This program receives flows (currently Netflow/IPFIX and sFlow), hydrates them with interface names (using SNMP), geo information (using MaxMind), and exports them to Kafka, then ClickHouse. It also exposes a web interface to browse the collected data.
Afterwards, we came to refer to certain types of accomplishments as “black triangles.” These are important accomplishments that take a lot of effort to achieve, but upon completion you don’t have much to show for it – only that more work can now proceed. It takes someone who really knows the guts of what you are doing to appreciate a black triangle.
wtfis is a commandline tool that gathers information about a domain or FQDN using various OSINT services. Unlike other tools of its kind, it's built specifically for human consumption, providing results that are pretty (YMMV) and easy to read and understand.
This tool assumes that you are using free tier / community level accounts, and so makes as few API calls as possible to minimize hitting quotas and rate limits.
The project name is a play on "whois".
BBBS is a fullfledged BBS system which incorporates all of your needs for setting up your own BBS. It contains full Internet and Fidonet support. Fidonet messages and Internet news and email are embedded together with a versatile WWW-based, offline and online message reading system.
EMWM is a fork of the Motif Window Manager with fixes and enhancements. The idea behind this is to provide compatibility with current xorg extensions and applications, without changing the way the window manager looks and behaves.
tftp2httpd is a daemon written in Go which acts as a TFTP server and proxies the requests to an HTTP server. This can be used to serve configuration files requested by embedded devices on a dynamic basis, by taking advantage of the huge HTTP ecosystem for serving requests dynamically.
#FujiNet was intended to be a network adapter that attaches to the SIO (Peripheral) port of an Atari 8-bit computer system but has become an all encompassing SIO peripheral emulator. The current hardware is a design based on the ESP32-WROVER module
There's a different way to put pictures in QR codes. Instead of scribbling on redundant pieces and relying on error correction to preserve the meaning, we can engineer the encoded values to create the picture in a code with no inherent errors
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