# Introduction (/webhooks)



import Link from "next/link";
import { SiMake, SiN8n, SiZapier } from "@icons-pack/react-simple-icons";

<div className="grid grid-cols-1 md:grid-cols-2 md:gap-4">
  <Callout title="Webhooks are for everyone!" type="success">
    All types of webhook events are available on every plan - Basic, Pro and Enterprise.

    <ul>
      <li>
        <Link href="/webhooks/subscribing-to-webhooks" className="text-fd-primary">How to Subscribe to webhooks</Link>
      </li>

      <li>
        <Link href="/webhooks/available-events" className="text-fd-primary">List of available webhook events</Link>
      </li>
    </ul>
  </Callout>

  <Callout title="Prefer no-code?">
    We offer native integrations for most no-code tools. Get started in minutes without writing a single line of code.

    <Link className="flex gap-2" href="/integrations/n8n">
      <SiN8n color="default" size={24} />

       n8n integration
    </Link>

    <Link className="flex gap-2" href="/integrations/make">
      <SiMake color="default" size={24} />

       Make.com integration
    </Link>

    <Link className="flex gap-2" href="/integrations/zapier">
      <SiZapier color="default" size={24} />

       Zapier integration
    </Link>
  </Callout>
</div>

A webhook is an HTTP endpoint that receives events from OnlyFans API. They allow you to be notified about events such as:

* Receiving a message from a fan ([`messages.received`](/webhooks/available-events#messagesreceived))
* New fan subscriptions ([`subscriptions.new`](/webhooks/available-events#subscriptionsnew))
* Fan has renewed their subscription ([`subscriptions.renewed`](/webhooks/available-events#subscriptionsrenewed))
* Fan purchased a PPV message ([`messages.ppv.unlocked`](/webhooks/available-events#messagesppvunlocked))
* And more! See a [complete list of available webhook events](/webhooks/available-events)

You can use our API for less frequent actions like retrieving specific chats, profiles, or earning details, while webhooks help you scale your integration and process large volumes of business-critical events in near real-time.