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/leftypol/ - Leftist Politically Incorrect

"The anons of the past have only shitposted on the Internet about the world, in various ways. The point, however, is to change it."
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Get a MilkV Jupiter, make a 3D printed PCIe slot for a PCBway printed circuit board, wire LiteX and ECP5 NAND and NOR programmed for memory storage, then add PETG, ABS, ASA, Nylon, or polycarbonate from a 3D printer (FreeCAD, KiCAD or Fusion 360), phosphor bronze or beryllium copper contacts and gold plating (optional but ideal). Print the insulating body. Insert stamped contacts, spring contacts, or pogo-pin style terminals, and solder wires or PCB traces to the contacts.

Then, connect it to your MilkV Jupiter as an alternative to SD/eMMC/NVMe. Do this for your other two or three MilkV Mars nodes as well, and do this for your router Jupiter board (will discuss later). Then snap the Jupiter/Mars into a development board to wipe the firmware on the DDR4 controllers and install UberDDR3 or custom DDR3 (PhD-level project), which is open source. Then take a Ovrdrive USB flash drive and flash Gentoo Linux onto the MilkV Jupiter board, take another Ovrdrive USB flash drive for decryption of desktops using KeePassXC (will need LUKS for full disc encryption). Then connect a Modos paper display, a Keyboardio model 01 keyboard, Ploopy mouse, passive speakers and a Logitech Quickcam Express 1999 web cam. Then when setting up Gentoo, refuse any and all proprietary packages, block any proprietary packages in nftables, also harden the kernel and secure the bootchain. Then run Sway from Wayland over it. Then make sure you got nftables installed, as well as kvm/qemu, firejail, fail2ban, PyShark, a custom SOCKS5 proxy written in Python w/ X25519, Poly1305, ChaCha20 and Kyber for cryptographic post-quantum protection, w/ libsodium, PQClean and OpenSSL integration, as well as using GNU Icecat, ELinks or GNUNet/GNUNet CADET/GNUNet FS (File Sharing)/gnunet-vpn for web browsing services.

For self-hosting emails, use ipserver.su for VPS Cloud hosting (do NOT use your homeserver for this!), register a domain with either .su, .to, .rw, .in or .st ccTLD, don't reveal any revealing information on your website to host your emails off of, use proper OPSEC, don't reveal any personally identifiable information in the DNS records either, use Mozilla Thunderbird or Roundcube for the webmail client, block any connections to 8.8.8.8/1.1.1.1/9.9.9.9 (public DNS) via nftables. Use SMTP, PGP and E2E encryption for all emails via Anti-DDoS Flood Protection and Firewall by Conor McKnight on Github, Haproxy-protection + alonz22/haproxy-dashboard or some other open source DDoS mitigation and firewall tools to encrypt your traffic. Use xkpasswd.net for generating passwords.

Then take another MilkV Jupiter w/ custom memory PCIe attached, then bifurcate it some more to add a second PCIe slot for an ath9k PCIe Atheros card. Then plug that into your default ISP router via UART/UEFI, as well as plugging it into your other MilkV Jupiter mainboard for open source internet connection and firewalling.

For the laptop to program FPGAs, use MNT Reform. You will need a development board also (like a SiFive).

For the cellular network, make a homemade cell phone/cellular modem 2-in-1 with a PCBway computer-class printed circuit boards, wire a Motorola C123 screen + buttons + 2G antenna + TI Calypso chipset + speakers/microphone + buttons for on/off and power, all lifted from the phone. Give it a 3D printed plastic display case (if you don't own a 3D printed pay someone for 3D printer work) that snaps on. Give it a ULX3S w/ custom PHY written on it (TDMA, not OFDMA, which is a multi-year, multi-team PhD-level FPGA project in itself), w/ LimeSDR PCIe snapped to it, along with a Baofeng HAM radio set at 900MHz for 2G reception, which you can buy off aliexpress/alibaba, then add 3 or 4 ethernet plugs at the bottom for the MilkV Jupiter mainboard and the two or three MilkV Mars LLM accelerator and USB ASIC altcoin bitmining (like dogecoin on Scrypt USB — Fewer true USB ASICs, but possible with adapters or older units) nodes which can also sniff traffic via pyshark using Suricata or Zeek (Bro) for LLM-powered traffic analysis and threat detection. Flash OsmocomBB on the TI Calypso phone modem that you plugged to connect your computers automatically to the network, use Asterisk and OpenBTS for handling calls, now you can connect to a 2G wireless network on your computer as your own ISP, using the Mars nodes as a mini-cloud over 2G wireless for open source network connection instead of Wifi, will also need fans for SBCs because USB ASIC bitmining gets very hot. Will also need a BTS tower or radio mast along with a license to broadcast, and you can access a custom BBS written in Python to run over GPRS, and from there, you can broadcast notifications and emergency signals to subscribers within range. I'll call the LLC Smilodon Wireless. Anyone with a pre-sold Motorola C123 w/ OsmocomBB and sysmousim SIM card w/ programmed subcriber services for activation with Smilodon wireless (sold locally).

Also, make sure that you run your network over GNUNet/GNUNet CADET/GNUNet FS (File Sharing)/gnunet-vpn for encrypted communications on your BBS board.

No other privacy tutorial is going to cover everything that is essential about a computer. That includes the OS down to the bare metal. To hack, all you'll need is hardened Gentoo Linux + Wifi password and firewall cracking tools in terminal + kvm/qemu for isolation/VMs + proxy.

wtf is this nerd shit, no way im doing none of that, sorry lil bro

>>2808051
this was confusing to me because i am retarded so I asked ShitGPT to make a glossary of terms you used with definitions a retarded dumbass like me could understand:

## Hardware & Electronics

* Milk-V — A company that makes tiny computers you can build projects with.

* Milk-V Jupiter — A more powerful tiny computer board, kind of like a Raspberry Pi but based on the RISC-V chip architecture.

* Milk-V Mars — A smaller or lower-power Milk-V computer board.

* PCI Express (PCIe) — A super-fast slot used to connect parts like graphics cards, SSDs, or networking cards to a computer.

* PCB (Printed Circuit Board) — The flat board with copper lines that electronic parts attach to.

* PCBWay — A company that manufactures custom circuit boards and 3D-printed parts.

* 3D printing — Making physical plastic objects layer-by-layer using a machine.

* FreeCAD — Free software for designing 3D objects.

* KiCad — Free software for designing circuit boards.

* Autodesk Fusion — A popular program for designing 3D objects and mechanical parts.

* PETG / ABS / ASA / Nylon / Polycarbonate — Different kinds of plastic filament used in 3D printers. Some are tougher, more heat-resistant, or weather-resistant than others.

* Phosphor bronze — A strong springy metal often used for electrical connectors.

* Beryllium copper — A very durable conductive metal alloy used in high-quality electrical contacts.

* Gold plating — A thin layer of gold added to electrical contacts to stop rust and improve conductivity.

* Solder — Melted metal used to permanently connect wires and components.

* PCB traces — Thin copper “roads” on a circuit board that carry electricity.

* Spring contacts / pogo pins — Tiny spring-loaded electrical pins used to make removable connections.

* SD card — A removable memory card for storing files.

* eMMC — Built-in flash storage soldered directly onto a device.

* Non-Volatile Memory Express (NVMe) — A very fast SSD storage technology.

* Firmware — Low-level software stored inside hardware that tells it how to work.

* DDR3 / DDR4 — Types of RAM (computer memory). DDR4 is newer and faster than DDR3.

* Open source — Software or hardware designs anyone can inspect, modify, and share.

* Development board — A circuit board designed for experimenting and programming hardware.

* SBC (Single-Board Computer) — A complete computer on one small board.



## FPGA & Low-Level Computing

* LiteX — A toolkit for building custom computer systems inside programmable chips.

* Lattice ECP5 — A programmable chip people use to build custom hardware circuits.

* FPGA (Field Programmable Gate Array) — A chip you can rewire with code to behave like custom hardware.

* NAND / NOR flash — Two types of non-volatile memory chips used for storing data.

* PHY (Physical Layer Interface) — Hardware that handles the actual electrical signaling for networking.

* TDMA (Time Division Multiple Access) — A way multiple devices share one radio channel by taking turns.

* OFDMA (Orthogonal Frequency Division Multiple Access) — A more advanced wireless sharing system used in modern cellular and Wi-Fi networks.

* UART — A simple hardware communication connection used for debugging devices.

* UEFI — Modern firmware that starts a computer before the operating system loads.

* Bifurcation (PCIe bifurcation) — Splitting one PCIe connection into multiple smaller ones.



## Operating Systems & Linux

* Gentoo Linux — A Linux operating system where you build most software from source code for maximum customization.

* Linux kernel — The core part of Linux that controls hardware and system resources.

* Hardened kernel — A modified Linux kernel with extra security protections.

* Bootchain / secure bootchain — The sequence of software that starts a computer securely from power-on.

* Proprietary software — Closed-source software that users cannot fully inspect or modify.

* Package — A bundle of software files installed by the operating system.

* Wayland — A modern graphics/display system for Linux.

* Sway — A lightweight desktop environment for Wayland.

* VM (Virtual Machine) — A “computer inside another computer” used for testing or isolation.

* QEMU — Software that emulates computers and runs virtual machines.

* KVM — Linux technology that makes virtual machines run much faster.

* Firejail — A tool that isolates applications for security.

* Fail2Ban — A security tool that blocks repeated hacking attempts.



## Networking & Security

* nftables — Linux firewall software that controls network traffic.

* Firewall — Software or hardware that blocks unwanted network connections.

* SOCKS5 proxy — A server that forwards internet traffic to hide or reroute connections.

* VPN (Virtual Private Network) — An encrypted tunnel for internet traffic.

* DNS (Domain Name System) — The internet’s phonebook that translates names into IP addresses.

* Public DNS — Large shared DNS services like Google DNS or Cloudflare DNS.

* VPS (Virtual Private Server) — A rented virtual computer running in a data center.

* Self-hosting — Running your own online services instead of relying on big companies.

* OPSEC (Operational Security) — Practices used to avoid leaking sensitive information.

* PII (Personally Identifiable Information) — Data that can identify a real person.

* SMTP — The protocol used to send email.

* E2E encryption (End-to-End Encryption) — Encryption where only sender and receiver can read messages.

* DDoS attack — Flooding a server with traffic to overwhelm it.

* Reverse proxy — A server that sits in front of another server for protection or load balancing.

* Traffic analysis — Watching network traffic patterns to detect activity or threats.



## Cryptography

* OpenSSL — A widely used encryption and security toolkit.

* libsodium — A developer-friendly encryption library.

* PQClean — A collection of future-resistant cryptography algorithms.

* X25519 — A secure method for exchanging encryption keys.

* ChaCha20 — A fast encryption algorithm.

* Poly1305 — A system for verifying encrypted data wasn’t changed.

* Kyber — A newer encryption method designed to resist quantum computers.

* KeePassXC — A secure offline password manager.

* LUKS — Full-disk encryption for Linux drives.

* GNU IceCat — A privacy-focused browser based on Firefox.

* ELinks — A web browser that runs entirely in a terminal.

* Pretty Good Privacy (PGP) — A way to encrypt and sign emails securely.



## GNUnet & Decentralized Networking

* GNUnet — A decentralized privacy-focused networking system.

* GNUnet CADET — GNUnet’s encrypted communication layer.

* GNUnet FS — GNUnet’s decentralized file-sharing system.

* gnunet-vpn — A VPN-like system built into GNUnet.

* Peer-to-peer (P2P) — Systems where users connect directly instead of using a central server.

* BBS (Bulletin Board System) — An old-school text-based online community system.



## Wireless & Telecom

* ISP (Internet Service Provider) — A company that gives people internet access.

* Atheros card — A Wi-Fi/network card brand popular in open-source projects.

* ath9k — An open-source Linux driver for certain Atheros Wi-Fi chips.

* LimeSDR — A programmable radio device for transmitting and receiving signals.

* SDR (Software Defined Radio) — Radio hardware controlled mostly by software.

* 2G — A very old mobile phone network standard mainly for calls and text messages.

* GPRS — Slow mobile internet technology used on older cellular networks.

* BTS tower — A cellular base station tower that talks to phones.

* Radio mast — A tower or structure used to mount radio antennas.

* HAM radio — Amateur radio used by hobbyists and licensed operators.

* Broadcast license — Government permission to legally transmit radio signals.

* Cellular modem — Hardware that connects computers to mobile phone networks.

* SIM card — A small chip that identifies a mobile subscriber.



## Telecom Software

* OsmocomBB — Open-source software for controlling certain old mobile phones.

* Asterisk — Software for handling phone calls and VoIP systems.

* OpenBTS — Software that turns radio hardware into a mini cellular tower.

* GSM — A common older cellular phone standard.

* Baseband — The low-level radio processing system inside a phone.



## Monitoring & Analysis

* PyShark — A Python tool for analyzing network traffic.

* Suricata — Security software that monitors networks for attacks.

* Zeek — A powerful network monitoring and traffic analysis tool.

* Packet sniffing — Watching data moving across a network.

* Threat detection — Looking for suspicious activity on a computer network.



## Peripherals & Devices

* Modos Paper Monitor — A monitor that looks more like paper and uses very little power.

* Keyboardio Model 01 — A split ergonomic keyboard.

* Ploopy mouse — An open-source customizable mouse.

* Passive speakers — Speakers that need an external amplifier.

* Logitech QuickCam Express — An old USB webcam from the late 1990s/early 2000s.

* USB flash drive — Portable storage that plugs into a USB port.

* ASIC miner — Special hardware built for cryptocurrency mining only.

* Altcoin — Any cryptocurrency besides Bitcoin.

* Dogecoin — A cryptocurrency originally made as a joke.

* Scrypt — A cryptocurrency mining algorithm.



## Companies & Devices Mentioned

* MNT Research — Company behind open-hardware laptops.

* MNT Reform — A highly repairable open-source-oriented laptop.

* SiFive — A company making RISC-V processors and development hardware.

* Motorola C123 — A very simple old mobile phone model.

* Texas Instruments (TI) — A major electronics and chip manufacturer.

* TI Calypso — An old GSM phone chipset supported by OsmocomBB.

* ULX3S — An FPGA development board often used for open-source hardware experiments.

* Baofeng — A low-cost radio manufacturer.

All that just for Mossad to track you anyway because you use a smartphone

>>2808067
It's called Teletext or Videotex.

sound expensive. Is this possible on a $100 budget?

>>2808071
sincerely doubt

>>2808051
To what end?

>>2808051
>Making your own memory
Holy fucking schizo. No intelligence agency can backdoor memory chips. If you're that paranoid you should worry about the chips on the board the memory is going on to, not the memory itself.

>>2808051
fucking BASED if you can afford to do it desu.

>>2808051
Imagine how much you could accomplish if you managed to get your ADHD under control


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