Pablo Fernández a308041d59 Initial commit

FamilyNido — a self-hosted PWA for a single household: shared calendar,
chores, meals, school agenda, health records and a family wall. One
instance per family, deployable with `docker compose` on any home
server.

Stack: .NET 10 (ASP.NET Core Minimal APIs) + EF Core 10 + PostgreSQL 16
on the backend, Angular 21 (standalone, signals, zoneless) + Tailwind
CSS v4 on the frontend, SignalR for realtime, optional OIDC alongside
local credentials, integration via a versioned `/api/v1/**` public API.

See README.md for the module overview and how to deploy.

2026-05-13 00:23:14 +02:00

2 KiB

Raw Permalink Blame History

Security policy

Supported versions

FamilyNido is a single-family self-hosted PWA. Only the main branch is supported — there are no released "versions" to back-port fixes to.

Reporting a vulnerability

If you find something that looks like a security issue, please do not open a public GitHub issue. Instead:

Use GitHub's Report a vulnerability button on the Security tab of this repository (private disclosure to maintainers).
Or email the maintainer directly via the address on the GitHub profile linked from the commit history.

Please include enough detail to reproduce: affected endpoint(s), inputs, expected vs. actual behaviour, and any logs you can share. A short proof-of-concept goes a long way.

You can expect:

An acknowledgement within a few days.
A fix or a clear "won't fix with reason" within two weeks for high-severity issues, longer for low-severity ones.
A public credit in the commit message if you want one.

Out of scope

DDoS, volumetric or resource-exhaustion attacks against the reference deployment. Rate limiting is in place but the project is not designed to survive large-scale attacks.
Issues that require physical access to the server hosting the instance.
Vulnerabilities in upstream dependencies that already have a published CVE — open a regular issue (or PR with the bump) instead.
Social-engineering or anything that targets an operator rather than the software itself.

Threat model in one paragraph

FamilyNido is intended to run on a home server behind a reverse proxy that terminates TLS (typically Traefik), accessible to the household members through their own browsers and to a handful of integrations (Home Assistant, etc.) through API keys. The realistic attackers we worry about are: a curious neighbour on the LAN, a guest the family briefly granted access to, and the open internet poking at the public URL once the service is exposed. Strong assumptions: the operator controls the host, keeps the OS patched, and runs the prod.yml stack instead of editing containers by hand.