Bolt.new AI and Oracle Database integration: Step-by-Step Guide 2025

To integrate Bolt.new with an Oracle Database, you don’t connect “Bolt itself” to Oracle. Instead, you write backend code inside a Bolt.new project (usually Node.js or Python) that connects to Oracle using Oracle’s standard drivers. You provide Oracle credentials as environment variables, and your Bolt.new backend code uses those to open a real DB connection over the network (if your Oracle server is reachable from the internet or from the Bolt runtime). Once you do that, your AI workspace can scaffold, run, and test code that queries Oracle just like any other external system.

 

What you actually need to do

 

Inside Bolt.new, you create a backend service (Node.js or Python). Then you install the official Oracle client library for that language, expose the correct environment variables, and run queries. This is the same way you would connect any cloud server to Oracle.

• Bolt.new does not provide a built-in Oracle connector. You integrate via your code and official Oracle drivers.
• Authentication uses a normal connection string with user/password or Oracle Wallet.
• Network access must be open: your Oracle DB must be reachable from the internet (public IP + firewall allowlist) or via a secure tunnel you set up externally.

 

Prerequisites

 

• You know your Oracle DB host, port, service name, username, password.
• Your Oracle DB allows inbound TCP traffic from Bolt.new’s outbound IP ranges (Bolt runs in a cloud environment; if access is restricted, you must allow those ranges).
• You choose either Node.js (most common for Bolt.new full-stack apps) or Python.

 

Node.js Example (most common for Bolt.new)

 

• Use the official Oracle Node driver: oracledb.
• This requires the Oracle Instant Client. In Bolt.new’s environment, you can install Instant Client via npm packages bundled with the driver (starting from oracledb 6, the package includes prebuilt binaries for many platforms). If your Bolt environment image does not match a supported binary, you must use a Docker-based runtime outside Bolt for production.

 

// backend/oracle.js
import oracledb from "oracledb";

// Create a reusable connection pool on startup
export async function initOracle() {
  // Values should be stored in environment variables inside Bolt.new
  await oracledb.createPool({
    user: process.env.ORACLE_USER,
    password: process.env.ORACLE_PASSWORD,
    connectString: `${process.env.ORACLE_HOST}:${process.env.ORACLE_PORT}/${process.env.ORACLE_SERVICE}`
  });
}

export async function queryExample() {
  const connection = await oracledb.getConnection();
  try {
    const result = await connection.execute(
      "SELECT employee_id, first_name FROM employees WHERE ROWNUM < 5"
    );
    return result.rows;     // rows is an array of arrays or array of objects depending on config
  } finally {
    await connection.close();
  }
}

 

Example API route inside Bolt.new

 

// backend/routes/employees.js
import { queryExample } from "../oracle.js";

export default async function handler(req, res) {
  try {
    const rows = await queryExample();
    res.status(200).json({ data: rows });
  } catch (err) {
    res.status(500).json({ error: err.message });
  }
}

 

When the Bolt.new dev server runs, hitting /api/employees will execute a real Oracle query.

 

Environment Variables inside Bolt.new

 

• ORACLE\_USER
• ORACLE\_PASSWORD
• ORACLE\_HOST
• ORACLE\_PORT
• ORACLE\_SERVICE

Set these in Bolt.new’s Environment Variables panel. Never hardcode credentials.

 

If you prefer Python inside Bolt.new

 

Use the official Oracle driver python-oracledb. In “thin” mode it does not require the Instant Client, which is simpler for cloud sandboxes like Bolt.new.

 

# backend/oracle_client.py
import oracledb
import os

def get_connection():
    return oracledb.connect(
        user=os.environ["ORACLE_USER"],
        password=os.environ["ORACLE_PASSWORD"],
        dsn=f'{os.environ["ORACLE_HOST"]}:{os.environ["ORACLE_PORT"]}/{os.environ["ORACLE_SERVICE"]}'
    )

def query_example():
    conn = get_connection()
    cur = conn.cursor()
    cur.execute("SELECT employee_id, first_name FROM employees WHERE ROWNUM < 5")
    rows = cur.fetchall()
    conn.close()
    return rows

 

Network and security considerations

 

• The Oracle database must accept connections from Bolt.new’s outbound IPs. If not, connection fails regardless of correct code.
• If your Oracle DB is on-prem or blocked by firewall, you must create a secure tunnel (VPN or SSH tunnel) and expose it through a public endpoint. Bolt.new cannot magically bypass private networks.
• Store credentials only in environment variables, never in source control.
• Use the Oracle Wallet only if Bolt’s file system allows you to mount the wallet files. In thin-client Python mode, you don’t need a wallet unless using advanced options.

 

Summary

 

You integrate Bolt.new AI with Oracle by writing backend code (Node or Python) inside Bolt.new, installing official Oracle client libraries, and connecting via standard Oracle connection strings stored in environment variables. The database must be publicly reachable or network-accessible by the Bolt runtime. No special “Bolt integration” exists — you’re simply running normal backend code inside Bolt that talks to Oracle over TCP using Oracle’s own drivers.