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Install anywhere — the universal installer

The cross-platform path — Windows, macOS, and x86-64 Linux. The DIG Installer detects your OS and installs the full DIG stack in one run: the dig-store CLI, plus the dig-node and dig-dns services, both registered to start automatically on every boot. It needs no package manager.

# macOS / Linux
curl -fsSL https://dig.net/install.sh | sudo sh
# Windows — in a PowerShell opened with "Run as administrator"
irm https://dig.net/install.ps1 | iex

Why it needs administrator rights​

The default install registers boot-start OS services and writes into an administrator-only install root, so it requires elevation on every platform. Run it without elevation and it stops before downloading or changing anything, telling you to re-run elevated — nothing is installed and no partial state is left behind. So:

  • Linux / macOS — put sudo in the command, as above. The bootstrap script does not elevate itself.
  • Windows — open PowerShell with Run as administrator first. Piping to iex from an ordinary shell stops at the same check.

Platforms it installs on​

OSArchitecture
Linuxx86-64
macOSApple Silicon (arm64) and Intel (x86-64)
Windowsx86-64

On arm64 Linux, install the dig-store CLI from the apt repository and read content through rpc.dig.net; a dig-node build for that platform is not published yet.

This is the same self-contained dig-installer shipped on the Releases page — download dig-installer-<version>-<os_arch> and run it directly (elevated) if you prefer not to pipe to a shell.

Every component installs by default — dig-store, dig-node, and dig-dns. Skip any one of them with its --no-<component> flag (--no-dig-store, --no-dig-node, --no-dig-dns); the advanced dig-relay and the DIG Browser stay opt-in via --with-relay / --with-browser.

Short aliases: dign and digd​

The DIG Installer also places two short aliases on your PATH: dign for dig-node and digd for dig-dns. They are specific to this route — neither the apt packages nor the native OS packages below carry them, so use the full dig-node / dig-dns names if you installed one of those ways. Each is a real installed binary — not a shell alias — and behaves identically to its primary: the same subcommands (including every service verb — install/uninstall/start/stop/status/serve), the same flags and --json output, and the same exit codes. dign --help/--version reports dign, and digd --help/--version reports digd; the primaries keep reporting their own names. For example, dign open chia://<storeId>/ and dig-node open chia://<storeId>/ do exactly the same thing. This mirrors digs, the first-class alias for dig-store.

GUI installer​

Prefer a guided setup over flags? Download the desktop wizard — DIG-Installer-Setup-<version>-{windows-x64.exe, macos.dmg, linux-x86_64.AppImage} from the Releases page — in a dark theme that matches the rest of DIG Network's apps: Welcome → License → Components → Install → Done.

On the Components step, every component — dig-store, dig-node, dig-dns, dig-relay, and DIG Browser — is checked by default, so clicking through with no changes installs everything (dig-store has no checkbox; it's always installed). Uncheck any of the others to install just a subset.

If a component isn't available yet for your platform, it's skipped automatically and the rest of your selected components still install normally.

Re-running the installer over an already-installed dig-node or dig-relay — to upgrade, for example — needs no manual steps: it stops the running service, replaces the binary with the new version, then starts it again, so the service ends up in the same running or stopped state it was in before.

Native OS packages​

dig-node also ships as native OS packages — a Windows .msi, a macOS .pkg, and a Linux .deb. Install one directly with your OS's own tooling when you'd rather not run the installer at all. Take the asset from the dig-node Releases page:

OSInstall a package directly
WindowsDouble-click dig-node-<version>-windows-x64.msi, or msiexec /i dig-node-<version>-windows-x64.msi from an elevated prompt.
macOSDouble-click dig-node-<version>-macos.pkg, or sudo installer -pkg dig-node-<version>-macos.pkg -target /.
Linuxsudo apt install ./dig-node_<version>_amd64.deb.

Installing a package registers the background service and starts it immediately and on every boot — no extra step. Each package installs only the dig-node binary and its service; the short aliases, dig.local, and dig-dns come with the DIG Installer.

Finding the service on your machine​

The id your service manager knows the node by depends on how you installed it, so use the row that matches your route:

How you installedOSAsk for it as
DIG InstallerLinux (systemd)dignetwork-dig-node, in the user scope — systemctl --user
DIG InstallermacOS (launchd)net.dignetwork.dig-node
DIG InstallerWindows (Services)net.dignetwork.dig-node — DIG NETWORK: NODE
.deb / .pkg / .msiLinux / macOS / Windowsnet.dignetwork.dig-node
apt repositoryLinux (systemd)dig-node

dig-dns follows the same pattern with dig-dns in place of dig-node (DIG NETWORK: DNS on Windows). On Linux, dig-node reports its own id as net.dignetwork.dig-node, while the name to hand systemctl is the one in the table:

systemctl --user status dignetwork-dig-node
journalctl --user -u dignetwork-dig-node -f

Because that unit lives in your user scope, it needs a logged-in session for your account. On a headless server, prefer the apt repository or the .deb, which both register a system service that runs with no session at all.

Whichever route you used, the node reports on itself without you needing an id:

dign status --json

Open chia:// links from anywhere​

The DIG Installer and the native OS packages also register chia:// (and urn:) as an operating-system URL-scheme handler — on by default. With it registered, opening a chia://… or urn:dig:chia:… link anywhere on your computer — from an email, a chat, or an ordinary browser — routes it through your local dig-node, which resolves and verifies the content and opens it in your default browser. Nothing else needs to be installed for the click to work; if you also run the DIG Browser or the extension, it still verifies the page.

Prefer not to register the handler? Choose the guided GUI installer and decline it during setup.

dig-node open​

The handler runs one command, which you can also use yourself to open a DIG address:

dig-node open chia://<storeId>[:<rootHash>]/<path>
dig-node open urn:dig:chia:<storeId>[:<rootHash>]/<path>

It validates the link strictly — only chia:// and urn:dig:chia: are accepted, the store id must be a valid 64-hex value, and every other scheme (file:, javascript:, http:, …) is rejected — then opens your local node's address for it in the default browser. Add --json for a machine-readable result:

dig-node open --json chia://<storeId>/
# { "ok": true, "action": "open", "opened": true,
#   "url": "http://localhost:9778/s/<storeId>/", "store_id": "<storeId>", … }

dig.local​

The installer registers dig.local for your machine so consumers on the same host resolve your node by name (dig.local → localhost) without hard-coding a port. This is what lets the DIG Browser and extension prefer a local node automatically. → Point a consumer at your node

The installer also automatically sets up local HTTPS trust: it provisions a name-constrained local certificate authority (restricted to dig.local, *.dig, and loopback only) that your browser trusts, so you can reach your node securely at https://dig.local with a valid certificate. Uninstalling the node removes this trusted CA cleanly. → The https://dig.local endpoint

An always-on service, verified after install​

dig-node installs by default and registers as an auto-start service — it comes up again after a reboot with no manual step, and starts as part of installation. Skip it with --no-dig-node. On Linux and macOS it also auto-restarts if it ever crashes (Windows recovery-on-crash is still being wired up).

Once the service is started, the installer runs two checks and prints the result of each:

  • dig.local resolves — the OS resolver actually maps dig.local to your node's loopback address right now (not just that the hosts entry was written).
  • Health check — the node answers a live RPC call on its configured port (default 9778), proving the service isn't just registered but actually serving.
sudo dig-installer
#   Registering dig-node as an OS service (port 9778):
#     ✓ dig-node installed as an OS service and started
#     ✓ dig.local: 127.0.0.2 dig.local → /etc/hosts
#     ✓ dig.local resolve check: dig.local → 127.0.0.2
#     ✓ health check: rpc.discover on http://127.0.0.1:9778/ answered

With the node up and verified, the extension and the DIG Browser find it automatically at dig.local (or localhost:9778) — no configuration needed on the consumer side. --uninstall-dig-node removes the service and the dig.local entry cleanly.

Browse .dig names directly​

dig-dns — a local *.dig name resolver — installs by default too, registered as an OS service (Windows Service / macOS LaunchDaemon / Linux systemd) alongside dig-node. Skip it with --no-dig-dns:

curl -fsSL https://dig.net/install.sh | sudo sh -s -- --no-dig-dns

This lets a browser open http://<storeId>.dig/<path> directly: dig-dns resolves the store's chain-anchored root and serves its content from your dig-node. The installer wires OS split-DNS (or an NRPT rule on Windows) and, as a fallback, a PAC proxy file for browsers that bypass the OS resolver (e.g. a browser forcing DNS-over-HTTPS) — either path alone is enough for .dig URLs to load. It never edits /etc/hosts, never rewrites URLs, and never intercepts TLS. Run dig-dns doctor any time to check which path is live and get a fix hint for what isn't. → See DIG and your DNS for what dig-dns does and doesn't touch, and how it protects its own lookup.

The extension already opens content directly from a reachable node as a real page — see Reading from your own node. dig-dns layers a friendlier, per-store address on top of that: with it installed and running, the same open detects dig-dns automatically and lands on http://<storeId>.dig/ instead of the node's own address; without dig-dns, the page still opens directly from the node, just at the node's own local address. Only when no node is reachable at all does the address fall back to opening inside the extension's own viewer.

On Debian-family systems​

Prefer the signed, apt upgrade-able native path: → Install on Ubuntu/Debian via apt.