Wehe vs BleControlsPi

Wehe is an app that runs tests against your network and analyzes the results to let you know if your network provider is restricting or prioritizing traffic for certain applications and certain ports. By performing free tests with Wehe on your mobile device, you are participating in an IRB-approved research project at Northeastern University (led by Dr. David Choffnes) and you are helping to identify potential violations of net neutrality. Note that no conclusion can be drawn from an individual result of the type "Differentiation detected" to characterize a breach of Regulation (EU) 2015/2120 on Open Internet. As net neutrality regulations vary according to location, Wehe collects coarse-grained geolocation data (with a precision of 0.1 degrees latitude/longitude) if users explicitly opt in to providing it. Wehe never collects fine-grained geolocation information. Wehe also collects IP addresses, which are stored as truncated data so they cannot be tied to individuals. As such, all the collected data are deidentified to guarantee the protection of personal data. The deidentified data are published as open data to let third parties reproduce the conclusions of the tests carried out. Finally, Wehe uses servers located around the world, including ones hosted by Measurement Lab (M-Lab). M-Lab collects additional measurement data from clients, but does so in a way that is consistent with Wehe’s protections against collecting personal data. Note that the set of servers and hosts may change over time, but our privacy policy and data protection practices remain the same. No personal data are either transferred, or exchanged, or rented. In accordance with the General Data Protection Regulation (EU) n°2016/679, please note that you have the right to oppose, access, rectify, delete, limit or transfer your personal data. For more details about the app, the research behind it, and analysis of data collected about net neutrality violations, please visit: https://wehe.meddle.mobi/.

The BLEControlsPi App allows to create various iOS controls such as Button,Toggle, Sliders, Steppers, Pickers (color, date, options) to Control a Raspberry Pi. Manipulating these controls sends their value to the Raspberry Pi (or linux device) in real time over Bluetooth Low Energy(BLE). You can also define Display controls such as Gauges and Text Displays, to create a Dashboard, where the Raspberry Pi sends info to the iPhone/iPad also in real time over Bluetooth. You can create, edit, size, and positions the controls in the app without being connected to a Raspberry Pi. However, before you can connect to, and control the Raspberry Pi you must instal the Python code (see below). IMPORTANT: You must install the free companion Python Software on the Raspberry Pi - where you define your own handlers (callback) functions that take actions on the Raspberry Pi, or fetch data on the Raspberry Pi to send to the iPhone/iPad. The code is provided with an automated installer for the Raspberry Pi. See https://github.com/bluepieapps/blecontrolspi-python and the README. The app provides 2 free controls. These can be created , deleted and re-created as often as you wish, allowing you to test any configuration, or run a simple control scheme. If you need more controls, you can use In-App Purchases to buy Control Packs (in quantity 1,3,5 or 9) for a small fee. This is not a subscription. Once you own the pack - it is yours to use. Packs allow the creation of any controls offered in the app, and any such controls can be edited, deleted and re-created at will. You can install the app on multiple iPhones/iPads that all use the same Apple ID. Controls Packs, and Controls you define on one device are synchronized to the other devices on app restart. Add a new control on your iPhone, and it will show up on your iPad. delete a controls from your iPad, and it will be deleted from your iPhone. See a video of the app at: https://youtu.be/8y3t2luLw3k See the documentation at: https://bluepieapps.com/Control-Pi-over-bluetooth/ - There is docs on how the controls, working which type of controls are available. - There is also an explanation of how you create handlers in the Python Code on the Raspberry Pi to have the RPi react to the controls you have defined.