Google search → script your own HTTP/HTTPS sniffer toolbar using Scapy, PyShark or Socket in Python as backend sniffers to sniff out any and all HTTP traffic (just not HTTPS because it's encrypted which would require MITM access via ARP poisoning/router injection/mitmproxy in Python). Here's how you can do it:
> Have the Python tool sniff HTTP traffic using Scapy or PyShark
> Extract URLs, POST requests, and keywords
> Match those against certain strings (e.g., "nuclear", "bitcoin")
> Serve results to the browser via a local API (e.g., Flask)
Now you just created a built-in browser keyword search toolbar like the older ones have without worrying about your searches being everyone's business. Install it to your browser via "developer mode" option. Fuck a search engine that uses manual handshake protocols like robots.txt (and only indexes 1% of the web) and every query you enter is a new page added to the web, seriously undermining your privacy. This'll let you search the whole web w/ a backend.
Although this'll just sniff traffic going through your local network. To get public access, port forward an IPv4 from a public VPS server and you're done.
YouTube → yt-dlp
Android → Here's what you'll need:
> BeagleV Ahead Single Board Computer (SBC) (comes w/ mainline Linux support, no Intel/ARM/AMD shit in their cores, uses RISC-V architecture, is completely open source and has touchscreen compatibility)
> an open source USB-based HID-compliant resistive touchscreen (like the ones they use for raspberry pi's, such as the XPT2046 touch controller). Just make sure it's Linux-compliant. Note that the XPT2046 is compatible with BeagleV Ahead, however it requires manual setup.
> a HDMI/USB case for a raspberry pi for the buttons (power on/off and volume up/down + HDMI/USB ports to wire to your board, just make sure the GPO mapping works w/ BeagleV) and a 3D printed plastic display case to house all the components and use like a regular cell phone
> SysmoUSIM w/ USB SIM card reader + Open5GS + 5GC (set APNs on the handset w/ gNB and srsRAN) + PySIM (personalize IMSI, Ki/OPc, MCC/MNC and OSIM for IMS) + an Android smartphone to clone (pick a device that supports band 48 on CBRS) + a custom build device to use + a SiFive HiFive1 B dev board, using a self-written SOCKS5 proxy scripted in Python w/ X25519, ChaCha20, Poly1305 and Kyber for quantum computer resistance, using E2E encryption on your proxy, and MAC randomization (you'll need to use an external Wi-Fi USB adapter with well-supported chipsets such as Atheros (ath9k/ath10k) for BeagleV, because it doesn't come with support for Atheros hardware or drivers, nor does it come w/ wifi drivers either, which you're gonna need to swap out MAC addresses for every connection), flash Gentoo with Wayland running over it for the mobile UI (like Phosh), which is what they use for the Pinephones (note that while BeagleV does have Wayland support, however it's still developing, so you'll have to set it up manually). Use a custom IMSI range reserved for testing. In pySIM you can define: IMSI – your chosen private ID, K_i – the secret authentication key, OPc / OP – optional operators’ keys for simulating network auth, and will use those keys to authenticate without ever touching the public network. You can create an internet connection via scripting a proxy and port forwarding via terminal. You're just using a lab network as infrastructure to route your calls via internet/PSTN via SOCKS5 proxy without having to use a public carrier.
> And you can run multiple firewalls over this (like iptables, rkhunter, clamav, kvm/qemu and firejail for a multi-layered defense). Then throw pyshark ontop and you can run your custom proxies you scripted in Python w/ gnunet-vpn as the client
> to touch up, give it a Adafruit PowerBoost 1000C, a BMS (Battery Management System), a USB audio interface (used for RPIs), a cellular antenna for USB adaptor, thin copper heatsinks for the boards to reduce overclocking, use eMMC for SD storage and use a mini USB keyboard for use as mini-PC w/ terminal
You could stay on the go using a private carrier w/ cellular antenna on lab network. And optionally, you could use Parabola, Trisquel, Guix or Hyperbola + Wayland (Phosh/Sway/Plasma Mobile) instead of GNU, depending on your preference. Although note that this custom build smartphone isn't gonna replace Android anytime soon, it would just be for hobbyists and developers.
