credkellar/netx repository overview

⁠NetX — Docker Hub pack (v1.4.0)

NetX: pocket agents + code studio, LAN/tower atlas + Maps, shield, threat news wire, Kali learn hub!

Security · Networking · Developer Tools

NetX — 33 sources merged perfectly into 7 hubs: pocket AI agents + code studio, network atlas (LAN / towers / Google Maps), shield, threat news wire, learn hub (Kali + Security+), his 3 Docker engines + LLM-X-NetLab + 10 own tarballs. Carbon 4 decides, Muse advises.

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## Full overview (paste into the Hub "Full description" / Overview field)

# 🕸️ NetX

**33 sources merged perfectly into one pocket system — 7 hubs, one interface, zero dependencies.**

NetX takes 18 apps from Darion's phone, his own 3 Docker images, his LLM-X-NetLab repo, 10 of his own project tarballs, and the Apify "Google Maps API in Python" guide — dedupes everything that overlaps — and ships it as one pure-Python (stdlib only) command line:

```bash
docker pull credkellar/netx
docker run --rm credkellar/netx            # demo
docker run --rm credkellar/netx checks     # 44 self-checks
docker run --rm credkellar/netx run-all    # every hub at the same time

⁠🎯 What this is about?

One phone-sized command center for the jobs 18 separate apps were doing in slices: steering AI coding agents, editing and running code, mapping a LAN and its towers, scanning device safety, reading one deduped threat-news wire, and learning Kali / Security+ — plus his own engines (A-C-D detection, Deconstruction, Sol-Plex), the full LLM-X-NetLab, 10 of his own projects as seats, and a Google Maps seat (geocoding + driving distance/duration).

⁠🧭 The 7 hubs

⁠📦 v1.3.0 — 10 own tarballs as seats (packages)

ML-x (stdlib ML pipeline) · slm (sentence narrowing + bigram SLM) · Deconstruction (real 5-stage pipeline) · G-C-64-TPUs (64-chip scheduler, labelled simulation) · S3lf-c0n8ci0us (state snapshot) · malware-sandbox-suite (triage chamber — never executes) · CyberSec-Directory · Globe-Data-Visualizer · Ppls voice (cosine match on supplied vectors only) · LLM-x 0.1.5 (deduped into NetLab)

⁠🗺️ v1.4.0 — Google Maps seat (Apify guide)

get_lati_longi(address) — Geocoding API → latitude/longitude · get_dist_dur(start, end) — Distance Matrix → driving distance + duration · Static Maps URL builder. Live calls need your own GOOGLE_MAPS_API_KEY (environment only); without one the seat HOLDs and demos on the article's published Prague examples — it never invents coordinates.

⁠🧠 The council

Every plan passes a two-brain council: Gemini Carbon 4 = DECIDER (MAP → MODEL → STRESS → DECIDE; tiers 2048 / 8192 / 32768; can only tighten) and Muse = advisor (4 points, authority: none). Strictest verdict wins. Google Flow video plans are drafted, never rendered.

⁠⚡ Runtime — everything at once

run-all runs all 7 hubs + internet seat + packages + geo seat + council concurrently in one process: measured wall 35.64 ms vs 332.45 ms serial = 9.3×. Zero network latency — the loop makes no network calls; compute time is measured and printed honestly, never claimed as zero. A cached snapshot serves repeat reads instantly.

⁠🔒 16 HOLD gates

No live exploitation · no scans of networks the owner doesn't name · sandbox code runs only as the owner's own snippets · agents never act unsteered · router seat reports only · camera flags are heuristics, never accusations · no third-party IP geolocation · the owner's real home-internet profile stays in a private, gitignored file — never in the image · the sandbox seat never executes samples · the voice seat never identifies real people · Google Maps live calls wait for the owner's own API key · publishing happens only when the owner says push.

⁠✅ Verified

pytest 15 passed · built-in checks 44/44 · duplicate-function audit: 89 functions, zero identical bodies — every algorithm exists exactly once.

⁠📜 License

MIT © Darion Kellar — source: github.com/credkellar/NetX