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Offline survival

When the network drops, the library shouldn’t — Wikipedia, local AI, maps, and learning on your hardware

Why this page

This is a small curated corner for resilient knowledge: tools that keep reference material, assistants, and maps usable without relying on live internet. Think emergency preparedness, van life, cabins, sailboats, or anywhere connectivity is expensive or unreliable. Nothing here is financial or medical advice; verify critical procedures with official sources.

Featured: Project NOMAD

Project NOMAD (Node for Offline Media, Archives, and Data) is a free, open-source offline server from Crosstalk Solutions. Install on a PC you control, download the content packs you want, and run Wikipedia-scale knowledge, local LLMs via Ollama, OpenStreetMap offline maps, and education (e.g. Khan Academy style content via Kolibri) — all without phoning home. Licensed Apache 2.0.

Quick install (Ubuntu / Debian, from project docs):

curl -fsSL https://raw.githubusercontent.com/Crosstalk-Solutions/project-nomad/main/install/install_nomad.sh -o install_nomad.sh
sudo bash install_nomad.sh

Building blocks (also inside NOMAD)

These projects are the usual engines behind offline stacks; NOMAD bundles several of them with a single dashboard.

Related offline stacks

Offline reference & reading

When the internet is gone, the books you have on disk become priceless. These tools turn your storage into a portable library.

Offline communication

When cell towers and ISPs go down, these tools keep people connected over local networks or radio.

Offline navigation & GPS

GPS satellites still work without the internet โ€” you just need the right software and map data.

Offline first aid & medical reference

Download these while you still can. In an emergency, having medical reference material offline can be critical.

Offline media & entertainment

Morale matters. These tools keep music, video, and games available without streaming.

Hardware for offline setups

The right hardware makes offline stacks reliable and power-efficient.

Hardware Use case Notes
Raspberry Pi 4/5 Low-power server (IIAB, Kiwix, Jellyfin) 5โ€“15 W; runs on solar + battery
Mini PC (N100, Ryzen) Project NOMAD, local LLMs 10โ€“65 W; better for GPU-accelerated AI
External SSD (1โ€“4 TB) Content packs, ZIM files, media English Wikipedia ZIM โ‰ˆ 100 GB full
Meshtastic nodes (TTGO, RAK) LoRa mesh messaging ~$25โ€“50/node; km-range line of sight
Portable power station Backup power for all of the above Pair with solar panel for indefinite runtime

Offline software & productivity

Work, write, code, and manage data without any network dependency.

Emergency radio & information

Traditional radio remains the most resilient broadcast medium. A good receiver and antenna are essential.

Useful offline data sets

Download these reference data sets while you have bandwidth โ€” they're invaluable when the network is down.

Recommended reading

Books that pair well with an offline-first mindset.

Also on this site

Tools lists Ollama and other local-LLM helpers. Specials has free learning and hosting picks. For frontier-model context (not offline), see the AI Museum.