Search Results for "root for devices"

ImmortalWrt is a fork of OpenWrt, with more packages ported, more devices supported, default optimized profiles and localization modifications for mainland China users. Compared to upstream, we allow to use (non-upstreamable) modifications/hacks to provide better feature/performance/support. Default login address: http://192.168.1.1 or http://immortalwrt.lan, username: root, password: none.

It is an Portable Penetration Testing Operating System designed for Beagle Bone AI. It is an debian based operating system fully packed with all latest Hacking Tools. The Root file system used in this Deck Linux is Ubuntu 20.04 LTS. It can be installed in Beagle Board AI and can use as a replacement for Laptop, Desktop. It can be placed on a drone too. It has a pre-installed MeshDeck (written by Philip Polstra) so it can be runned in a ZigBee network. We can attacks from up to a mile away using multiple devices connected via 802.15.4 networking (MeshDeck).

The app supports ROOTED as well as NOROOTED devices. Use your mobile as a Pocket PC !! For Root Method: The application creates a disk image on a flash card, mounts it and installs an OS distribution. Applications of the new system are run in a chroot environment and working together with the Android platform. All changes made on the device are reversible, i.e. the application and components can be removed completely.

...So the module now supports a module parameter codes which shows the keycode shift_mask pair in hex (codes=1) or decimal (codes=2). You can lookup the keycodes in /usr/include/linux/input-event-codes.h. The keypress logs are recorded in debugfs as long as the module is loaded. Only root or sudoers can read the log. The module name has been camouflaged to blend-in with other kernel modules. You can, however, execute a script at shutdown or reboot (the procedure would be distro-specific) to save the keys to a file. DISCLAIMER: keysniffer is intended to track your own devices and NOT to trespass on others. The author has never used it to compromise any third-party device and is not responsible for any

NetFlash100 contains a full system image with a Linux kernel, root file system and the web interface to access flash memory of ATMEL ATNGW100 boards. To be able to use NetFlash100 you need: 1. ATNGW100 board with a working u-boot. 2. Ethernet and serial terminal connections. 3. A SD card (must be more than 40MB) Once you successfully boot NetFlash100 image, it provides you with a web interface on IP 10.0.0.1, with this interface one can read, write and erase the available flash devices on the system. ...