NEWPRINT/Multi is a Wi-Fi-enabled "virtual" printer adapter that connects to your computer's printer port and your local Wi-Fi network to send printer output to any device that supports a modern browser (iPad, Desktop PC, Mac, etc.) The NEWPRINT web interface can show printer output as plain text, hexadecimal values, Print Shop graphics (Apple II), or Apple IIgs GS/OS graphics printing. Text mode output does not (currently) understand special printer control codes used by most word processors (BOLD, multiple font sizes, Form Feed, etc.) The NEWPRINT web interface is available from any browser on your local Wi-Fi network at newprint.local. NEWPRINT uses the standard HTML WebSocket API so you can even write your own web-based or desktop interface for displaying and processing NEWPRINT output.
As long as the printer has a Centronics interface, you can plug it into this unit.
An older website about wireless, wifi, antennas, and information thereof.
A dongle that plugs into a Centronic 50 SCSI port. You plug a microSD card into it and it shows up as a SCSI drive. Some models have a wifi interface on board, too.
Introducing the WiFi Retromodem, an innovative solution that seamlessly replaces the PCB in your existing external Hayes Smartmodem. With our latest Version 3.2 PCB, experience a nostalgic journey with added simulated audio featuring dial tone, DTMF dialed digits, ringing and the 1200 baud connect cadence. Based on GitHub ZiModem V3.7 sources, its supports baud rates up to 115,200. WiFi Retromodem provides a non-destructive way to allow older serial based computers to connect to a BBS on the internet via telnet.
Includes external 5V 1A power supply.
An ESP8266 based RS232 <-> WiFi modem with Hayes AT style commands and LED indicators. It makes the appropriate noises.
This project grew out of a desire to get an old Ampro LB+/Z80 hooked up to the Internet. Right from the start, I knew I wanted a row of LED indicators at the front of the modem so that it would be reminiscent of an old Hayes Smartmodem. (I briefly considered finding an old Smartmodem on eBay, but soon remembered that the case had in fact been made of metal; they don't build 'em like that anymore.) Since the modem was going to be hooked up to the Little Board's serial port, I needed an actual RS-232 level serial port, with either a DB-25 or DE-9 connector. And finally, since I wanted the Hayes style LEDs, I thought it would be handy to have the Hayes AT commands too, at least as close as I could manage.
This is the sort of project that you can build yourself, for fun. Even the right kinds of project boxes are linked in the bill of materials, along with the Kicad schematics and greyprints for the panels.
The default serial configuration is 9600bps, 8 data bits, no parity, 1 stop bit.
This site focuses on the security of routers. This includes both configuration changes to make a router more secure, and, picking a router that is more secure out of the box.
After some huge router flaws, affecting millions of routers, caught my attention, I started following the topic more closely. As a Defensive Computing guy, I eventually realized that I needed to upgrade my own router security and get more up to speed on the topic. After all, if a router gets infected with malware, or re-configured in a malicious way, most people would never know. There is no anti-virus software for routers.
A dongle that plugs into a Centronic 50 SCSI port. You plug a microSD card into it and it shows up as a SCSI drive. Some models have a wifi interface on board, too.
A Commodore 64 Mastodon Client. A C64 compatible wifi modem and terminal software are required. Consists of a local proxy server written in Python running on a machine somewhere on your home network, requires an app (API key) on your instance of choice. Connect to your local network using your wifi modem and use your favorite terminal software to dial into the port it's listening on (default: 6502/tcp).
AtomGPS Wigler is a wardriving tool originally created by @lozaning. For use with the M5Stack Atom GPS kit, this tool is specifically designed for Wi-Fi network geolocation. LED status indicators are outlined below. Wigle compatible CSV files are written to SD.
Requires an M5 AtomGPS unit, an SD card, and the Arduino IDE or Esptool.py to flash the firmware.
An ethically sourced, opt-in only data collection project. Published information is obfuscated to protect transmitters and contributors. Updating existing data requires information only available in physical range of a beacon. Multiple mobile apps for feeding the system can be found on the F-Droid repository.
Git repo: https://codeberg.org/beacondb/beacondb
Get your vintage computer connected to BBS's and more! It can act as a Modem, PPP ISP or a SLIP Ethernet adapter! A robust web user interface for easy access to settings, commands, and a file manager. A 2MB flash filesystem which allows you to copy files to and from your vintage computer. The ability to host your own web pages on the device! Just upload HTML and javascript to make your own custom stuff!
The WiFi Retromodem is a non-destructive replacement of the PCB in an external Hayes Smartmodem 1200 or 2400. Note: while it will fit in the later Smartmodems, the LEDs of the Retromodem in the Hayes Optima series aluminum cases are offset slightly from the letters below. The Retromodem is based on the ZiModem software available on Github. This new version also supports simulated audio dialing just like a real Smartmodem connected to a phone line.
The board can be purchased from this page.
A suite of WiFi/Bluetooth offensive and defensive tools for the ESP32.
A compact and portable WiFi reconnaissance suite based on the ESP8266. Packet Monitor with 11 filter types. Deauthentication and Disassociation Detector (HAXX). FTP Honeypot with Canary Tokens. Web Server (WIP). CSV Data logging (WIP).
The custom PCB is basically glue for two pressbuttons, an OLED display, an LED, and a power cell. You could pretty easily bodge one together out of spare parts.
TinyCheck allows you to easily capture network communications from a smartphone or any device which can be associated to a Wi-Fi access point in order to quickly analyze them. This can be used to check if any suspect or malicious communication is outgoing from a smartphone, by using heuristics or specific Indicators of Compromise (IoCs). In order to make it working, you need a computer with a Debian-like operating system and two Wi-Fi interfaces. The best choice is to use a Raspberry Pi (2+) a Wi-Fi dongle and a small touch screen. This tiny configuration (for less than $50) allows you to tap any Wi-Fi device, anywhere.
An open source device to connect a computer with an RS232 serial port to a telnet BBS. It does not use an analog phone line but internet through a wifi connection. Behaves like a Hayes dial-up modem, and it is designed and built for old computers. Plug it in, fire up a terminal emulator, and use the Hayes AT command set to tell it what to do. Can theoretically be used with any computer that has an RS-232 port.
Occasionally the designer sells them on eBay, but you can build your own.
Like nmap for mapping wifi networks you're not connected to. Maps and tracks wifi networks and devices through raw 802.11 monitoring. Map wireless networks and all clients on each network. Traffic analysis, infer device types. Send packets in response to certain conditions (such as sending 1 gig of traffic or reaching a certain traffic throughput). Deauth attacks. Saves data as YAML for analysis or sending to other software.
Written in Python 3. Installable through Pypi.
API documentation for wigle.net.
A specialized packet sniffer that grabs images from wireless networks as people surf the net.