has tools to help you respond to security threats.
AWS IoT TwinMaker
Lets you create digital twins of real-world systems to visualize and optimize your operations.
Pros and cons of AWS IoT
Pros
Scalability
Seamless integration with other AWS services
Flexibility
Cons
Risk of vendor lock-in
High costs with large-scale deployments
Pricing
Just like their regular cloud service, AWS’ IoT services operate on a pay-as-you go model, i.e. you pay for the resources you actually use.
So, prices vary significantly depending on the type of IoT app you’re building, its complexity, and the services you end up using.
You can use their pricing calculator for AWS IoT Core to get a rough idea of the price.
Azure IoT is a great option if you want to build end-to-end IoT solutions.
And if you’re an existing Azure user, you’ll have an easy time transitioning.
Important features
Azure IoT Hub
Allows secure and reliable communication between IoT devices and the cloud, supporting various communication protocols.
Azure IoT Edge
Extends cloud intelligence to edge devices, allowing data processing and analysis closer to the source which reduces latency and bandwidth usage.
Azure Digital Twins
Lets you create digital replicas of physical environments to help with modeling, monitoring, and simulation of complex systems.
Azure IoT Central
A fully managed SaaS solution that simplifies the creation and management of IoT applications. Includes customizable dashboards and analytics you don’t need extensive cloud development expertise to use.
Pros and cons of Microsoft Azure IoT
Pros
Scalability
Robust security features
Easy integration with other Microsoft services
Cons
Steep learning curve
Daily message quotes
Pricing
Azure IoT operates on a pay-as-you-go model and depends on the exact services you choose.
So, the price varies significantly – consult their pricing calculator to get an estimate.
With it, you can analyze real-time data and easily integrate it with your IoT app and other Oracle services.
So, if you already use Oracle’s other services in your business, it should be your top choice.
And with its robust security features, you can be sure your data will be safe.
Important features
Reliable communication
Supports secure and reliable communication between IoT devices and the cloud, in both directions.
Data management and analysis
Provides real-time analysis tools to help you aggregate and filter incoming data from your device, aiding in critical business decision-making.
Integration capabilities
Seamlessly integrates IoT data with enterprise applications, companion apps, web services, and other Oracle Cloud services.
Security
Assigns a unique digital identity to each device for secure end-to-end communication.
Cross-protocol functionality
Lets you directly address any device connected to the cloud, regardless of network protocol or firewall restrictions.
Pros and cons of Oracle IoT Cloud Service
Pros
Native ERP integration
Fleet management tools
Strong security measures
Cons
Difficult integration with non-Oracle services
Limited community support
Pricing
Specific pricing information for Oracle IoT Cloud Service isn’t publicly available – and you can only access it if you already have an active Oracle Cloud subscription.
So, you’ll need to contact them for more information.
Golioth has robust fleet features and is compatible with a wide range of IoT hardware solutions.
Also, since it’s cloud-based, it can also easily connect your devices with your IoT companion app.
And that’s why it’s a great choice.
Important features
Hardware agnostic
Supports custom hardware and is compatible with over 100 boards from various manufacturers.
Secure firmware SDK
Provides a flexible firmware SDK that ensures a secure and efficient link to the cloud with a low memory footprint. This gives you access to device data while also saving power.
Device management
Offers a console that allows users to remotely manage multiple projects and fleets.
Data routing and transformation
Lets you create data pipelines with a single YAML file to stream and change device-native data into formats suitable for cloud services.
Pros and cons of Golioth
Pros
Flexibility
Developer-friendly tools
Lightweight SDK
Cons
Doesn’t have a mature ecosystem
Not as comprehensive
Pricing
Golioth works on a usage-based pricing model, so you only pay for the resources you actually use.
Its zero-code integration tools and pre-configured dashboards make it easy to get started.
Cumulocity supports multi-tenancy, which is ideal if you need to manage IoT solutions across multiple clients or departments.
And that’s why it’s a strong choice if you want to deliver IoT solutions quickly without sacrificing flexibility and scalability.
Important features
Device integration
Supports seamless connection of various devices, from simple sensors to complex machinery, ensuring reliable and secure data transmission.
Easy device management
Provides functionalities for monitoring, controlling, and managing connected equipment throughout its lifecycle, including deployment, updates, and retirement.
Data management tools
Offers tools to prepare, normalize, and enrich real-time and historical data, so you have a unified view of all of your equipment.
Simplified app development
Allows for visualization and analysis of IoT data, integration with your business systems, and quick development of custom IoT apps tailored to your specific business needs.
Pros and cons of Cumulocity
Pros
Faster development
Multi-tenancy support
Zero-code tools
Cons
Limited customization
Pricing
Cumulocity’s pricing information isn’t publicly available.
It stands out for its integration with augmented reality (AR), making it ideal if you want to create an immersive, data-driven experience.
ThingWorx’s domain-specific tools and analytics make it a strong choice if you want to optimize operations and reduce down time.
Important features
Rapid application development
Provides a model-based development environment with drag-and-drop functionalities, which lets you quickly build IoT applications without extensive coding.
Connectivity
Supports integration with a wide range of devices and systems, enabling seamless data collection and communication across various protocols.
Analytics and visualization
Offers built-in analytics tools and customizable dashboards for real-time data visualization, facilitating informed decision-making.
Device management
Enables monitoring, control, and management of connected devices throughout their lifecycle, ensuring optimal performance and maintenance.
Integration capabilities
Seamlessly integrates with other enterprise systems and applications, so it’s interoperable with your existing IT infrastructure.
Pros and cons of ThingWorx
Pros
AR integration
Flexible deployment options
Built-in analytics
Cons
Resource-intensive
Pricing
ThingWorx’s pricing isn’t publicly available – you’ll have to contact PTC Sales for an estimate.
Their focus on ease of use extends to its device provisioning features, which simplifies the onboarding for connected devices.
And this simplicity and flexibility make it a great fit for startups and small-scale IoT projects.
Important features
Drag-and-drop app builder
Lets you create custom mobile and web apps without coding, with over 60 GUI elements for data visualization and device control.
Device connectivity
Supports integration with over 400 hardware models using various connectivity options such as Wi-Fi, Ethernet, Cellular (GSM, 2G, 3G, 4G, LTE), and LoRaWAN.
Device provisioning
Offers industry-leading device provisioning methods, including BLE-assisted Wi-Fi provisioning and Wi-Fi Access Point (AP)-based provisioning for devices without BLE support.
Product templates
Lets you create product templates to store device configurations, manage settings for multiple devices of the same type, and efficiently update web and mobile dashboard UIs.
User and organization management
Supports multi-tenant systems with customizable organization hierarchies, user roles, and permissions for effective management of users and devices.
Pros and cons of Blynk
Pros
Drag-and-drop app builder
White-label option
Real-time data visualization
Cons
Advanced features only in paid tiers
Potential scalability challenges
Pricing
Blynk offers a free tier you can use to explore the platform and see if it meets your needs.
Pro – from $99/month, meant for commercial prototyping
Enterprise – custom pricing, this is their white-label IoT solution which includes a private server, enterprise-grade security, and publishing custom branded apps to app stores
Kaa is well-suited for enterprise applications that need robust device and data management.
It’s a strong option if you need to build highly customized and scalable IoT solutions.
Important features
Protocol-agnostic
Works with various communication standards, so it’s a great choice if you need to integrate different devices.
Microservice architecture
Allows you to independently deploy and manage specific components of the platform.
Configuration management
Gives you control over device behavior, data processing parameters, edge analytics, and feature flagging with its comprehensive configuration management tools.
Digital twins
Lets you create and manage digital twins for real-time operational insights and simulations.
Losant supports creating end-user experiences, like branded web and mobile UIs, so it’s a great fit if you’re building a customer-facing IoT app.
And with an extensive marketplace of templates and pre-configured integrations, it will help you build it quickly, too.
Important features
Visual workflow engine
A low-code, drag-and-drop interface that simplifies the creation of complex IoT workflows. Allows users to easily implement business logic and integrate with third-party services.
Device and data management tools
Provides a bunch of tools for device and data management, including support for digital twins, real-time data collection, and secure communication protocols.
Customizable dashboards and analytics
Offers customizable dashboards and analytics tools to visualize and interpret IoT data through graphs, maps, and logs.
Multi-tenancy support
Losant lets you efficiently manage multiple clients or users under a single account, making it a good choice for IoT development agencies.
Pros and cons of Losant
Pros
Pre-built templates
Multi-tenancy support
White-label option
Cons
Not as mature
Pricing
Losant offers customizable pricing, based on your specific business needs.
You can fill out their form and their representatives will contact you to get details and give you an estimate.
IoT app development platforms: FAQs
To choose the right IoT platform, you need to consider your project’s requirements, including:
Scalability
Security
Supported protocols
Ease of integration
Budget
Assess the platforms based on your specific industry, hardware compatibility, and the exact capabilities you need (cloud, edge, or hybrid).
Your IoT app development timeline depends on the complexity of the app, the number of features, and the types of devices involved.
On average, developing a basic IoT app takes around 3 to 6 months.
For more complex apps, especially those involving multiple devices, advanced analytics, or enterprise-grade security, development can stretch to 9-12 months or more.
There’s no straightforward answer on how much an IoT app costs to build.
The total cost of your IoT app’s development will depend on a number of factors:
IoT device type
Size and location of the development team
App type and features
The third-party integrations it needs
Security and compliance
Long-term maintenance costs
But, we can give you the typical cost ranges based on complexity:
Basic IoT apps – These apps are typically designed to manage a single device or a small number of straightforward tasks, like turning on smart lights or adjusting a thermostat. Costs for these apps typically range from $30,000 to $50,000.
Advanced IoT apps – If you’re building an app that connects to multiple devices or requires advanced features like real-time data analytics or geolocation, costs increase significantly. These apps generally fall within the $50,000 to $150,000 range.
Complex IoT apps – Enterprise-level solutions or apps that integrate with a wide variety of devices or use advanced technologies like AI, can easily cost $200,000+ to build.
Looking for an IoT app development partner?
Are you looking for a reliable partner to help you build a stunning IoT companion app?
Well, you’re in the right place.
We have 12+ years of experience building a variety of IoT apps, from healthcare to HVAC.
So, if you go with us, you’ll be in safe hands.
If you want to learn more, feel free to reach out and our team will be happy to set up a call to discuss your needs in more detail.
When something unusual happens, Vlado is the man with an explanation. An experienced iOS Team Lead with a PhD in Astrophysics, he has a staggering knowledge of IT. Vlado has a lot of responsibilities, but still has time to help everybody on the team, no matter how big or small the need.
His passions include coffee brewing, lengthy sci-fi novels and all things Apple. On nice days, you might find Vlado on a trail run. On rainier days, you’ll probably find him making unique furniture in the garage.
