Dear NXP Rapid-IoT users, Here is another example demonstrating FreeRTOS capabilities for NXP Rapid-IoT and how to display menus using the ui manager module. (please find the attached code below) Note: This is an advanced example and requires C code programming skills as well as some background in real-time system programming. For more information about FreeRTOS see the API reference guide. This example demonstrates how to use basic multi-task features in order to handle a multi-screen environment application. In this example you will find three screens: Welcome Screen (T3 / Top Touch) Temperature screen (T2 / Right Touch) Humidity screen (T4 / Left Touch) Four tasks are created : UiManager task: Handle touch buttons event and screen transitions Main screen task: Display the main screen Temperature screen task: Display the temperature measurements from ENS210 sensor Humidity screen task: Display the humidity measurements from ENS210 sensor + mutex-semaphore is implemented to handle shared resources between tasks (Display & sensors) Screens are described in an object-oriented manner to easily manage them in the task's code: .navigation describe how the menu transition will behave .title & .image will be used to display correct information .start/stopTaskFunction will be used to create/pause the according measurement&display task. example_1b.h static guiScreen_t     gui_example1b_mainScreen =     {         .navigation =         {             .up     = NULL,             .down   = NULL,             .left   = &gui_example1b_humScreen,             .right  = &gui_example1b_tempScreen         },         .title = "Welcome !",         .image = nxp_logo,         .startTaskFunction  = &gui_example1b_mainScreen_StartTask,         .stopTaskFunction = &gui_example1b_mainScreen_StopTask     }; Source code is located under "/source" folder - example_1b.c/h - main.c (main_task entry point l.272) Ui manager code is located under "/ui_manager" folder - ui_manager.c/h To import project into MCUXpresso :    - Import project(s) from file system...    - Choose archive, then select the downloaded archive Please, feel free to take a deep look into the code, tinker and develop your own application. Don't hesitate to share with us any questions/remarks you may have. Regards,

Here is a quick video of how to enter mass storage device mode of bootloaders.

Hi, Find attached a short vidéo and 2 binaries showcasing proximity detection using BLE.  Our friends from Ob'do developped this proto starting from available project examples. Code will be made available in the coming hours. Binaries are attached as well if you want to try. One behaves as an anchor and one as a mobile device.  The anchor must be reset (as in the video once proximity of the mobile device was detected) Enjoy !

The results are in and we have our winners! We thank all of the participants and winners for the amazing projects that were developed and submitted using the Rapid IoT prototyping kit. After much deliberation, we have our 45 winners across four categories including: Most Practical Real World Application, Smart Energy Environment, Smart Security Identification, and Smart Home/Smart Building. All winners received prices from YEVO 1 Headphones to a MI Air Purifier 2. Here are a few of the winning projects: Internet of Wookies Control a Star Wars Forces of Destiny Roaring Chewbacca Adventure Figure over Bluetooth or the cloud using NXP Rapid IoT Kit. Bike Mounted Journey Tracker It serves you the latest and greatest stats of your most recent bike journey: average speed, duration, distance, and road roughness. Talking Weather Station Know your room environmental parameters (temperature, humidity, air quality, air pressure and light) by asking Alexa. Check out the rest of the winners here.