#ruby#backup#network#nms#rancid
Oxidized is a free tool that automatically backs up network device configurations from over 130 device types, replacing older tools like RANCID. It runs efficiently by adjusting how many tasks it uses based on your setup and offers a web API to manage backups and see changes. It can track who made changes using syslog and integrates with Git to show detailed version history. You can install it on many systems, configure it easily with YAML files, and use various sources and outputs for flexibility. This helps you keep your network device settings safe, organized, and easy to review or restore when needed.
https://github.com/ytti/oxidized
🔵 Android's Root backup solutions:
▶️ 1) Titanium backup pro (paid, closed source)
https://matrixrewriter.com/android/
https://www.titaniumtrack.com/titanium-backup.html
https://play.google.com/store/apps/details?id=com.keramidas.TitaniumBackup
Get licence file with PayPal option, don't purchase via playstore, Goolag takes 30% of in-app purchase amount from the developer
▶️ 2) OandbackupX
https://f-droid.org/packages/com.machiav3lli.backup
https://github.com/machiav3lli/oandbackupx
⚠️Warning: oandbackupX may not be stable yet
▶️ 3) cbackup
https://kdrag0n.dev/g/cbackup
🔵 Android's Nonroot backup solution:
▶️ Seedvault
https://github.com/stevesoltys/seedvault
So far it is supported by CalyxOS, GrapheneOS, LineageOS, Crdroid
⚠️Warning not all apps data can be backed up this way
Some apps declare they cannot be backed up in their manifests, so seedvault skips them. It can backup apks though if their data can't be backed up. Split apks backup is not supported (yet?)
In this case, you need SAI
SAI (SAI lets you install and export split APKs) - https://f-droid.org/packages/com.aefyr.sai.fdroid
and custom recovery file manager. Copy app data from /data/data of user apps and save it to local storage, copy them to /data/data when needed. For convenience, create a recovery script to restore data in /data/data. Encrypt them when not needed
#backup#android
📡@NoGoolag📡@Libreware
https://pythonspot.com/en/python-network-sockets-programming-tutorial/
Python network sockets programming tutorial
In this tutorial you will learn about in #network programming. You will learn about the #client-#server model that is in use for the World Wide Web, E-mail and many other applications.
#socket
http://krondo.com/an-introduction-to-asynchronous-programming-and-twisted/
Twisted Introduction
This multi-part series introduces #Asynchronous Programming and the Twisted networking framework.
#Twisted is an event-driven networking engine written in #Python and licensed under the open source MIT license. Twisted runs on Python 2 and an ever growing subset also works with Python 3.
#network#learn
Andriller
https://github.com/den4uk/andriller
Software utility with a collection of forensic tools for smartphones. It performs read-only, forensically sound, non-destructive acquisition from Android devices. It has features, such as powerful Lockscreen cracking for Pattern, PIN code, or Password; custom decoders for Apps data from Android (some Apple iOS & Windows) databases for decoding communications. Extraction and decoders produce reports in HTML and Excel formats.
Features
Automated data extraction and decoding
Data extraction of non-rooted without devices by Android Backup (Android versions 4.x, varied/limited support)
Data extraction with root permissions: root ADB daemon, CWM recovery mode, or SU binary (Superuser/SuperSU)
Data parsing and decoding for Folder structure, Tarball files (from nanddroid backups), and Android Backup (backup.ab files)
Selection of individual database decoders for Android apps
Decryption of encrypted WhatsApp archived databases (.crypt to .crypt12, must have the right key file)
Lockscreen cracking for Pattern, PIN, Password (not gatekeeper)
Unpacking the Android backup files
Screen capture of a device's display screen
📡@NoGoolag📡@Libreware
#andriller#android#forensics#backup
I Built a Mesh Network Across the World | Data Slayer
That escalated quickly...
In my last video, I introduced #Reticulum—an open-source protocol that could allow anyone to build networks without relying on traditional internet infrastructure. But there was one big question left unanswered: how far can it actually go?
In this video, I start with a simple setup inside my house and begin pushing the limits—testing communication across rooms, neighborhoods, and beyond using WiFi HaLow and #mesh networking. The goal is simple: see if it’s possible to send real messages across distance without depending on ISPs, centralized servers, or the internet as we know it.
#Network#MeshNetwork