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Epic Battles and Strategic Decisions in Cloud BladeCloud Blade is an immersive board game for Android that allows players to engage in epic battles and make strategic decisions that will determine the outcome of the game. Developed by Hcar Bet, this free game falls under the category of board games.In Cloud Blade, players take on the role of army leaders and must lead their troops to victory. The game offers a wide range of strategic options, allowing players to consider cunning tactics and make decisions that will ultimately shape the fate of the world within the game. With its engaging gameplay and challenging scenarios, Cloud Blade offers an exciting and immersive gaming experience for board game enthusiasts.Immerse yourself in the world of Cloud Blade and experience the thrill of commanding your own army in epic battles. Make strategic decisions, outsmart your opponents, and emerge victorious in this exciting board game for Android.Program available in other languagesTélécharger Cloud Blade [FR]Cloud Blade herunterladen [DE]Download Cloud Blade [NL]下载Cloud Blade [ZH]Cloud Blade indir [TR]Ladda ner Cloud Blade [SV]Unduh Cloud Blade [ID]Cloud Blade 다운로드 [KO]Download do Cloud Blade [PT]تنزيل Cloud Blade [AR]Descargar Cloud Blade [ES]Tải xuống Cloud Blade [VI]ดาวน์โหลด Cloud Blade [TH]Scarica Cloud Blade [IT]Pobierz Cloud Blade [PL]ダウンロードCloud Blade [JA]Скачать Cloud Blade [RU]Explore MoreLatest articlesLaws concerning the use of this software vary from country to country. We do not encourage or condone the use of this program if it is in violation of these laws.

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Device, created your first Thing, written a sketch to interact with some peripherals, and created a Dashboard for your project.Now, we will expand upon our IoT network by adding another Device. A non-Arduino board this time. Grab an ESP32 board. I used an ESP32 Dev Kit, but any ESP32 board listed on the Arduino IoT Cloud will do. You’ll also need a few components:A 10K or greater linear-taper potentiometer.An LED. I used a red one, but you can be creative and use a different color.A 120-ohm dropping resistor for the LED. Any value near that will work.Wire up your ESP32 as follows:ESP32 Add DeviceNow that you have your ESP32 wired up, we can add it to the Arduino IoT Cloud. We have already done that with the Arduino Uno R4 WiFi board, and the process for adding an ESP32 is nearly identical.Go to Devices and add a new device. Select “Third Party Device” instead of the Arduino board.On the next screen, select ESP32. Then select a board that matches or is similar to the one you are using.The next screens are familiar; you can name your board and download a PDF with the Security Key. Make sure you save that information in a safe place.After that, you are done; there is no firmware to add to a third-party board, so the process is quick.ESP32 Cloud VariablesCreate a Thing to associate with your ESP32 device. Connect it to your network using the Security Key.Now add the following cloud variables:led_control – Boolean, Read & Write, Update on Changepot_value – Integer, Read Only, Update on ChangeThe led_control variable is a boolean that is HIGH when the LED is on. The pot_value is an integer representing the value of the 10K potentiometer, from 0 to 4095.ESP32 Potentiometer CodeAfter you create the Thing, a sketch will be generated for you. We will add more code to get the potentiometer value and pass it to the cloud variable pot_value.In the declarations section (before Setup) add code to define the pin the potentiometer is connected to: // Define pin for potentiometerconst int potPin = 34; Now add this code to the Loop to get the potentiometer value and update the cloud variable: // Get Potentiometer Valuepot_value = analogRead(potPin); And that’s it! The board will update the cloud variable every time the Loop is run.Upload the code to the ESP32 and check out the pot_value cloud variable value. It should change when you move the potentiometer.Add ESP32 Potentiometer to DashboardSo now that we have a cloud variable that tracks our potentiometer, we can add a display on the dashboard for it.A good widget for this is the Gauge. Select it from the widgets and connect it to the

This website will offer limited functionality in this browser. We only support the recent versions of major browsers like Chrome, Firefox, Safari, and Edge. *I agree with terms and conditions. Read more This document provides an overview of Board’s regulatory compliance, certifications, and the supporting processes designed to secure all data stored in the Board Cloud.Board International is committed to achieving, guaranteeing, and maintaining the principles of Confidentiality, Integrity, and Availability, and the trust of its customers.Board’s Intelligent Planning Platform is compliant with the highest security standards. We continuously monitor current industry threats and use those to improve day-to-day information, security policies, and procedures as an integral part of the Board Cloud service. Complete the form to download the Board Cloud Security Overview document and learn more. You may also be interested in Let’s see what Board can do for you.Get a tour of the Enterprise Planning Platform in action.

Here:Arduino Board – Any IoT Cloud-compatible Arduino board. The code will be in C++, and the IoT Cloud will auto-generate a sketch for the device.Third-Party Device – Devices like the ESP32, ESP8266, Pelion, or an Arduino LoRaWAN device. The code will be in C++, and the IoT Cloud will auto-generate a sketch for the device.Manual – Any device that can communicate using Python, MicroPython, or JavaScript (NodeJS). You will write the code yourself.Since we are using an Arduino Uno R4 WiFi board, we will select the first one, Arduino Board.At this point, you will need to connect your board to your computer’s USB port so the utility can discover the board and install some software onto it. It does this using the Arduino Create Agent utility, a small app available for Linux, macOS, and Windows. If you don’t have the utility installed, you will be prompted to do so. It’s a quick and easy installation.The Arduino Create Agent is the “glue” between the web-based ArduinoIoT Cloud application and your computer’s USB port. It will run when your computer is started, and you’ll see an Ardiono icon in your taskbar.Once the application finds your board, it will display its details. In the rare case when it fails to discover the board, you should unplug it from the computer and plug it back in again. Once your board is detected, click the Configure button to start the configuration process.On the next screen, you can give your device a name. A name will be suggested, but you’ll probably want to choose one that fits into your own naming scheme.The next screen provides you with a Secret Key, as well as a Device ID. The Secret Key is very important, and you MUST save it, as it will be required to create a Thing associated with your device. If you lose the Secret Key, you must delete the device and start over from scratch!You can copy the key directly from the screen or download a PDF document with the key. If you are creating many devices, you may want to use a spreadsheet to store all the keys.As this is a “secret” key, you should not share it, as it’s integral to the security of your device. If you are wondering why I have published my key in this article and on the video, it’s because by the time you read this, the device will be deleted (I’m only using it for the article and video).After copying the key, you need to check the confirmation box before you can continue the setup process.The next step is the final step. The IoT Cloud will add your device and copy some connectivity module firmware to your

Miro user so that they can recreate the board copy in their paid team.To restore a board from a backup, go to the dashboard and click Create New, then Import, and then Import backup. A dialogue box will appear, where you will be able to choose your *.rtb board backup file. After you confirm your choice, a new board with the same content will be created in the team. The board title will include Restored.After restoring the board, you also have the capability to move the board to a different space within your team.Restoring a board from backupTroubleshootingPlease note both board backup downloads and uploads are limited. For downloads, there is a limit of 1GB. As a workaround split the board into smaller boards or stick to the board versions instead of physical backups of the boards.As for uploads, the Miro interface can only upload board backups of less than 200 MB. To upload larger backup files, please contact the Miro Support team:log in to Miro and submit your request using the Support formattach your backup file to your request or upload it to any cloud storage and send us the link to it (please make sure to allow anyone with the link to download the file)If your backup file is less than 200 MB and you still have issues uploading it please check the troubleshooting steps on this pageIf you get the error Can't find existing resource duplicate for optimized resource 0 when trying to upload a backup, it means that the board backup contains a resource that needs to be deleted. You can send the rtb. file to Miro Support so that we could delete the resource data to ensure the successful upload of the backup.Frequently asked questionsI don't have the option to download board backup. Why?- Please