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‎.npmrc‎

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@bcmi-labs:registry=https://npm.pkg.github.com/
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@serjlee:registry=https://npm.pkg.github.com/
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@arduino:registry=https://npm.pkg.github.com/
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//npm.pkg.github.com/:_authToken=${REPO_ACCESS_TOKEN}
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//npm.pkg.github.com/:_authToken=${REPO_ACCESS_TOKEN}
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legacy-peer-deps=true

‎content/arduino-cloud/01.getting-started/01.iot-cloud-getting-started/iot-cloud-getting-started.md‎

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- [**Scheduler**](https://docs.arduino.cc/cloud/iot-cloud/tutorials/cloud-scheduler) - schedule jobs to go on/off for a specific amount of time (seconds, minutes, hours).
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- [**Over-The-Air (OTA) Uploads**](/cloud/iot-cloud/tutorials/ota-getting-started) - upload code to devices not connected to your computer.
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- [**Webhooks**](https://docs.arduino.cc/cloud/iot-cloud/tutorials/webhooks) - integrate your project with another service, such as IFTTT.
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- [**Amazon Alexa Support**](/cloud/iot-cloud/tutorials/alexa-mkr-rgb-shield) - make your project voice controlled with the Amazon Alexa integration.
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- [**Dashboard Sharing**](https://docs.arduino.cc/cloud/iot-cloud/tutorials/sharing-dashboards) - share your data with other people around the world.
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- [**Amazon Alexa Support**](/cloud/iot-cloud/tutorials/alexa-mkr-rgb-shield) - make your project voice controlled with the Amazon Alexa integration.
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- [**Dashboard Sharing**](https://docs.arduino.cc/cloud/iot-cloud/tutorials/sharing-dashboards) - share your data with other people around the world.
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## Compatible Hardware
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To use the Arduino IoT Cloud, a **cloud compatible board** is required. You can choose between using an official Arduino board, or a board based on the ESP32 / ESP8266 microcontroller. The Arduino IoT Cloud currently supports connection via Wi-Fi, LoRaWAN® (via The Things Network) and mobile networks.
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To use the Arduino IoT Cloud, a **cloud compatible board** is required. You can choose between using an official Arduino board, or a board based on the ESP32 `/` ESP8266 microcontroller. The Arduino IoT Cloud currently supports connection via Wi-Fi, LoRaWAN® (via The Things Network) and mobile networks.
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***All cloud-compatible Arduino boards come with a hardware secure element (such as the [ECC508](/resources/datasheets/ATECC508A-datasheet.pdf) cryptochip), where you can store your security keys.***
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***To learn more about setting up LoRaWAN® devices, visit the [Configuring LoRaWAN® devices in the Arduino Cloud](/cloud/iot-cloud/tutorials/cloud-lora-getting-started) guide.***
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### GSM / NB-IoT Boards
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### GSM `/` NB-IoT Boards
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The MKR GSM 1400 and MKR NB 1500 require a **SIM card** to connect to the cloud, as they communicate over the mobile networks.
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The MKR GSM 1400 and MKR NB 1500 require a **SIM card** to connect to the cloud, as they communicate over the mobile networks.
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- [MKR GSM 1400](https://store.arduino.cc/arduino-mkr-gsm-1400)
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- [MKR NB 1500](https://store.arduino.cc/arduino-mkr-nb-1500-1413)
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Connection through mobile networks can be considered in remote areas where there's no Wi-Fi, or in mobile projects (such as cargo tracking).
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Connection through mobile networks can be considered in remote areas where there's no Wi-Fi, or in mobile projects (such as cargo tracking).
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***For more information, visit the [Arduino SIM page](https://store.arduino.cc/digital/sim).***
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***Note that a secured connection is a memory intense operation, so there's not a lot of memory for the user application (e.g. around 2.6 kB on the MKR GSM 1400). Using a lot of IoT Cloud variables may cause the sketch to run out of memory on boards which don't offload the SSL stack and make it crash.***
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### ESP32 / ESP8266
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### ESP32 `/` ESP8266
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The Arduino IoT Cloud supports a wide range of third party boards based on the ESP32 and ESP8266 microcontrollers with support for Wi-Fi. To set them up, simply choose the **third party option** in the device setup.
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### 7. Editing the Sketch
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Now that we have configured variables, devices and network settings, we can get to programming our devices!
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Now that we have configured variables, devices and network settings, we can get to programming our devices!
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An automatically generated sketch file can be found in the **"Sketch"** tab. It has the same structure as a typical `.ino` file, but with some additional code to make the connection to your network and to the cloud.
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‎content/arduino-cloud/01.getting-started/02.technical-reference/iot-cloud-tech-ref.md‎

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[Arduino IoT Cloud](https://create.arduino.cc/iot/) is a service that allows you to configure, program and deploy your Arduino devices. It is an all-in-one solution for IoT development, where you can build visual dashboards to monitor and control your devices, integrate with other services and much more.
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This article summarizes the use of the Arduino Cloud IoT, and includes information regarding requirements, installation, API and general usage of the platform.
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This article summarizes the use of the Arduino Cloud IoT, and includes information regarding requirements, installation, API and general usage of the platform.
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## Compatible Hardware
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To use the Arduino IoT Cloud, a **cloud compatible board** is required. You can choose between using an official Arduino board, or a board based on the ESP32 / ESP8266 microcontroller. The Arduino IoT Cloud currently supports connection via Wi-Fi, LoRaWAN® (via The Things Network) and mobile networks.
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To use the Arduino IoT Cloud, a **cloud compatible board** is required. You can choose between using an official Arduino board, or a board based on the ESP32 `/` ESP8266 microcontroller. The Arduino IoT Cloud currently supports connection via Wi-Fi, LoRaWAN® (via The Things Network) and mobile networks.
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***All cloud-compatible Arduino boards come with a hardware secure element (such as the [ECC508](/resources/datasheets/ATECC508A-datasheet.pdf) cryptochip), where you can store your security keys.***
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### GSM / NB-IoT Boards
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The MKR GSM 1400 and MKR NB 1500 require a **SIM card** to connect to the cloud, as they communicate over the mobile networks.
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The MKR GSM 1400 and MKR NB 1500 require a **SIM card** to connect to the cloud, as they communicate over the mobile networks.
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- [MKR GSM 1400](https://store.arduino.cc/arduino-mkr-gsm-1400)
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- [MKR NB 1500](https://store.arduino.cc/arduino-mkr-nb-1500-1413)
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Connection through mobile networks can be considered in remote areas where there's no Wi-Fi, or in mobile projects (such as cargo tracking).
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Connection through mobile networks can be considered in remote areas where there's no Wi-Fi, or in mobile projects (such as cargo tracking).
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***For more information, visit the [Arduino SIM page](https://store.arduino.cc/digital/sim).***
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- [Portenta H7](https://store.arduino.cc/products/portenta-h7)
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- Cloud compatible ESP32 boards (see list below).
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#### Verified ESP32 Boards Supporting OTA
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#### Verified ESP32 Boards Supporting OTA
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The following ESP32 boards have been tested and verified to support OTA:
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```
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***Note that when using a board equipped with a hardware Real-Time Clock (RTC) the [Arduino_IoTCloud](https://github.com/arduino-libraries/ArduinoIoTCloud) library will use it automatically, thus communicating with the RTC from within your sketch or other libraries is not recommended. You can use the `getLocalTime()` and `getInternalTime()` methods provided by Arduino_IoTCloud instead.
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***
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***
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## Things
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We provide two Arduino Iot Cloud APIs:
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**1.** The first is the **REST API** which allows you to adding and configuring new Arduino IoT Cloud Devices, Things, Properties, as well as reading historical data. An example of this API's use is making custom dashboards in a local server. A full [documentation of the Arduino IoT Cloud REST API](https://www.arduino.cc/reference/en/iot/api/) is available for advanced users.
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**1.** The first is the **REST API** which allows you to adding and configuring new Arduino IoT Cloud Devices, Things, Properties, as well as reading historical data. An example of this API's use is making custom dashboards in a local server. A full [documentation of the Arduino IoT Cloud REST API](https://www.arduino.cc/reference/en/iot/api/) is available for advanced users.
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The Arduino IoT Cloud REST API can be called just with any **HTTP Client**, or using one of these clients:
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- [Javascript NPM package](https://www.npmjs.com/package/@arduino/arduino-iot-client).
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- [Python® PYPI Package](https://pypi.org/project/arduino-iot-client/).
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- [Golang Module](https://github.com/arduino/iot-client-go).
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**2.** The second is the **Data API (MQTT)** which allows you to send/receive Variables' data. An example of this API's use is sending IoT Cloud Variables' updates to the browser. A full [documentation of the Arduino IoT Cloud Data API (MQTT)](https://www.npmjs.com/package/arduino-iot-js) is available for advanced users.
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‎content/hardware/01.mkr/01.boards/mkr-gsm-1400/tutorials/securely-connecting-a-mkr-gsm-1400-to-google-cloud-iot-core/securely-connecting-a-mkr-gsm-1400-to-google-cloud-iot-core.md‎

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Devices must use JSON Web Tokens (JWTs) for authentication, more information on JWTs can be found in [RFC 7519](https://tools.ietf.org/html/rfc7519). GCP IoT Core supports both RSA and Elliptic Curve algorithms to verify JSON Web Signatures (JWS). More information on JWS can be found in [RFC 7515](https://tools.ietf.org/html/rfc7515).
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Every Arduino MKR board with on-board connectivity, including the MKR GSM 1400, is equipped with a Microchip [ATECC508A](https://www.microchip.com/wwwproducts/en/ATECC508A) or [ATECC608A](https://www.microchip.com/wwwproducts/en/ATECC608A) crypto element. This crypto element can be used to securely generate and store a 256-bit ECC (Elliptic Curve Cryptography) key. We'll be using a private key stored inside the crypto element to sign the JWT.
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Every Arduino MKR board with on-board connectivity, including the MKR GSM 1400, is equipped with a Microchip [ATECC508A](https://www.microchip.com/wwwproducts/en/ATECC508A) or [ATECC608A](https://www.microchip.com/wwwproducts/en/ATECC608A) crypto element. This crypto element can be used to securely generate and store a 256-bit ECC (Elliptic Curve Cryptography) key. We'll be using a private key stored inside the crypto element to sign the JWT.
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### Software and Hardware Setup
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***NOTE: This locking process is permanent and irreversible, but is needed to use the the crypto element - the configuration the sketch sets allows you to use 5 private key slots with any cloud provider(or server) and a private key can be regenerated any time for any of the 5 private key slots (0 - 4).***
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When the board is shipped from the factory, the crypto element is in an unconfigured and unlocked state.
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After this, you will be prompted for what slot to use. For this tutorial we'll be using slot 0 to generate and store the private key used for a public key (slots 1 to 4 can be used to generate and store additional private keys if needed). **Note:** Since the private key is generated inside the crypto element it never leaves the device and is stored securely and cannot be read.
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Now that we have a PEM public key, we need to login into the GCP IoT Core console and create a new device for it.
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Open a web browser and go to <https://cloud.google.com/> and click the "Sign In" link to login with your Google ID.
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Open a web browser and go to [https://cloud.google.com/](https://cloud.google.com/) and click the "Sign In" link to login with your Google ID.
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![Sign in to Google Cloud.](assets/screen_shot_2019年03月14日_at_2_30_04_pm_jofsNyf2L7.png)
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![You will be prompted to enable the API, click the "Enable API" button.](assets/screen_shot_2019年03月14日_at_2_40_13_pm_Od7PToPAm8.png)
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Once the API is enabled, you will be prompted to create a device registry.
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Once the API is enabled, you will be prompted to create a device registry.
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![Click the "Create a device registry" button to proceed.](assets/screen_shot_2019年03月14日_at_2_41_50_pm_ZijtDPbdcP.png)
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JSONVar jwtHeader;
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return ECCX08JWS.sign(0, JSON.stringify(jwtHeader), JSON.stringify(jwtClaim));
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}

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