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http://www.aparat.com/v/4RZGY Django for #IOT: From Hackathon to Production by Anna Schneider It’s Friday night of hackathon weekend. The latest snazzy Internet-connected thingy is sitting on the table next to your beverage of choice, the device’s #API docs are open in a browser tab, and your fingers are itching to write some Django. What’s the fastest way to get started? And next month when you come back to it, what will you want to upgrade?

https://www.ibm.com/blogs/bluemix/tag/bluemix/ #Bluemix#IoT

https://pypi.python.org/pypi/micropython-iot #Micropython#IoT libraries and tools

https://www.ibm.com/blogs/bluemix/2015/04/tutorial-using-a-raspberry-pi-python-iot-twilio-bluemix/ #IoT#Python app with a #Raspberry_Pi and #Bluemix

http://www.aparat.com/v/miNUS pycon 2016- Andrew Godwin - Reinventing Django for the #Real_Time Web Django has long been tied to the #request_response pattern, but the upcoming "#channels" project changes this and allows #Django to natively support #WebSockets, running tasks after responses, easily handle #long_polling and more. Come and learn about the design, how we're trying to keep things as Django-like as possible, and how you can use it in your projects.

WPair app for testing #Bluetooth#WhisperPair#vulnerability in Google's Fast Pair protocol (CVE-2025-36911) https://github.com/zalexdev/wpair-app Hijacking Bluetooth Accessories Using Google Fast Pair. You can check if your device is vulnerable https://whisperpair.eu #bt

#Bluetooth#vulnerability allows unauthorized user to record & play audio on Bluetooth speaker via #BlueSpy Prevention section explains how you can check if your Bluetooth LE speakers/headsets are vulnerable to this attack using nRF Connect app https://www.mobile-hacker.com/2024/03/22/bluetooth-vulnerability-allows-unauthorized-user-to-record-and-play-audio-on-bluetooth-speakers/ #BlueDucky automates exploitation of Bluetooth pairing vulnerability that leads to 0-click code execution ▪️automatically scans for devices ▪️store MAC addresses of devices that are no longer visible but have enabled Bluetooth ▪️uses Rubber Ducky payloads https://www.mobile-hacker.com/2024/03/26/blueducky-automates-exploitation-of-bluetooth-pairing-vulnerability-that-leads-to-0-click-code-execution/ Demonstration of using BlueDucky to exploit 0-click Bluetooth vulnerability of unpatched Android smartphone (CVE-2023-45866) Exploit was triggered by Raspberry Pi 4 and then by Android running NetHunter https://youtu.be/GOGW7U1f2RA @androidMalware

Home Assistant Voice Preview Edition Open, local, and private #voice#assistant https://www.home-assistant.io/voice-pe/ Resources https://voice-pe.home-assistant.io/resources/ https://github.com/esphome/home-assistant-voice-pe Community https://community.home-assistant.io/ Specs SoC ESP32-S3 SoC with 16 MB of FLASH storage 8 MB octal PSRAM Audio Processing XMOS XU316 Featuring: Echo cancellation Stationary noise removal Auto gain control Dedicated I2S lines for audio in and out Power / data USB-C, 5 V DC, 2 A Radios 2.4 GHz Wi-Fi Bluetooth 5.0 Audio output 3.5 mm (⅛”) stereo headphone jack Digital to analog converter (DAC): TI AIC3202 48 kHz sampling rate Software ESPHome preloaded Fully open-source firmware for both the ESP32 and XMOS chip #iot#homeassistant

SplinterNet Android app designed to create an unblockable Twitter like network that uses no cellular or Internet communications. All messages are transmitted over Bluetooth between users, creating a true peer-to-peer messaging system. All messages are anonymous to prevent retaliation by government authorities. SplinterNet is a true peer-to-peer network in that it requires physical proximity to other people to transmit messages. In the current version this happens over a close range Bluetooth connection. To illustrate how SplinterNet works, here is an example scenario: You take a picture of a protest happening near your home. Fearing a spread of the protest the government shuts down cellular and Internet access to most citizens. You write a short message about the protest in SplinterNet and attach the picture. When you next meet with your friends, you sync SplinterNet with them. They now have your photo and will spread it to their friends. You also now have all their messages, which includes photos taken of protests happening in other parts of the country. Any person who can reach a working Internet connection can post all of these photos to any sharing service or send directly to journalists to publicize. If you fear capture, you can press a single button and all the messages in your copy of SplinterNet are deleted. Features Create a post with text and an optional single image. Mark posts as important to increase their spread within the network. These posts will be sent first during syncing and will be highlighted for the people you sync with. Delete posts to stop their spread. The contents of the network reflect what users of the network think is important and appropriate. You don't have to spread anything you don't want to. Project Status This is an experimental project still in development. All of the features listed here should work, they just haven't been tested in large networks. Please let us know how it works! https://raw.githubusercontent.com/megamattron/SplinterNet/master/other/splinterNet-infosheet.png https://github.com/megamattron/SplinterNet 📡@nogoolag📡@libreware #SplinterNet#im#messaging#p2p#bt#bluetooth