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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 14 IoT app development platforms you should use in 2025 and why they might be the right choice for you.
Let’s dive in!
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:
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 14 platforms in more detail to help you make the right choice.
Before you read through all 14 platforms in detail, here’s a quick side-by-side so you can shortlist the ones worth a closer look.
| Platform | Best for | Starting price |
|---|---|---|
| AWS IoT | Enterprises already on AWS wanting a broad service catalog | Pay-as-you-go, usage-based |
| Microsoft Azure IoT | Teams standardized on Microsoft and Azure infrastructure | Pay-as-you-go, usage-based |
| OCI IoT Platform | Oracle Cloud customers wanting a built-in database and AI analytics | Consumption-based, contact Oracle Sales |
| Golioth | Hardware teams wanting flexible, developer-first device connectivity | Usage-based, from $0.25/device/month |
| Balena | Fleets of Linux edge devices needing container-based OTA updates | Free tier for 10 devices, $159/mo Prototype |
| Cumulocity | Rapid, low-code IoT builds spanning simple sensors to complex machinery | Free trial, custom paid tiers |
| ThingWorx | Industrial and manufacturing teams needing model-based development and AR | Custom pricing |
| Particle | Teams wanting hardware, connectivity, and cloud from a single vendor | Free tier, $299/mo per block for Basic |
| ThingsBoard | Technical teams wanting full ownership through open source | Free (open source), paid cloud/hosting available |
| Blynk | Consumer IoT apps (smart home, wearables) needing a no-code builder | Free tier, $29/mo Starter |
| Tuya | Consumer and white-label smart device brands needing fast go-to-market | Free trial tier, custom paid plans |
| Kaa Next IoT Cloud | Teams wanting modular, protocol-agnostic architecture with built-in AI | Free plan (5 devices), $99/mo Cloud 100 |
| Siemens Industrial IoT | Manufacturing, energy, and logistics running on Siemens Xcelerator | Custom, depends on services used |
| Losant | Enterprise low-code builds with visual workflows | Custom, contact for quote |
Use this table to narrow your list to three or four contenders, then read the full entries below before you commit to one.
Here, we’ll cover their most important features, pros and cons, and pricing.
AWS IoT is a comprehensive suite of managed cloud services offered by AWS that helps businesses build, deploy, and manage IoT solutions.
And the suite goes beyond just AWS IoT Core, which is the most well-known service.
source: AWS Documentation
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.
Connects your devices over MQTT, HTTP, or WebSocket, with built-in integration for Lambda and DynamoDB.
Runs edge computing workloads so devices keep working offline.
Indexes and manages your device fleet, including over-the-air updates.
Audits your fleet’s security on an ongoing basis.
Builds digital twins of your physical systems.
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.
Microsoft Azure IoT is a suite of managed and platform services designed to connect, monitor, and control IoT assets at scale.
It integrates devices, data, and analytics within the Azure cloud ecosystem.
Here’s what it includes:
source: Microsoft
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.
Handles two-way communication between your devices and the cloud.
Moves processing closer to your devices for lower latency.
Models physical environments so you can simulate and monitor them digitally.
Gives you a managed, SaaS-style app experience without building one from scratch.
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.
OCI IoT Platform is a native part of Oracle Cloud Infrastructure (OCI), built to remove the separate extract-transform-load (ETL) step between devices and analytics by feeding telemetry straight into Oracle’s Autonomous AI Database.
Here’s a snapshot of how it works:
source: Cadran Consultancy
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.
Standardizes device data across formats using the Digital Twin Definition Language (DTDL).
Comes with Oracle’s Autonomous AI Database included, so you don’t buy one separately.
Feeds device data straight into your database and analytics, cutting out traditional ETL.
Includes AI Vector Search, anomaly detection, and pattern recognition, plus integration with OCI Generative AI.
Covers device authentication, TLS encryption, and OCI Vault and Certificates.
Consumption-based, tied to OCI usage rather than a flat published rate. Contact Oracle Sales for a quote sized to your workload.
Golioth is a cloud-based IoT development platform designed to simplify the process of connecting hardware to the cloud.
Golioth was acquired by Canonical in March 2026, with continuity of the platform, APIs, and roadmap confirmed post-acquisition.
source: Golioth
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.
Works with 100+ boards across manufacturers, so you’re not locked into one vendor.
A software development kit (SDK) built for secure firmware development.
You can manage your device fleet from a single remote console.
Routes data between services using simple YAML configuration.
Golioth moved to usage-based pricing in 2026, replacing its old fixed-tier plans.
source: Golioth
Connect starts at $0.25 per active device/month, with fleet management (OTA) at $0.0095/MB and data routing at $0.008/MB. New accounts get a $50 credit to start.
Container-based device management platform built for fleets of Linux edge devices.
source: Balena
If your team already works extensively with Docker containers, this is the platform that will feel the most familiar to onboard.
A container-optimized operating system built specifically for edge hardware.
Monitors and manages your device fleet remotely from one dashboard.
Pushes fleet-wide or per-device updates using delta technology to save bandwidth.
Gives you remote SSH access and real-time log viewing for troubleshooting.
Works with a wide range of device types, including Raspberry Pi and NVIDIA Jetson boards.
Pros: Strong developer experience, a container workflow most software teams already know, proven at large-scale device fleets.
Cons: Geared toward Linux-based edge devices rather than lightweight microcontrollers, and it assumes comfort with containers.
Balena offers a free tier for up to 10 devices.
source: Balena
And they offer paid plans based on device number: Prototype is $159/mo (30 devices), Pilot is $329/mo (60 devices), Production is $1,439/mo (110 devices), and custom Enterprise.
Cumulocity is a rapid, low-code IoT app development platform.
It’s ideal if you want to connect, monitor, and manage IoT devices without having to do a lot of coding.
source: Cumulocity
Its zero-code integration tools and pre-configured dashboards make it easy to get started.
It supports multi-tenancy, which is ideal if you need to manage IoT solutions across multiple clients or departments.
Cumulocity completed a management buyout from Software AG in January 2025 and now operates as an independent company backed by private capital, which is worth knowing if vendor stability is part of your evaluation.
Connects everything from simple sensors to complex machinery.
Provides features for monitoring, controlling, and managing devices throughout their lifecycle, including deployment, updates, and retirement.
Cleans up and enriches your data for a unified view.
Comes with pre-configured dashboards you can use without writing code.
Most of Cumulocity’s pricing information isn’t publicly available.
Starter plan is published at €215/mo (billed annually, up to 2.5M messages/month). Business and Enterprise tiers are custom-priced.
ThingWorx is an IoT platform tailor-made for industrial applications with advanced tools for building connected systems.
source: Cpro IoT Connect
It stands out for its integration with augmented reality (AR), making it ideal if you want to create an immersive, data-driven experience.
Worth noting: PTC agreed in November 2025 to sell ThingWorx and Kepware to private equity firm TPG. If you’re evaluating it today, confirm current roadmap and support commitments before signing anything long-term.
Builds apps in a drag-and-drop, model-based environment.
Connects to a broad range of devices and existing systems.
Visualizes real-time data without extra tooling.
Manages your devices from deployment through retirement.
Plugs into your existing enterprise IT infrastructure.
ThingWorx’s pricing isn’t publicly available – you’ll have to contact PTC Sales for an estimate.
Particle is a full-stack IoT platform that simplifies hardware, connectivity, and cloud integration for developers.
Particle was acquired by Digi International in January 2026 for roughly $50 million and now operates inside Digi’s IoT Solutions business unit, with brand and product continuity confirmed.
source: Particle
Particle excels in providing seamless integration between connected devices and the cloud, so you can quickly deploy your IoT apps.
Ideal if you want to quickly launch your IoT product with minimal technical barriers.
Offers dev kits, gateways, systems on module (SoMs), and single-board computers (SBCs) ready for production.
Runs a stable operating system built specifically for IoT devices.
Connects over Wi-Fi, cellular, satellite, and LoRaWAN.
Manages your whole fleet from one IoT command center, including OTA software updates and real-time data collection and monitoring.
Provides professional-grade IDEs, SDKs, and libraries to develop edge software.
Particle is free for prototyping and personal projects.
But, for serious IoT projects, they also offer several paid tiers.
source: Particle
The paid tiers are:
ThingsBoard is an open-source IoT platform known for its flexibility and customization.
It’s a good choice if you want full control over your IoT app’s architecture.
source: ThingsBoard
ThingsBoard also supports robust device management, real-time data visualization, and has a flexible rules engine for event processing.
Also, its open-source nature means you can self-host and avoid vendor lock-in.
Tracks your devices and assets in one place.
Processes events and automates responses to your rules.
Builds customizable dashboards and widgets for effective data visualization and easier monitoring and analysis.
Covers authentication, access control, and encryption.
Supports integration with external systems and services via REST APIs, MQTT, and other protocols.
ThingsBoard is open-source, so it’s completely free to use.
But, they also have a bunch of different subscription options for both cloud-based and self-hosted deployments if you want the extra support.
They also offer a perpetual license, meaning you just make a one-time purchase, for self-managed deployment.
Blynk is a developer-friendly platform designed for creating IoT apps with minimal coding.
It’s ideal for building consumer-facing IoT apps like smart home devices or wearables.
You can quickly design mobile apps using Blynk’s drag-and-drop interface and pre-built widgets.
source: TinyCircuits
Their focus on ease of use extends to its device provisioning features, which simplifies the onboarding for connected devices.
Builds apps using over 60 GUI elements, no code required.
Works with 400+ hardware models over Wi-Fi, Ethernet, cellular, and LoRaWAN.
Sets up new devices using Bluetooth Low Energy (BLE)-assisted provisioning.
Speeds up new builds with templates you can reuse across products.
Manages multiple customer accounts from one setup.
Blynk offers a free tier you can use to explore the platform and see if it meets your needs.
source: Blynk
They also offer several paid plans: Starter is $29/mo, Prototype is $99/mo, Production ranges $199-1,099/mo depending on device count, and Enterprise is custom.
Global white-label platform for building and shipping connected consumer products, from smart plugs to full smart-home ecosystems.
source: Tuya
If you’re a hardware brand that needs a product on shelves fast rather than a fully custom stack, this is built for exactly that.
Runs on IoT Core cloud services across Trial, Flagship, and Corporate tiers, each with its own API call and device quotas.
Builds co-branded consumer apps using white-label mobile app SDKs.
Draws on a broad hardware and module ecosystem for smart home devices.
Adds voice and vision features using built-in AI capabilities.
Supports international rollouts with data centers across regions.
Trial edition is free for individual developers (non-commercial use).
Flagship and Corporate editions are priced on request based on device count, API volume, and region. Contact Tuya Sales for a quote.
Kaa Next IoT Cloud is a modular IoT platform built on a microservice architecture.
source: Kaa IoT
It adds built-in identity and access management, an “Ask AI” assistant, and beta anomaly detection and forecasting.
Connects devices regardless of the communication protocol they use.
Deploys and manages microservices independently of each other.
Controls permissions with role-based, policy-driven access management.
Flags anomalies and forecasts data using statistical and deep learning models, currently in early beta.
Helps you use and analyze the platform, running on open-source models like Llama3 and Mistral or commercial models via OpenAI and Anthropic.
Kaa has a huge number of different subscription plans – you can explore them in more detail here.
They offer cloud-based, KaaIoT-hosted, and self-hosted deployment and subscription options.
Siemens’ Industrial IoT platform combines tools like Industrial Edge, Mendix, Insights Hub, and digital connectivity for a comprehensive IoT solution.
It’s particularly well-suited for industries like manufacturing, energy, and logistics.
source: Siemens Blog
It’s ideal if you want to seamlessly integrate IT and OT and build data-driven industrial processes.
And Siemens’ deep expertise in automation ensures its tools are reliable and industry-specific.
Enables real-time data processing at the edge, reducing latency and bandwidth costs.
A low-code development platform for quick and efficient IoT app development.
Provides advanced analytics and visualization for connected assets and gives you better operational transparency.
Offers tailored tools for sectors like manufacturing, energy, and logistics.
The pricing of Siemens Industrial IoT will depend on the specific services and tools you choose.
You can reach out to them for more information.
Losant is a low-code enterprise IoT platform that helps developers quickly build and deploy IoT applications.
Its visual workflow engine simplifies the creation of complex IoT logic, so it’s accessible even if you have limited coding experience.
source: Losant Documentation
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.
A low-code, drag-and-drop interface that simplifies the creation of complex IoT workflows.
Manages devices and data, including digital twins and secure communications.
Offers customizable dashboards and analytics tools to visualize and interpret IoT data through graphs, maps, and logs.
Manages multiple customer deployments from one setup.
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.
To choose the right IoT platform, you need to consider your project’s requirements, including:
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:
But, we can give you the typical cost ranges based on complexity:
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 14+ 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.
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