- #FEEDING BOTTLE HACK WIFI ON XIAOPAN MOVIE#
- #FEEDING BOTTLE HACK WIFI ON XIAOPAN INSTALL#
- #FEEDING BOTTLE HACK WIFI ON XIAOPAN ANDROID#
- #FEEDING BOTTLE HACK WIFI ON XIAOPAN SOFTWARE#
#FEEDING BOTTLE HACK WIFI ON XIAOPAN MOVIE#
The uploaded photos can be converted to a movie very easily if making time lapse videos is your thing. Combine that with a free camera app like Open Camera and you can program the phone to snap a picture in whatever resolution you like as often as you like (and the phone has memory).
#FEEDING BOTTLE HACK WIFI ON XIAOPAN ANDROID#
Android phones can be set to back up photos to Google Photos right after they are snapped.
I use an old cell phone to monitor very long prints once in a while, but there’s no need to use Octoprint to do it. I know, I know, it generates tons of baseball style useless stats on the print that seem to make some people feel like there’s more going on than there is, but it does have actually useful remote print-kill capability if your printer is unreliable. I’ve never liked the idea of streaming gcode to a 3D printer from an external computer of any kind, so Octoprint has very little utility to me.
#FEEDING BOTTLE HACK WIFI ON XIAOPAN SOFTWARE#
So all of you who wrote in the comments to my previous piece that it’s the Android software ecosystem that’s preventing phone reuse, well here’s the exception that proves your rule! A dedicated and talented, multi-lingual developer community could pull it off, but the hurdle is so high that few will rise to it.Īnyway, thanks for your great work! I’ll be putting this on my old S4. Octo4a is a great project, but it’s not a walk in the park to develop on it. My hat is off to for doing it, but my guess is that the community of other people fluent enough in Kotlin and Python to help port across upstream changes in Octoprint is a lot smaller than the community of Python programmers would have been. It’s a complete port of Octoprint, not just to a different platform, but to a different programming language and to an almost entirely different programming paradigm. Octo4a is written in Kotlin and uses the Gradle framework. When I first saw Octo4a, I thought “oh great, a working Android Python port”. Octoprint is written in Python, and because of this is very easy to write extensions for and to hack on, if that’s your thing.
Keep the OS from going to sleep, somehow, and it’s problem solved!īut here’s why this isn’t a solution, and it points out the deeper problem with cellphone hacking that many pointed out in the comments three years ago. With the USB port taken over, powering the phone long-run becomes a tiny problem, which can be solved with a Y-cable or a little solder. Most 3D printers are designed to run on USB anyway, so connecting it to the phone is as simple as buying a USB OTG cable. But Octo4a gets around this with low or no effort. It’s the perfect application for an old phone, making use of the memory, WiFi, graphics capabilities, and even the touch-screen if you want local control of your prints.Ĭonnecting to the phone was the main hurdle that I’ve always seen in developing for cellphone projects, because I have robotics applications in mind. The Octo4a project lets you use an old Android phone as a 3D printer server, web interface, and even time-lapse camera to make those nice movies where the print seems to grow up out of nothing before your eyes. And with it, the answer to a burning question: Why aren’t we hacking cellphones?įirst, the application. Supported cards include RTL8187L, RT3070, AR9271 and many more.In what is now a three-year long search, I’ve finally found the perfect use for an old cellphone. Some of the tools included are Inflator, Aircrack-ng, Minidwep GTK, XFE, wifite and feeding bottle.
#FEEDING BOTTLE HACK WIFI ON XIAOPAN INSTALL#
Xiaopan OS is Windows, Mac and Linux compatible and users can simply install and boot this ~70mb OS through a USB pen drive or in a virtual machine (VM) environment. Xiaopan OS is an easy to use software package for beginners and experts that includes a number of advanced hacking tools to penetrate WPA / WPA2 / WPS / WEP wireless networks.īased on the Tiny Core Linux (TCL) operating system (OS), it has a slick graphical user interface (GUI) requiring no need for typing Linux commands.
Easy to use pentesting distribution for wireless security enthusiasts