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Note : both methods below require that your device works with the official Tuya Smart app. If your device only works with one specific app, it almost certainly won't work with TuyAPI. If it returns an error, you may need to prefix the command with sudo. Tip: using sudo to install global packages is not considered best practice. See this NPM article for some help. This method is fast and easy. If you're having trouble manually linking your device with the below method, we recommend you try this.
All devices that you want to use must be registered in either the Tuya Smart app or the Smart Life app. This method requires you to create a developer account on iot. It doesn't matter if the device s are currently registered in the Tuya Smart app or Smart Life app or not. This means that one of the parameters you're passing in api-key , api-secret , schema is incorrect.
Double check the values. Device s failed to be registered! Error: Timed out waiting for devices to connect. This can happen for a number of reasons. It means that the device never authenticated against Tuya's API although it does not necessarily mean that the device could not connect to WiFi.
Try the following:. This method is deprecated because Tuya-branded apps have started to encrypt their traffic in an effort to prevent MITM attacks like this one. If this method doesn't work, try the above. Skip to content. Star 1. Permalink master. Branches Tags. Could not load branches. Could not load tags. This commit does not belong to any branch on this repository, and may belong to a fork outside of the repository.
RubenKelevra "projects" was apparently renamed in the GUI Latest commit bb46 Apr 21, History. Raw Blame. Open with Desktop View raw View blame. All methods below require you to install the CLI tool before proceeding. Follow steps 1 through 3 from the "Linking a Tuya device with Smart Link" method below. Then click the "Devices" tab.
Click the "Link Tuya App account" tab, and select the right data center in the upper right dropdown eg Western America. Your account will now be linked. On the command line, run tuya-cli wizard. It will prompt you for required information, and will then list out all your device names, IDs, and keys for use with TuyAPI. Copy and save this information to a safe place for later reference. Linking a Tuya device with Smart Link This method requires you to create a developer account on iot.
We have the lamp turned on and off by the user. See the light-activated in the figure below. Note that the app's interface is beautiful and well-designed. You can register various types of devices in your App.
First, go to Tuya Smart Platform website. The screen below will be displayed. Click on Sign Up, create your account, and finally, login to the platform. In this environment, you will configure your Tuya device.
The device is its own automation system with ESP and Arduino. Now, let's start configuring our device. After this process, the system will ask you to configure the default device control functions. Leave these 3 functions selected. Choose the color style for your control app's theme. In our project, we selected the Classic Style Light Template 2 style. You have finished creating and configuring your Tuya Smart product. But if you can't wait to try it like me, you could use the ESP by your side.
Now let's start installing the tuya firmware. See the GitHub link as a guide. Access the website, create your account, and log in to activate your Tuya Smart platform usage code. Then download the files from this link. This window will be displayed after installation. Log in with your account created on the PMS System platform.
Access the CPX file folder and run your system version. There are two versions: bit and bit. Return to the TYDA software after installation. Before starting the code creation, you need to install Tuya's library for IoT with Arduino.
Go to this link and download from GitHub. The device's Microcontroller is connected to a Wi-Fi module ESP, for example via a serial port to implement a network connection. Development is based on general firmware, which supports a baud rate of and Now, let's install the Tuya Smart library. Access this site and download the library.
Now, let's open up the example code to control our lighting fixture. Now you need to transfer the code to your Arduino. Next, you must assemble the project circuit. Two resistors were used on the TX and RX buses. These resistors are used to divide the voltage from 5V to 3. In addition to the boards, we have the relay module. He will be responsible for activating the lamp in the luminaire. Connect the relay to digital pin 12 of the Arduino UNO.
Look at the following picture. Let's explain the purpose of each component of the luminaire structure. The user must power the system through the 2. This switch serves to turn the circuit power system on and off. After the call, you must press the device registration button.
This button is used to put the card into device registration mode for the Tuya Smart app. Go to your app store and search for Tuya Smart. Download and install the App. After installation, login with your Tuya IoT Platform account. After that, your lamp is ready to be activated. Click the button and the relay will fire to activate the lamp.
See the image below. From the app, you are able to turn your light fixture on and off. This is the end result of the entire project creation process. You have seen that Tuya technology is useful for connecting any IoT device with little time and resources. Please log in or sign up to comment. Getting started with IoT can seem scary but as with most things you can learn a great place to start is taking a look at some examples! Project showcase by AppShed Support.
Make your home a smart home using the Tuya IoT Platform. Project tutorial by Akarsh Agarwal and Common Time to monitor your goods using our system! Get real-time updates, so you can buy what you want. Project showcase by Noctuvigilus. Octopod, a uniquely shaped full automation system that allows you to monitor your industry and keep security with AI and smart RFID locks.
Project tutorial by Saksham Bhutani. Sign In. My dashboard Add project. Project showcase. Laser cutter generic. Tuya Smart App. It's a big problem because you need to do a lot of things like: Develop the project's electronic circuit; Implement the communication protocol between the devices and the server; Create your own app to communicate with the server; Create a visual structure for your app with buttons, icons, user management, among others; Create the control device programming logic.
Now imagine the following situation. Imagine you have: A server developed for IoT systems; Minimum structure of electronic circuit created to be used; It has an application developed with several features; The application has a beautiful and easy-to-use visual design; The app allows you to register your device on the internet in a few seconds.
Why does the Tuya Smart Platform work? How to communicate between Tuya Platform and Arduino? The figure below shows the working structure of the Tuya Platform with Arduino.
Tuya Smart. Smart life, smart living • Remotely control home appliances from anywhere • Add and control multiple devices at once with one App. Tuya Smart (NYSE: TUYA) is a leading technology company focused on making our lives smarter. Tuya does this through offering a cloud platform that connects. Tuya Smart provides all-in-one app that has the features of being free, immediate use, easy control, diversified scenarios, useful functions, and world.