Gain another host's network access permissions by establishing a stateful TCP connection with a spoofed source IP. Requires all of the hosts in question to be on the same subnet; uses ARP cache poisoning.

This extension allows you to spoof your browser "user-agent" string to a custom designation, making it impossible for websites to know specific details about your browsing arrangement.

You can easily set custom "user-agent" strings from the toolbar popup. The extension uses a two-factor technique to mimic your default "user-agent" string, which is the most reliable method. The extension does not use any resources when it is not spoofing the user-agent. The extension enables user-agent spoofing on specific domains only; it is conversely possible to exclude certain domains from spoofing. Check the Options page for more info. You can set per-site user-agent strings. There is an option to randomize user-agent strings. It is possible to set user-agent string for a single window; you can have a separate user-agent string for each browser window.

Documentation: https://webextension.org/listing/useragent-switcher.html

STUNT BANANA provides a Caller ID spoofing mechanism much like SpoofCard and other available services, but at a much reduced cost, if you don't mind doing the setup yourself and having a much more minimal UI. STUNT BANANA also allows you to host new phone numbers (DIDs) for your devices and use a SIP Phone app, such as Zoiper to place and receive calls, as well as get voicemail for those lines sent your email as MP3 files.

Spoofing Caller ID is not illegal. Impersonating other people and committing fraud is. If you bulk call people with spoofed caller IDs, your SIP trunk provider will notice and you will get taken down and possibly receive criminal charges. Don't be dumb.

The scripts clone, compile, and install Asterisk for you, so if you want to use this with an existing Asterisk install it's going to take some hacking.

A short PHP script that demonstrates how to do caller ID spoofing in Asterisk. Reading through the code should explain how to do it in other languages.

This is F.O.B. (Flexible Orange Box), inspired by the popular S.O.B. (Software Orange Box) program for Windows.

When connecting SIP FXS devices with a Class 5 switch, the ATA will not see a Call Waiting presented to it when there is a Call Waiting. Thus, it is necessary to signal the FSK directly to the CPE in-band from the switch. Asterisk does not have any provision to do this, so this needs to be done with an external program.

This program is intended to be a legitimate Type II Caller ID Generator, used for the purpose of Call Waiting Caller ID (Of course, functionally, it can be used just like any other orange box to spoof call waitings if desired - we are not responsible for any misuse of this program). This allows you to send Call Waiting Caller ID to a remote endpoint, even if no Call Waiting is presented to the remote endpoint (e.g. Analog Telephone Adapter), allowing for CWCID to be provided even when advanced bridging capabilites are being used, by "orange boxing" in band for legitimate purposes.

A utility written in Python that monitors a wireless network to find the most active users and lets you mess with their connection. You can spy on them or inject arbitrary stuff into their web traffic. Can also be used as a jammer. Pretty heavy dependencies but nobody in their right mind would rewrite them all for a single utility. Supports credential harvesting and dns spoofing.

Deprecated. Read through this to get an idea of how things work.

A utility which uses the FUSE functionality of the Linux kernel to implement NFS in such a way that it can spoof user credentials when mounting exported file systems so you can get access to files that you wouldn't be able to otherwise.