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title: Introduction to Azure IoT device and application development
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title: Introduction to Azure IoT device development
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description: Learn how to use Azure IoT to do embedded device development and build device-enabled cloud applications.
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author: timlt
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ms.author: timlt
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ms.service: iot-develop
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ms.topic: overview
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ms.date: 04/28/2022
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ms.date: 05/08/2023
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---
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# What is Azure IoT device and application development?
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# What is Azure IoT device development?
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Azure IoT is a collection of managed and platform services that connect, monitor, and control your IoT devices. Azure IoT offers developers a comprehensive set of options. Your options include device platforms, supporting cloud services, SDKs, MQTT support, and tools for building device-enabled cloud applications.
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## Device development paths
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This article discusses two common device development paths. Each path includes a set of related development options and tasks.
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***Device application development:** Aligns with modern development practices, targets higher-order languages, and executes on a general-purpose operating system such as Windows or Linux.
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***General device development:** Aligns with modern development practices, targets higher-order languages, and executes on a general-purpose operating system such as Windows or Linux.
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> [!NOTE]
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> If your device is able to run a general-purpose operating system, we recommend following the [Device application development](#device-application-development) path. It provides a richer set of development options.
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> If your device is able to run a general-purpose operating system, we recommend following the [General device development](#general-device-development) path. It provides a richer set of development options.
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***Embedded device development:** Describes development targeting resource constrained devices. Often you use a resource-constrained device to reduce per unit costs, power consumption, or device size. These devices have direct control over the hardware platform they execute on.
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### Device application development
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Device application developers are adapting existing devices to connect to the cloud and integrate into their IoT solutions. These devices can support higher-order languages, such as C# or Python, and often support a robust general purpose operating system such as Windows or Linux. Common target devices include PCs, Containers, Raspberry Pis, and mobile devices.
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### General device development
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Some developers adapt existing, general purpose devices to connect to the cloud and integrate into their IoT solutions. These devices can support higher-order languages, such as C# or Python, and often support a robust general purpose operating system such as Windows or Linux. Common target devices include PCs, Containers, Raspberry Pis, and mobile devices.
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Rather than develop constrained devices at scale, device application developers focus on enabling a specific IoT scenario required by their cloud solution. Some developers also work on constrained devices for their cloud solution. For developers working with resource constrained devices, see the [Embedded Device Development](#embedded-device-development) path.
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Rather than develop constrained devices at scale, general device developers focus on enabling a specific IoT scenario required by their cloud solution. Some developers also work on constrained devices for their cloud solution. For developers working with resource constrained devices, see the [Embedded Device Development](#embedded-device-development) path.
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> [!IMPORTANT]
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> For information on SDKs to use with device application development, see the [Device SDKs](about-iot-sdks.md#device-sdks).
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> For information on SDKs to use for general device development, see the [Device SDKs](about-iot-sdks.md#device-sdks).
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### Embedded device development
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Embedded development targets constrained devices that have limited memory and processing. Constrained devices restrict what can be achieved compared to a traditional development platform.
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