HAS_Prepper_Disk

Project NOMAD is an offline-first knowledge and education server from Crosstalk Solutions. It provides a browser-based Command Center and API that orchestrate containerized resources and applications through Docker on Debian-based systems, allowing the installation, configuration, and updating of an offline knowledge environment. Its capabilities include offline Wikipedia and reference libraries through Kiwix, Khan Academy courses and progress tracking through Kolibri, downloadable regional maps through ProtoMaps, CyberChef data tools, FlatNotes markdown notes, a one-click application catalog, and support for custom Docker containers. Its optional AI Assistant uses Ollama or an OpenAI-compatible server such as LM Studio or llama.cpp, with document uploads and semantic search implemented through Qdrant-based retrieval-augmented generation. An internet connection is required for installation and optional later downloads; the installed system is designed to operate offline and the project states that it has no built-in telemetry. It can be installed through a terminal-based script or Docker Compose, is licensed under Apache License 2.0, and does not currently include authentication, so the project advises against exposing an instance directly to the internet.

Dashwise is an open-source, self-hosted homelab dashboard that combines links, search, RSS news, notifications, wallpapers, glanceables, widgets, and integrations with self-hosted services in configurable pages. It includes built-in authentication and SSO/OIDC support, a Spotlight-like search opened with Ctrl+K, and an HTTP endpoint for receiving push notifications by topic. Dashboards are configured through the user interface rather than configuration files; page configurations and user preferences are stored in PocketBase and read by the React frontend through its page-configuration API. Integrations are defined as YAML files that provide widgets, glanceables, and shortcuts. The application uses a React single-page frontend bundled with Bun, a Bun/Hono API layer, and a PocketBase backend, and can be deployed with Docker Compose. The repository warns that the project was partly rewritten after its last major release and recommends backing up the PocketBase directory before upgrading.

Pi Web is an open-source local browser interface for the Pi coding agent, developed in the agegr/pi-web repository. It uses Pi’s local configuration and session files, allowing users to browse, resume, rename, export, delete, and branch project-grouped conversations; run agent turns; and inspect running state, context usage, costs, and compaction details. New sessions create independent session files, while “Edit from here” creates a branch within the current session. Its project workspace supports file browsing and uploads, Git diff inspection, automatic previews for source files, Markdown, images, audio, PDFs, and DOCX files, and Git worktree switching. Configuration panels manage provider logins and API keys, models and model tests, plugin packages, and skills. The interface supports English, Simplified Chinese, and Traditional Chinese, follows the browser language initially, and includes a language switcher. Pi Web is distributed through the `@agegr/pi-web` npm package, requires Node.js 22.19.0 or newer, and listens on `127.0.0.1` by default. Remote binding and HTTP Basic Authentication are available, but the documentation warns that Basic Auth does not encrypt credentials in transit and that the service should not be exposed over plain HTTP without a trusted reverse proxy or VPN. It reads Pi agent data from `~/.pi/agent` by default, shares Pi’s model, settings, and credential storage, and limits file browsing to known project or session roots rather than providing general filesystem access.

Pi-hole is a network-wide DNS server and ad-blocking tool developed by the Pi-hole Team. It can run in Docker or on a supported Linux system, including a Raspberry Pi, PC, virtual machine, or NAS, and can serve as the DNS server for an entire network or individual devices. It blocks advertising and tracking domains before they are downloaded, including requests from mobile apps, smart TVs, and IoT devices. Pi-hole provides a web interface with query statistics, client activity, upstream-server information, query logs, local DNS configuration, and settings management. It includes a built-in DHCP server, group-based filtering, allowlists and denylists with regular-expression rules, automatically updated community blocklists, configurable privacy modes, and a REST API with built-in documentation. A VPN such as WireGuard can extend its DNS-based blocking to devices on mobile networks or public Wi-Fi.

Pi Pocket is a self-hosted, mobile-first web application for running and supervising Pi coding agents on a user's own machine or phone. It stores model calls, tool calls, subagent activity, sessions, notes, schedules, and other state in a durable database so work can continue after server restarts; the web client receives committed session updates through server-sent events. The app supports live multiplayer sessions with presence, side chat, shared notes, mentions, reactions, pins, invitations, roles, and turn-taking. Users can steer or queue tasks, inspect tool output and diffs, fork or retry sessions, use git branches and worktrees, approve plan-mode changes, schedule messages, run goals until a check passes, and open a Chromium-based browser panel. It also provides artifacts, subagents, push notifications, extensions, codemode, and an optional Lancet Guard that requires approval for selected risky calls. Pi Pocket runs on Linux, macOS, Windows, or Android through Termux, requires Node.js 22.19 or newer, and can expose the app locally, over a LAN, through a Cloudflare quick tunnel, or through Tailscale. It is distributed under the MIT license. The project warns that anyone with steering access can make Pi run commands with the permissions of the host machine, and that Pi Durable is experimental.