Cloudflare Hyperdrive

Status: Production Ready ✅ Last Updated: 2025-10-22 Dependencies: cloudflare-worker-base (recommended for Worker setup) Latest Versions: [email protected]+, [email protected]+, [email protected]+, [email protected]+

---

Quick Start (5 Minutes)

1. Create Hyperdrive Configuration

# For PostgreSQL
npx wrangler hyperdrive create my-postgres-db \
  --connection-string="postgres://user:[email protected]:5432/database"

# For MySQL
npx wrangler hyperdrive create my-mysql-db \
  --connection-string="mysql://user:[email protected]:3306/database"

# Output:
# ✅ Successfully created Hyperdrive configuration
#
# [[hyperdrive]]
# binding = "HYPERDRIVE"
# id = "a76a99bc-7901-48c9-9c15-c4b11b559606"

Save the id value - you'll need it in the next step!

---

2. Configure Bindings in wrangler.jsonc

Add to your wrangler.jsonc:

{
  "name": "my-worker",
  "main": "src/index.ts",
  "compatibility_date": "2024-09-23",
  "compatibility_flags": ["nodejs_compat"],  // REQUIRED for database drivers
  "hyperdrive": [
    {
      "binding": "HYPERDRIVE",                     // Available as env.HYPERDRIVE
      "id": "a76a99bc-7901-48c9-9c15-c4b11b559606"  // From wrangler hyperdrive create
    }
  ]
}

CRITICAL:

• nodejs_compat flag is REQUIRED for all database drivers
• binding is how you access Hyperdrive in code (env.HYPERDRIVE)
• id is the Hyperdrive configuration ID (NOT your database ID)

---

3. Install Database Driver

# For PostgreSQL (choose one)
npm install pg           # node-postgres (most common)
npm install postgres     # postgres.js (modern, minimum v3.4.5)

# For MySQL
npm install mysql2       # mysql2 (minimum v3.13.0)

---

4. Query Your Database

PostgreSQL with node-postgres (pg):

import { Client } from "pg";

type Bindings = {
  HYPERDRIVE: Hyperdrive;
};

export default {
  async fetch(request: Request, env: Bindings, ctx: ExecutionContext) {
    const client = new Client({
      connectionString: env.HYPERDRIVE.connectionString
    });

    await client.connect();

    try {
      const result = await client.query('SELECT * FROM users LIMIT 10');
      return Response.json({ users: result.rows });
    } finally {
      // Clean up connection AFTER response is sent
      ctx.waitUntil(client.end());
    }
  }
};

MySQL with mysql2:

import { createConnection } from "mysql2/promise";

export default {
  async fetch(request: Request, env: Bindings, ctx: ExecutionContext) {
    const connection = await createConnection({
      host: env.HYPERDRIVE.host,
      user: env.HYPERDRIVE.user,
      password: env.HYPERDRIVE.password,
      database: env.HYPERDRIVE.database,
      port: env.HYPERDRIVE.port,
      disableEval: true  // REQUIRED for Workers (eval() not supported)
    });

    try {
      const [rows] = await connection.query('SELECT * FROM users LIMIT 10');
      return Response.json({ users: rows });
    } finally {
      ctx.waitUntil(connection.end());
    }
  }
};

---

5. Deploy

npx wrangler deploy

That's it! Your Worker now connects to your existing database via Hyperdrive with:

• ✅ Global connection pooling
• ✅ Automatic query caching
• ✅ Reduced latency (eliminates 7 round trips)

---

How Hyperdrive Works

The Problem

Connecting to traditional databases from Cloudflare's 300+ global locations presents challenges:

1. High Latency - Multiple round trips for each connection:

   • TCP handshake (1 round trip)
   • TLS negotiation (3 round trips)
   • Database authentication (3 round trips)
   • Total: 7 round trips before you can even send a query

2. Connection Limits - Traditional databases handle limited concurrent connections, easily exhausted by distributed traffic

The Solution

Hyperdrive solves these problems by:

1. Edge Connection Setup - Connection handshake happens near your Worker (low latency)
2. Connection Pooling - Pool near your database reuses connections (eliminates round trips)
3. Query Caching - Popular queries cached at the edge (reduces database load)

Result: Single-region databases feel globally distributed.

---

Complete Setup Process

Step 1: Prerequisites

You need:

• Cloudflare account with Workers access
• Existing PostgreSQL (v9.0-17.x) or MySQL (v5.7-8.x) database
• Database accessible via:
  • Public internet (with TLS/SSL enabled), OR
  • Private network (via Cloudflare Tunnel)

Important: Hyperdrive requires TLS/SSL. Ensure your database has encryption enabled.

---

Step 2: Create Hyperdrive Configuration

Option A: Wrangler CLI (Recommended)

# PostgreSQL connection string format:
# postgres://username:password@hostname:port/database_name

npx wrangler hyperdrive create my-hyperdrive \
  --connection-string="postgres://myuser:[email protected]:5432/mydb"

# MySQL connection string format:
# mysql://username:password@hostname:port/database_name

npx wrangler hyperdrive create my-hyperdrive \
  --connection-string="mysql://myuser:[email protected]:3306/mydb"

Option B: Cloudflare Dashboard

1. Go to Hyperdrive Dashboard
2. Click Create Configuration
3. Enter connection details:
   • Name: my-hyperdrive
   • Protocol: PostgreSQL or MySQL
   • Host: db.example.com
   • Port: 5432 (PostgreSQL) or 3306 (MySQL)
   • Database: mydb
   • Username: myuser
   • Password: mypassword
4. Click Create

Connection String Formats:

# PostgreSQL (standard)
postgres://user:password@host:5432/database

# PostgreSQL with SSL mode
postgres://user:password@host:5432/database?sslmode=require

# MySQL
mysql://user:password@host:3306/database

# With special characters in password (URL encode)
postgres://user:p%40ssw%24rd@host:5432/database  # p@ssw$rd

---

Step 3: Configure Worker Bindings

Add Hyperdrive binding to wrangler.jsonc:

{
  "name": "my-worker",
  "main": "src/index.ts",
  "compatibility_date": "2024-09-23",
  "compatibility_flags": ["nodejs_compat"],
  "hyperdrive": [
    {
      "binding": "HYPERDRIVE",
      "id": "<your-hyperdrive-id-here>"
    }
  ]
}

Multiple Hyperdrive configs:

{
  "hyperdrive": [
    {
      "binding": "POSTGRES_DB",
      "id": "postgres-hyperdrive-id"
    },
    {
      "binding": "MYSQL_DB",
      "id": "mysql-hyperdrive-id"
    }
  ]
}

Access in Worker:

type Bindings = {
  POSTGRES_DB: Hyperdrive;
  MYSQL_DB: Hyperdrive;
};

export default {
  async fetch(request, env: Bindings, ctx) {
    // Access different databases
    const pgClient = new Client({ connectionString: env.POSTGRES_DB.connectionString });
    const mysqlConn = await createConnection({ host: env.MYSQL_DB.host, ... });
  }
};

---

Step 4: Install Database Driver

PostgreSQL Drivers:

# Option 1: node-postgres (pg) - Most popular
npm install pg
npm install @types/pg  # TypeScript types

# Option 2: postgres.js - Modern, faster (minimum v3.4.5)
npm install postgres@^3.4.5

MySQL Drivers:

# mysql2 (minimum v3.13.0)
npm install mysql2

Driver Comparison:

Driver	Database	Pros	Cons	Min Version
pg	PostgreSQL	Most popular, stable, well-documented	Slightly slower than postgres.js	8.13.0+
postgres	PostgreSQL	Faster, modern API, streaming support	Newer (less community examples)	3.4.5+
mysql2	MySQL	Promises, prepared statements, fast	Requires disableEval: true for Workers	3.13.0+

---

Step 5: Use Driver in Worker

PostgreSQL with pg (Client):

import { Client } from "pg";

export default {
  async fetch(request: Request, env: { HYPERDRIVE: Hyperdrive }, ctx: ExecutionContext) {
    // Create client for this request
    const client = new Client({
      connectionString: env.HYPERDRIVE.connectionString
    });

    await client.connect();

    try {
      // Run query
      const result = await client.query('SELECT $1::text as message', ['Hello from Hyperdrive!']);
      return Response.json(result.rows);
    } catch (error) {
      return new Response(`Database error: ${error.message}`, { status: 500 });
    } finally {
      // CRITICAL: Clean up connection after response
      ctx.waitUntil(client.end());
    }
  }
};

PostgreSQL with pg (Pool for parallel queries):

import { Pool } from "pg";

export default {
  async fetch(request: Request, env: { HYPERDRIVE: Hyperdrive }, ctx: ExecutionContext) {
    // Create pool (max 5 to stay within Workers' 6 connection limit)
    const pool = new Pool({
      connectionString: env.HYPERDRIVE.connectionString,
      max: 5  // CRITICAL: Workers limit is 6 concurrent external connections
    });

    try {
      // Run parallel queries
      const [users, posts] = await Promise.all([
        pool.query('SELECT * FROM users LIMIT 10'),
        pool.query('SELECT * FROM posts LIMIT 10')
      ]);

      return Response.json({
        users: users.rows,
        posts: posts.rows
      });
    } finally {
      ctx.waitUntil(pool.end());
    }
  }
};

PostgreSQL with postgres.js:

import postgres from "postgres";

export default {
  async fetch(request: Request, env: { HYPERDRIVE: Hyperdrive }, ctx: ExecutionContext) {
    const sql = postgres(env.HYPERDRIVE.connectionString, {
      max: 5,              // Max 5 connections (Workers limit: 6)
      fetch_types: false,  // Disable if not using array types (reduces latency)
      prepare: true        // CRITICAL: Enable prepared statements for caching
    });

    try {
      const users = await sql`SELECT * FROM users LIMIT 10`;
      return Response.json({ users });
    } finally {
      ctx.waitUntil(sql.end({ timeout: 5 }));
    }
  }
};

MySQL with mysql2:

import { createConnection } from "mysql2/promise";

export default {
  async fetch(request: Request, env: { HYPERDRIVE: Hyperdrive }, ctx: ExecutionContext) {
    const connection = await createConnection({
      host: env.HYPERDRIVE.host,
      user: env.HYPERDRIVE.user,
      password: env.HYPERDRIVE.password,
      database: env.HYPERDRIVE.database,
      port: env.HYPERDRIVE.port,
      disableEval: true  // REQUIRED: eval() not supported in Workers
    });

    try {
      const [rows] = await connection.query('SELECT * FROM users LIMIT 10');
      return Response.json({ users: rows });
    } finally {
      ctx.waitUntil(connection.end());
    }
  }
};

---

Connection Patterns

Pattern 1: Single Connection (pg.Client)

When to use: Simple queries, single query per request

import { Client } from "pg";

const client = new Client({ connectionString: env.HYPERDRIVE.connectionString });
await client.connect();
const result = await client.query('SELECT ...');
ctx.waitUntil(client.end());

Pros: Simple, straightforward Cons: Can't run parallel queries

---

Pattern 2: Connection Pool (pg.Pool)

When to use: Multiple parallel queries in single request

import { Pool } from "pg";

const pool = new Pool({
  connectionString: env.HYPERDRIVE.connectionString,
  max: 5  // CRITICAL: Stay within Workers' 6 connection limit
});

const [result1, result2] = await Promise.all([
  pool.query('SELECT ...'),
  pool.query('SELECT ...')
]);

ctx.waitUntil(pool.end());

Pros: Parallel queries, better performance Cons: Must manage max connections

---

Pattern 3: Connection Cleanup

CRITICAL: Always use ctx.waitUntil() to clean up connections AFTER response is sent:

export default {
  async fetch(request, env, ctx) {
    const client = new Client({ connectionString: env.HYPERDRIVE.connectionString });
    await client.connect();

    try {
      const result = await client.query('SELECT ...');
      return Response.json(result.rows);  // Response sent here
    } finally {
      // This runs AFTER response is sent (non-blocking)
      ctx.waitUntil(client.end());
    }
  }
};

Why ctx.waitUntil()?

• Allows Worker to return response immediately
• Connection cleanup happens in background
• Prevents connection leaks

DON'T do this:

await client.end();  // ❌ Blocks response, adds latency

---

ORM Integration

Drizzle ORM (PostgreSQL)

1. Install dependencies:

npm install drizzle-orm postgres dotenv
npm install -D drizzle-kit

2. Define schema (src/db/schema.ts):

import { pgTable, serial, varchar, timestamp } from "drizzle-orm/pg-core";

export const users = pgTable("users", {
  id: serial("id").primaryKey(),
  name: varchar("name", { length: 255 }).notNull(),
  email: varchar("email", { length: 255 }).notNull().unique(),
  createdAt: timestamp("created_at").defaultNow(),
});

3. Use in Worker:

import { drizzle } from "drizzle-orm/postgres-js";
import postgres from "postgres";
import { users } from "./db/schema";

export default {
  async fetch(request, env: { HYPERDRIVE: Hyperdrive }, ctx) {
    const sql = postgres(env.HYPERDRIVE.connectionString, { max: 5 });
    const db = drizzle(sql);

    const allUsers = await db.select().from(users);

    ctx.waitUntil(sql.end());
    return Response.json({ users: allUsers });
  }
};

---

Prisma ORM (PostgreSQL)

1. Install dependencies:

npm install prisma @prisma/client
npm install pg @prisma/adapter-pg

2. Initialize Prisma:

npx prisma init

3. Define schema (prisma/schema.prisma):

generator client {
  provider        = "prisma-client-js"
  previewFeatures = ["driverAdapters"]
}

datasource db {
  provider = "postgresql"
  url      = env("DATABASE_URL")
}

model User {
  id        Int      @id @default(autoincrement())
  name      String
  email     String   @unique
  createdAt DateTime @default(now())
}

4. Generate Prisma Client:

npx prisma generate --no-engine

5. Use in Worker:

import { PrismaPg } from "@prisma/adapter-pg";
import { PrismaClient } from "@prisma/client";
import { Pool } from "pg";

export default {
  async fetch(request, env: { HYPERDRIVE: Hyperdrive }, ctx) {
    // Create driver adapter with Hyperdrive connection
    const pool = new Pool({ connectionString: env.HYPERDRIVE.connectionString, max: 5 });
    const adapter = new PrismaPg(pool);
    const prisma = new PrismaClient({ adapter });

    const users = await prisma.user.findMany();

    ctx.waitUntil(pool.end());
    return Response.json({ users });
  }
};

IMPORTANT: Prisma requires driver adapters (@prisma/adapter-pg) to work with Hyperdrive.

---

Local Development

Option 1: Environment Variable (Recommended)

Set CLOUDFLARE_HYPERDRIVE_LOCAL_CONNECTION_STRING_<BINDING> environment variable:

# If your binding is named "HYPERDRIVE"
export CLOUDFLARE_HYPERDRIVE_LOCAL_CONNECTION_STRING_HYPERDRIVE="postgres://user:password@localhost:5432/local_db"

# Start local dev server
npx wrangler dev

Benefits:

• No credentials in wrangler.jsonc
• Safe to commit configuration files
• Different devs can use different local databases

---

Option 2: localConnectionString in wrangler.jsonc

{
  "hyperdrive": [
    {
      "binding": "HYPERDRIVE",
      "id": "production-hyperdrive-id",
      "localConnectionString": "postgres://user:password@localhost:5432/local_db"
    }
  ]
}

Caution: Don't commit real credentials to version control!

---

Option 3: Remote Development

Connect to production database during local development:

npx wrangler dev --remote

Warning: This uses your PRODUCTION database. Changes cannot be undone!

---

Query Caching

What Gets Cached

Hyperdrive automatically caches non-mutating queries (read-only):

-- ✅ Cached
SELECT * FROM articles WHERE published = true ORDER BY date DESC LIMIT 50;
SELECT COUNT(*) FROM users;
SELECT * FROM products WHERE category = 'electronics';

-- ❌ NOT Cached
INSERT INTO users (name, email) VALUES ('John', '[email protected]');
UPDATE posts SET published = true WHERE id = 123;
DELETE FROM sessions WHERE expired = true;
SELECT LASTVAL();  -- PostgreSQL volatile function
SELECT LAST_INSERT_ID();  -- MySQL volatile function

How It Works

1. Wire Protocol Parsing: Hyperdrive parses database protocol to differentiate mutations
2. Automatic Detection: No configuration needed
3. Edge Caching: Cached at Cloudflare's edge (near users)
4. Cache Invalidation: Writes invalidate relevant cached queries

Caching Optimization

postgres.js - Enable prepared statements:

const sql = postgres(env.HYPERDRIVE.connectionString, {
  prepare: true  // CRITICAL for caching
});

Without prepare: true, queries are NOT cacheable!

Cache Status

Check if query was cached:

const response = await fetch('https://your-worker.dev/api/users');
const cacheStatus = response.headers.get('cf-cache-status');
// Values: HIT, MISS, BYPASS, EXPIRED

---

TLS/SSL Configuration

SSL Modes

Hyperdrive supports 3 TLS/SSL modes:

1. require (default) - TLS required, basic certificate validation
2. verify-ca - Verify server certificate signed by expected CA
3. verify-full - Verify CA + hostname matches certificate SAN

Server Certificates (verify-ca / verify-full)

1. Upload CA certificate:

npx wrangler cert upload certificate-authority \
  --ca-cert root-ca.pem \
  --name my-ca-cert

2. Create Hyperdrive with CA:

npx wrangler hyperdrive create my-db \
  --connection-string="postgres://..." \
  --ca-certificate-id <CA_CERT_ID> \
  --sslmode verify-full

Client Certificates (mTLS)

For databases requiring client authentication:

1. Upload client certificate + key:

npx wrangler cert upload mtls-certificate \
  --cert client-cert.pem \
  --key client-key.pem \
  --name my-client-cert

2. Create Hyperdrive with client cert:

npx wrangler hyperdrive create my-db \
  --connection-string="postgres://..." \
  --mtls-certificate-id <CERT_PAIR_ID>

---

Private Database Access (Cloudflare Tunnel)

Connect Hyperdrive to databases in private networks (VPCs, on-premises):

1. Install cloudflared:

# macOS
brew install cloudflare/cloudflare/cloudflared

# Linux
wget https://github.com/cloudflare/cloudflared/releases/latest/download/cloudflared-linux-amd64

2. Create tunnel:

cloudflared tunnel create my-db-tunnel

3. Configure tunnel (config.yml):

tunnel: <TUNNEL_ID>
credentials-file: /path/to/credentials.json

ingress:
  - hostname: db.example.com
    service: tcp://localhost:5432  # Your private database
  - service: http_status:404

4. Run tunnel:

cloudflared tunnel run my-db-tunnel

5. Create Hyperdrive:

npx wrangler hyperdrive create my-private-db \
  --connection-string="postgres://user:[email protected]:5432/database"

---

Critical Rules

Always Do

✅ Include nodejs_compat in compatibility_flags ✅ Use ctx.waitUntil(client.end()) for connection cleanup ✅ Set max: 5 for connection pools (Workers limit: 6) ✅ Enable TLS/SSL on your database (Hyperdrive requires it) ✅ Use prepared statements for caching (postgres.js: prepare: true) ✅ Set disableEval: true for mysql2 driver ✅ Handle errors gracefully with try/catch ✅ Use environment variables for local development connection strings ✅ Test locally with wrangler dev before deploying

Never Do

❌ Skip nodejs_compat flag (causes "No such module" errors) ❌ Use private IP addresses directly (use Cloudflare Tunnel instead) ❌ Use await client.end() (blocks response, use ctx.waitUntil()) ❌ Set connection pool max > 5 (exceeds Workers' 6 connection limit) ❌ Wrap all queries in transactions (limits connection multiplexing) ❌ Use SQL-level PREPARE/EXECUTE/DEALLOCATE (unsupported) ❌ Use advisory locks, LISTEN/NOTIFY (PostgreSQL unsupported features) ❌ Use multi-statement queries in MySQL (unsupported) ❌ Commit database credentials to version control

---

Wrangler Commands Reference

# Create Hyperdrive configuration
wrangler hyperdrive create <name> --connection-string="postgres://..."

# List all Hyperdrive configurations
wrangler hyperdrive list

# Get details of a configuration
wrangler hyperdrive get <hyperdrive-id>

# Update connection string
wrangler hyperdrive update <hyperdrive-id> --connection-string="postgres://..."

# Delete configuration
wrangler hyperdrive delete <hyperdrive-id>

# Upload CA certificate
wrangler cert upload certificate-authority --ca-cert <file>.pem --name <name>

# Upload client certificate pair
wrangler cert upload mtls-certificate --cert <cert>.pem --key <key>.pem --name <name>

---

Supported Databases

PostgreSQL (v9.0 - 17.x)

• ✅ AWS RDS / Aurora
• ✅ Google Cloud SQL
• ✅ Azure Database for PostgreSQL
• ✅ Neon
• ✅ Supabase
• ✅ PlanetScale (PostgreSQL)
• ✅ Timescale
• ✅ CockroachDB
• ✅ Materialize
• ✅ Fly.io
• ✅ pgEdge Cloud
• ✅ Prisma Postgres

MySQL (v5.7 - 8.x)

• ✅ AWS RDS / Aurora
• ✅ Google Cloud SQL
• ✅ Azure Database for MySQL
• ✅ PlanetScale (MySQL)

NOT Supported

• ❌ SQL Server
• ❌ MongoDB (NoSQL)
• ❌ Oracle Database

---

Unsupported Features

PostgreSQL

• SQL-level prepared statements (PREPARE, EXECUTE, DEALLOCATE)
• Advisory locks
• LISTEN and NOTIFY
• Per-session state modifications

MySQL

• Non-UTF8 characters in queries
• USE statements
• Multi-statement queries
• Protocol-level prepared statements (COM_STMT_PREPARE)
• COM_INIT_DB messages
• Auth plugins other than caching_sha2_password or mysql_native_password

Workaround: For unsupported features, create a second direct client connection (without Hyperdrive).

---

Performance Best Practices

1. Avoid long-running transactions - Limits connection multiplexing
2. Use prepared statements - Enables query caching (postgres.js: prepare: true)
3. Set max: 5 for pools - Stays within Workers' 6 connection limit
4. Disable fetch_types if not needed - Reduces latency (postgres.js)
5. Use ctx.waitUntil() for cleanup - Non-blocking connection close
6. Cache-friendly queries - Prefer SELECT over complex joins
7. Index frequently queried columns - Improves query performance
8. Monitor with Hyperdrive analytics - Track cache hit ratios and latency

---

Troubleshooting

See references/troubleshooting.md for complete error reference with solutions.

Quick fixes:

Error	Solution
"No such module 'node:*'"	Add nodejs_compat to compatibility_flags
"TLS not supported by database"	Enable SSL/TLS on your database
"Connection refused"	Check firewall rules, allow public internet or use Tunnel
"Failed to acquire connection"	Use ctx.waitUntil() for cleanup, avoid long transactions
"Code generation from strings disallowed"	Set disableEval: true in mysql2 config
"Bad hostname"	Verify DNS resolves, check for typos
"Invalid database credentials"	Check username/password (case-sensitive)

---

Metrics and Analytics

View Hyperdrive metrics in the dashboard:

1. Go to Hyperdrive Dashboard
2. Select your configuration
3. Click Metrics tab

Available Metrics:

• Query count
• Cache hit ratio (hit vs miss)
• Query latency (p50, p95, p99)
• Connection latency
• Query bytes / result bytes
• Error rate

---

Migration Strategies

From Direct Database Connection

Before (direct connection):

const client = new Client({
  host: 'db.example.com',
  user: 'myuser',
  password: 'mypassword',
  database: 'mydb',
  port: 5432
});

After (with Hyperdrive):

const client = new Client({
  connectionString: env.HYPERDRIVE.connectionString
});

Benefits:

• ✅ 7 round trips eliminated
• ✅ Query caching enabled
• ✅ Connection pooling automatic
• ✅ Global performance boost

---

From D1 to Hyperdrive

When to migrate:

• Need PostgreSQL/MySQL features (JSON types, full-text search, etc.)
• Existing database with data
• Multi-region read replicas
• Advanced indexing strategies

Keep D1 if:

• Building new Cloudflare-native app
• SQLite features sufficient
• No existing database to migrate
• Want simpler serverless setup

---

Credential Rotation

Option 1: Create new Hyperdrive config

# Create new config with new credentials
wrangler hyperdrive create my-db-v2 --connection-string="postgres://..."

# Update wrangler.jsonc to use new ID
# Deploy gradually (no downtime)
# Delete old config when migration complete

Option 2: Update existing config

wrangler hyperdrive update <id> --connection-string="postgres://new-credentials@..."

Best practice: Use separate Hyperdrive configs for staging and production.

---

Examples

See templates/ directory for complete working examples:

• postgres-basic.ts - Simple query with pg.Client
• postgres-pool.ts - Parallel queries with pg.Pool
• postgres-js.ts - Using postgres.js driver
• mysql2-basic.ts - MySQL with mysql2 driver
• drizzle-postgres.ts - Drizzle ORM integration
• drizzle-mysql.ts - Drizzle ORM with MySQL
• prisma-postgres.ts - Prisma ORM integration

---

References

• Official Documentation
• Get Started Guide
• How Hyperdrive Works
• Query Caching
• Local Development
• TLS/SSL Certificates
• Troubleshooting Guide
• Wrangler Commands
• Supported Databases

---

Last Updated: 2025-10-22 Package Versions: [email protected]+, [email protected]+, [email protected]+, [email protected]+ Production Tested: Based on official Cloudflare documentation and community examples