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

To integrate Bolt.new with Plivo, you do not “connect Bolt to Plivo” directly — instead, you write normal backend code inside a Bolt.new project that calls Plivo’s REST API using your Plivo Auth ID and Auth Token. In practice, Bolt.new is just your development workspace; the integration is done by installing Plivo’s official SDK (or calling its REST API manually), storing credentials in environment variables, and wiring routes or server-side functions to send SMS or make calls. Once coded, Bolt.new can run and test the integration exactly like a normal Node.js or Python environment.

 

What you actually do to integrate Bolt.new with Plivo

 

You connect to Plivo using their official REST API. Inside Bolt.new, this means you:

• store Plivo Auth ID + Auth Token in environment variables
• install the official Plivo SDK or use fetch to call the REST API directly
• define backend routes (Node.js/Express or Python/FastAPI, etc.) that call Plivo
• optionally add a webhook endpoint (for inbound SMS or voice events) that Plivo can call

Bolt.new does not provide special Plivo bindings — you integrate exactly as you would in any cloud environment. This keeps it predictable and portable.

 

Step‑by‑step in Bolt.new (Node.js example)

 

This is the simplest real, working pattern:

• Create a new Node backend in Bolt.new (Express or any server template).
• Set environment variables in Bolt.new’s “Environment” panel:

PLIVO_AUTH_ID=your_auth_id_here
PLIVO_AUTH_TOKEN=your_auth_token_here
PLIVO_SOURCE_NUMBER=your_plivo_phone

• Install the official Plivo Node SDK:

npm install plivo

• Add a backend route that sends SMS via Plivo:

// server.js or routes/sms.js

import express from "express"
import plivo from "plivo"

const router = express.Router()

router.post("/send-sms", async (req, res) => {
  try {
    const client = new plivo.Client(
      process.env.PLIVO_AUTH_ID,
      process.env.PLIVO_AUTH_TOKEN
    )

    const { to, text } = req.body

    const response = await client.messages.create(
      process.env.PLIVO_SOURCE_NUMBER, // src
      to,                              // dst
      text                             // message
    )

    res.json({ ok: true, response })
  } catch (err) {
    res.status(500).json({ error: err.message })
  }
})

export default router

This route is now callable from your frontend or from AI agent code inside Bolt.new. When hit, it sends an actual SMS through Plivo.

 

Handling Plivo webhooks (optional)

 

If you want inbound SMS or call events, you expose another route. Plivo will POST to it.

// Example webhook for incoming SMS

router.post("/plivo/inbound-sms", (req, res) => {
  const { From, To, Text } = req.body

  // Your logic here:
  // save message, trigger AI workflow, reply, etc.

  res.send("OK")
})

In Plivo Dashboard, set the “Message URL” to the public URL Bolt.new gives you (or your deployed server later).

 

How AI fits into this

 

• Bolt.new AI can scaffold the routes, write the integration code, generate test calls, and help you debug API responses.
• But AI is not the integration — your code + Plivo’s API is.
• All authentication still uses environment variables; Bolt never stores your secrets.

 

Hardening for production

 

• Move secrets to your cloud platform’s secret manager.
• Use HTTPS for Plivo webhooks.
• Validate Plivo signatures if needed (Plivo provides docs).
• Add rate‑limit + logging around SMS endpoints.

This gives you a real, stable, portable integration between a Bolt.new AI workspace and Plivo’s telephony API — no magic, just standard backend patterns.