BIND9 Web UI

Self-hosted DNS control panel for BIND9.

BIND9 Web UI helps DNS operators manage BIND9 without hand-editing every zone and configuration file. It supports local management and remote management over SSH, with a dashboard for zones, records, ACLs, TSIG keys, RPZ, replication, backups, user access, and operational visibility.

Copyright (c) 2025 Stephane ASSOGBA

Quick Links

• One-command install
• Production install
• Install options
• Install on the BIND server
• Manual development start
• Environment variables
• Remote BIND permissions
• Recommended production setup
• Contributing

One-Command Install

On Debian or Ubuntu:

git clone https://github.com/Steph-ux/bind9-web-ui.git && cd bind9-web-ui && sudo bash install.sh

The installer can deploy behind nginx, Apache, or no reverse proxy, and can run on the same host as BIND9 or on a separate management server.

Why This Exists

BIND9 is one of the most capable DNS servers available, but it still lacks an official management interface. In practice that means:

• manual edits in multiple configuration files
• easy-to-miss syntax mistakes
• weak visibility across zones, access control, and runtime state
• awkward remote administration when BIND runs on another host

This project fills that gap with a full web UI focused on operational safety and day-to-day administration.

Who It Is For

• DNS administrators who run BIND9 in production or labs
• Teams that want a self-hosted DNS management interface
• Operators managing several BIND9 servers from one UI
• Environments that need local control instead of a SaaS DNS platform

Core Features

DNS management

• Create, edit, and delete DNS zones
• Manage records for A, AAAA, CNAME, MX, TXT, NS, SOA, PTR, SRV, and more
• Generate and parse BIND zone files automatically
• Create reverse DNS and PTR records automatically when appropriate
• Import existing zones and managed includes from an existing BIND installation

Access control and key management

• Manage ACLs through dedicated BIND include files
• Manage TSIG keys through dedicated include files
• Configure zone transfer authorization more safely

RPZ / DNS firewall

• Manage Response Policy Zone entries from the UI
• Import RPZ data from text, zone-file style content, or remote URLs
• Handle large blocklists with pagination and batch processing
• Keep RPZ data synchronized with BIND-managed files

Remote server management

• Add multiple BIND servers over SSH
• Detect platform details and common BIND paths automatically
• Switch the active target between local mode and remote mode
• Run configuration reads, writes, validation, and rndc operations against the active target

Replication and operations

• Register secondary or replication targets
• Maintain zone-to-server bindings
• Run sync operations and conflict detection
• Send BIND notify actions where applicable

Monitoring and maintenance

• Dashboard with server, DNS, and operational summaries
• Status view for service health and runtime information
• Real-time logs
• Backups and restore flows
• Configuration snapshots
• User management and API tokens

Security controls

• Session-based authentication
• Role-based access control for admin, operator, and viewer roles
• Forced password rotation for bootstrap users
• Validation and sanitization across BIND-facing inputs
• CSRF-aware authenticated mutations
• SSRF protections for remote fetch and notification features

Management Model

The application supports two operating modes.

Local mode

The web UI runs on the same host as BIND9 and interacts with:

• BIND configuration files
• zone files
• rndc
• validation binaries such as named-checkconf and named-checkzone

Remote SSH mode

The web UI runs on a separate host and connects to a BIND server over SSH. The application executes commands and manages files remotely through the active SSH connection.

This is the mode used when the UI is deployed on a central management server and your BIND servers live elsewhere.

Important BIND Integration Notes

This project does not try to rewrite arbitrary BIND layouts blindly. A few conventions matter if you want the UI to manage everything cleanly.

Managed include files

ACLs and TSIG keys are managed through dedicated include files:

• named.conf.acls
• named.conf.keys

Your main BIND configuration should include them, for example:

include "/etc/bind/named.conf.acls";
include "/etc/bind/named.conf.keys";

If an ACL exists only inside named.conf.options, BIND will use it, but the ACL page in the UI will not import it as a managed ACL until it is moved to named.conf.acls.

Existing manual changes

The UI can import and reflect existing BIND configuration, but if you modify files manually outside the UI, the safest workflow is:

1. make the manual BIND change
2. validate it on the server
3. use the relevant sync or refresh flow in the UI

Structural zone edits

Record-level edits are first-class in the UI. Some deeper structural zone changes are still safer to perform directly in BIND and then sync back into the application.

Tech Stack

Layer	Technologies
Frontend	React 19, Vite 7, TypeScript, Tailwind CSS 4, shadcn/ui, Wouter
Backend	Node.js, Express 5, TypeScript
Data	SQLite by default, with PostgreSQL and MySQL support via Drizzle ORM
Realtime	WebSocket (ws)
Remote access	ssh2
Validation	Zod, drizzle-zod

Project Structure

Bind-Config/
├── client/              # React frontend
├── server/              # Express backend and BIND services
├── shared/              # Shared schemas and types
├── data/                # SQLite database and local data
├── script/              # Build scripts
├── DESIGN.md            # Active design system direction
└── README.md

Requirements

Development

• Node.js 20+ recommended
• npm
• build tools required by native dependencies such as better-sqlite3

On Debian or Ubuntu:

sudo apt update
sudo apt install -y build-essential python3

BIND target

For local mode:

• a host with BIND9 installed
• access to BIND config and zone directories
• rndc, named-checkconf, and named-checkzone

For remote mode:

• SSH access to the target server
• a user with sufficient file and command permissions
• passwordless sudo for required BIND operations if the user is not already privileged

Quick Start

Production install

On Debian or Ubuntu:

git clone https://github.com/Steph-ux/bind9-web-ui.git
cd bind9-web-ui
sudo bash install.sh

As a single shell line:

git clone https://github.com/Steph-ux/bind9-web-ui.git && cd bind9-web-ui && sudo bash install.sh

Default install:

• app installed in /opt/bind9-web-ui
• env file in /etc/bind9-web-ui.env
• systemd service bind9-web-ui
• nginx reverse proxy on https://<server-ip>:8443
• Node.js listens locally on 127.0.0.1:3001
• generated admin password stored in /root/bind9-web-ui-bootstrap-admin.txt

Install options

Set the initial admin password:

sudo env DEFAULT_ADMIN_PASSWORD='change-me-now' bash install.sh

Use Apache instead of nginx:

sudo env WEB_SERVER=apache bash install.sh

Use nginx on ports 80/443:

sudo env WEB_SERVER=nginx WEB_HTTP_PORT=80 WEB_HTTPS_PORT=443 SERVER_NAME=dns.example.com bash install.sh

Use Apache on ports 80/443:

sudo env WEB_SERVER=apache WEB_HTTP_PORT=80 WEB_HTTPS_PORT=443 SERVER_NAME=dns.example.com bash install.sh

Install without nginx/apache:

sudo env WEB_SERVER=none bash install.sh

WEB_SERVER can be nginx, apache, or none. If WEB_SERVER=none, put your own TLS reverse proxy in front of the Node.js service.

To replace the default web site on the server:

sudo env DISABLE_DEFAULT_SITE=1 WEB_HTTP_PORT=80 WEB_HTTPS_PORT=443 SERVER_NAME=dns.example.com bash install.sh

Install on the BIND server

If the Web UI runs on the same host as BIND9:

sudo env LOCAL_BIND_ACCESS=1 bash install.sh

This lets systemd write to the configured BIND directories and adds the service user to the BIND group when it exists. If BIND files are root-only, local writes may still fail; use an SSH connection to localhost with sudo, or adjust permissions deliberately.

Manual development start

1. Clone the repository

git clone https://github.com/Steph-ux/bind9-web-ui.git
cd bind9-web-ui

2. Install dependencies

npm install

3. Initialize the database

npm run db:push

4. Start development mode

On Windows:

npm run dev

Then open:

http://localhost:3001

5. First login

On first startup, a bootstrap admin account is created automatically.

• Username: admin
• Password: the value of DEFAULT_ADMIN_PASSWORD, if set
• Otherwise: a generated bootstrap password is created

In production, the bootstrap password is not written to logs. Set DEFAULT_ADMIN_PASSWORD before first startup if you want a known initial password.

Production Build

Build the application:

npm run build

Start the compiled server:

node dist/index.cjs

Set NODE_ENV=production in your environment or service manager.

Note:

• npm start is currently written for Windows-style environment variable syntax
• for Linux services, prefer setting NODE_ENV=production in systemd, Docker, or your shell and launching node dist/index.cjs

Environment Variables

The repository already includes an .env.example.

Variable	Default	Description
HOST	0.0.0.0	Bind address for the Node.js server
PORT	3001	HTTP port for the application
NODE_ENV	development	Runtime mode
SESSION_SECRET	random in development	Mandatory in production
DB_TYPE	sqlite	sqlite, postgresql, or mysql
DATABASE_URL	data/bind9admin.db	SQLite path or database connection URL
BACKUP_DIR	data/backups	Runtime backup directory
BIND9_CONF_DIR	/etc/bind	Local-mode BIND config directory
BIND9_ZONE_DIR	/var/cache/bind	Local-mode zone directory
RNDC_BIN	rndc	Path to the rndc binary
NAMED_CHECKCONF	named-checkconf	Path to the config validation binary
DEFAULT_ADMIN_PASSWORD	unset	Optional initial bootstrap admin password

Database Backends

SQLite is the default and easiest option. PostgreSQL and MySQL are also supported.

SQLite

No extra setup is required beyond:

npm run db:push

PostgreSQL

Set:

DB_TYPE=postgresql
DATABASE_URL=postgresql://user:password@host:5432/dbname

Then push the schema.

On Windows:

npm run db:push:pg

On Linux:

DB_TYPE=postgresql npx drizzle-kit push --config=drizzle.config.pg.ts

MySQL

Set:

DB_TYPE=mysql
DATABASE_URL=mysql://user:password@host:3306/dbname

Then push the schema.

On Windows: