Self-host Screenshothis

Take complete control of your screenshot infrastructure by running Screenshothis on your own servers. This guide walks you through everything from local development setup to production deployment.

Important: Always refer to the official Screenshothis repository for the most up-to-date setup instructions, environment variables, and configuration requirements. The repository README and .env.example files contain the definitive setup information.

Why self-host? While our hosted service provides simplicity and reliability, self-hosting gives you complete data control, unlimited customization options, and eliminates external dependencies.

Project architecture

Screenshothis uses a modern monorepo architecture built with TypeScript:

Backend API

Location: apps/serverHono + tRPC API with TypeScript for fast, type-safe screenshot generation

Frontend Web App

Location: apps/webReact with TanStack Start and TailwindCSS for the dashboard and playground

Shared Packages

Location: packages/*Common schemas, utilities, and types shared across applications

Infrastructure

DependenciesPostgreSQL, Redis, and S3-compatible storage for complete functionality

Technology stack

Component	Technology	Purpose
Runtime	Node.js + TypeScript	Fast, type-safe execution
API Framework	Hono + tRPC	Lightweight, type-safe API
Frontend	React + TanStack Start	Modern, fast web interface
Database	PostgreSQL + Drizzle ORM	Reliable data persistence
File Storage	S3-compatible storage	Screenshot and asset storage
Cache/Sessions	Redis	Fast caching and session management
Styling	TailwindCSS	Utility-first CSS framework
Linting/Formatting	Biome	Fast, consistent code formatting
Package Manager	pnpm	Efficient dependency management
Monorepo	Turborepo	Fast, scalable build system
Containerization	Docker + Docker Compose	Easy deployment and scaling

Prerequisites

Before you begin, ensure you have these tools installed:

Install Node.js

Download and install Node.js v18 or later from nodejs.org

Verify your installation: node --version should show v18.0.0 or higher

Install pnpm

Install the pnpm package manager:

npm install -g pnpm

Verify: pnpm --version should show the installed version

Install Docker

Download and install Docker Desktop for your operating system

Verify: docker --version and docker-compose --version should both work

Install Git

Ensure Git is installed for cloning the repository

Verify: git --version should show your Git installation

Quick setup

Get Screenshothis running locally in under 10 minutes:

Clone the repository

git clone https://github.com/screenshothis/screenshothis.git
cd screenshothis

You should now be in the screenshothis directory with all source code

Install dependencies

pnpm install

This installs all dependencies for the entire monorepo using pnpm workspaces.

You should see “Dependencies installed” and no error messages

Start supporting services

Launch PostgreSQL, Redis, and MinIO (for local storage):

docker-compose up -d

This starts:

PostgreSQL on localhost:5432
Redis on localhost:6379
MinIO (S3-compatible) on localhost:9000 (API) and localhost:9001 (Console)

Verify services: docker-compose ps should show all services as “Up”

Configure environment variables

Copy and customize the environment files:

# Server environment
cp apps/server/.env.example apps/server/.env

# Web environment (optional)
cp apps/web/.env.example apps/web/.env

The default values work for local development with Docker Compose.

You can customize settings later. The defaults are configured to work with the Docker services.

Set up the database

Apply the database schema:

pnpm run db:push

This creates all necessary tables in your PostgreSQL database.

You should see “Schema applied successfully” or similar confirmation

Configure local storage

Set up MinIO for local screenshot storage:

Open MinIO console at http://localhost:9001
Login with credentials:
- Username: screenshothis-access-key
- Password: screenshothis-secret-key
Create a bucket named screenshothis-bucket
Verify access - you should see the empty bucket

MinIO provides S3-compatible storage for local development. For production, use AWS S3, DigitalOcean Spaces, or another S3-compatible service.

Start the applications

Launch both the web interface and API server:

pnpm run dev

This starts:

Web UI: http://localhost:3001
API Server: http://localhost:3000

Visit both URLs to verify everything is working. You should see the Screenshothis interface and API health check.

Environment configuration

Server environment (`apps/server/.env`)

Configure the server with these essential variables:

# Database Configuration
DATABASE_URL=postgresql://screenshothis:password@localhost:5432/screenshothis
DATABASE_HOST=localhost
DATABASE_PORT=5432
DATABASE_NAME=screenshothis
DATABASE_USER=screenshothis
DATABASE_PASSWORD=password

# Redis Configuration
REDIS_URL=redis://localhost:6379

# S3-Compatible Storage Configuration
# For local development (MinIO):
AWS_ACCESS_KEY_ID=screenshothis-access-key
AWS_SECRET_ACCESS_KEY=screenshothis-secret-key
AWS_REGION=us-east-1
AWS_BUCKET=screenshothis-bucket
AWS_URL=http://localhost:9000
AWS_ENDPOINT=http://localhost:9000
AWS_USE_PATH_STYLE_ENDPOINT=true

# For production, replace with your S3-compatible service:
# AWS_ACCESS_KEY_ID=your-actual-access-key
# AWS_SECRET_ACCESS_KEY=your-actual-secret-key
# AWS_REGION=us-east-1
# AWS_BUCKET=your-production-bucket
# AWS_URL=https://your-s3-endpoint.com
# AWS_ENDPOINT=https://your-s3-endpoint.com
# AWS_USE_PATH_STYLE_ENDPOINT=false

# API Configuration
PORT=3000
NODE_ENV=development

# Authentication & Security
BETTER_AUTH_SECRET=your-super-secure-auth-secret-key-here
DEFAULT_API_KEY_PREFIX=ss

# Rate Limiting & Security
RATE_LIMIT_WINDOW_MS=60000
RATE_LIMIT_MAX_REQUESTS=100

# Screenshot Configuration
SCREENSHOT_TIMEOUT=30000
MAX_SCREENSHOT_WIDTH=3840
MAX_SCREENSHOT_HEIGHT=2160

# Request Limits (Security)
MAX_HEADER_SIZE=8192  # 8KB header limit
MAX_COOKIE_SIZE=4096  # 4KB cookie limit

# CSP Bypass Auditing
AUDIT_CSP_BYPASS=true  # Log when bypass_csp=true is used

Web environment (`apps/web/.env`)

Configure the web interface:

# API Configuration
VITE_API_URL=http://localhost:3000

# Environment
NODE_ENV=development

Production security: Always use strong, unique passwords and secrets for production deployments. Never use the default development values.

Available scripts

Run these commands from the root directory:

Development scripts

Command	Description
`pnpm install`	Install all dependencies for the monorepo
`pnpm run dev`	Start both web and server in development mode
`pnpm run dev:web`	Start only the web (frontend) application
`pnpm run dev:server`	Start only the server (backend) application

Build and production scripts

Command	Description
`pnpm run build`	Build all applications for production
`pnpm run start`	Start production builds (after building)

Database management scripts

Command	Description
`pnpm run db:push`	Apply Drizzle schema changes to the database
`pnpm run db:studio`	Open Drizzle Studio to view and manage the database
`pnpm run db:generate`	Generate migration files for schema changes
`pnpm run db:migrate`	Apply migrations to the database

Code quality scripts

Command	Description
`pnpm run check-types`	Run TypeScript type checking across all packages
`pnpm run check`	Run Biome linting and formatting checks
`pnpm run format`	Apply Biome formatting to the codebase
`pnpm run lint`	Run Biome linting checks
`pnpm run lint:fix`	Run Biome linting and fix issues automatically

Production deployment

Docker production setup

Build and deploy production-ready Docker images:

Build production images

# Build server image
docker build -f apps/server/Dockerfile -t screenshothis-server .

# Build web interface image
docker build -f apps/web/Dockerfile -t screenshothis-web .

Set up external services

Configure production-grade external services:

PostgreSQL: Use managed PostgreSQL (AWS RDS, DigitalOcean Managed Databases, etc.)
Redis: Use managed Redis (AWS ElastiCache, DigitalOcean Managed Redis, etc.)
S3 Storage: Use AWS S3, DigitalOcean Spaces, Cloudflare R2, or Backblaze B2

Configure production environment

Create production environment files with:

Strong, unique passwords and secrets
Production database connections
Production S3-compatible storage credentials
Appropriate rate limits and timeouts

Set up infrastructure

Configure your production infrastructure:

Reverse proxy: nginx, Traefik, or cloud load balancer
SSL certificates: Let’s Encrypt, cloud provider, or custom certificates
Container orchestration: Docker Compose, Kubernetes, or cloud container services

Environment variables for production

Ensure these are properly configured for production:

BETTER_AUTH_SECRET

string

required

Strong, unique secret for authentication. Generate with openssl rand -base64 32

DATABASE_URL

string

required

Connection string for your production PostgreSQL database

REDIS_URL

string

required

Connection string for your production Redis instance

AWS_ACCESS_KEY_ID

string

required

Access key for your S3-compatible storage service

AWS_SECRET_ACCESS_KEY

string

required

Secret key for your S3-compatible storage service

AWS_BUCKET

string

required

Name of your production storage bucket

Security considerations

When self-hosting, you’re responsible for security, updates, backups, and monitoring. Ensure you have proper security measures in place.

Built-in security features

Screenshothis includes several security measures:

Request size limits

Rate limiting

CSP bypass auditing

Input validation

Additional security recommendations

Keep dependencies updated

Regularly update Node.js, dependencies, and base Docker images to get security patches.

Secure your database

Use strong passwords
Enable SSL/TLS connections
Restrict network access
Regular backups

Configure HTTPS

Use SSL/TLS certificates for all connections
Configure secure headers
Enable HSTS (HTTP Strict Transport Security)

Monitor and log

Set up application logging
Monitor resource usage
Track API usage patterns
Set up alerts for unusual activity

Database management

View and manage data

Use Drizzle Studio for a visual database interface:

pnpm run db:studio

This opens a web interface at http://localhost:4983 where you can:

View all tables and data
Edit records
Run queries
Manage relationships

Handle schema changes

For development, use the simple approach:

# Apply schema changes directly (development only)
pnpm run db:push

For production, use migrations:

# Generate migration files when schema changes
pnpm run db:generate

# Apply migrations to database
pnpm run db:migrate

Development vs Production: Use db:push for rapid development iteration, but use migrations (db:generate and db:migrate) for production deployments where you need versioned, reversible database changes.

Troubleshooting

Common issues and solutions

Port conflicts

Database connection errors

S3 storage connection errors

Build and dependency errors

Getting help

GitHub Issues

Search existing issues or create a new one for bugs and feature requests

View Docker Logs

Check service logs: docker-compose logs or docker-compose logs <service-name>

Community Discussions

Join discussions for questions, ideas, and community support

Documentation

Browse complete documentation for configuration and usage guides

Contributing

Screenshothis is an open source project (AGPL-3.0) with an active community. Your contributions help make it better for everyone.

Ways to contribute

Report issues

Found a bug or have a feature request? Create an issue with detailed information.

Improve documentation

Help others by improving documentation, adding examples, or fixing typos.

Submit code changes

Follow our development guidelines:

Run pnpm run check before committing
Ensure TypeScript types are correct: pnpm run check-types
Test your changes locally with pnpm run dev
Follow existing code style (Biome handles formatting)

Join discussions

Participate in GitHub Discussions to share ideas and help other users.

Development workflow

Fork the repository
Create a feature branch: git checkout -b fix-something
Make your changes
Test locally: pnpm run dev
Submit a pull request

Next steps

Configuration Guide

Learn about all environment variables and configuration options

Deployment Guide

Production deployment strategies for different platforms

Troubleshooting

Detailed troubleshooting guide for common issues

API Reference

Complete API documentation for your self-hosted instance

License: AGPL-3.0 • Repository: github.com/screenshothis/screenshothis

Getting Started

SDKs

Self-Hosting

API Reference

Health & Monitoring

​Self-host Screenshothis

​Project architecture

Backend API

Frontend Web App

Shared Packages

Infrastructure

​Technology stack

​Prerequisites

​Quick setup

​Environment configuration

​Server environment (apps/server/.env)

​Web environment (apps/web/.env)

​Available scripts

​Development scripts

​Build and production scripts

​Database management scripts

​Code quality scripts

​Production deployment

​Docker production setup

​Environment variables for production

​Security considerations

​Built-in security features

​Additional security recommendations

​Database management

​View and manage data

​Handle schema changes

​Troubleshooting

​Common issues and solutions

​Getting help

GitHub Issues

View Docker Logs

Community Discussions

Documentation

​Contributing

​Ways to contribute

​Development workflow

​Next steps

Configuration Guide

Deployment Guide

Troubleshooting

API Reference

Self-host Screenshothis

Project architecture

Technology stack

Prerequisites

Quick setup

Environment configuration

Server environment (`apps/server/.env`)

Web environment (`apps/web/.env`)

Available scripts

Development scripts

Build and production scripts

Database management scripts

Code quality scripts

Production deployment

Docker production setup

Environment variables for production

Security considerations

Built-in security features

Additional security recommendations

Database management

View and manage data

Handle schema changes

Troubleshooting

Common issues and solutions

Getting help

Contributing

Ways to contribute

Development workflow

Next steps