How to connect IPosting to Zapier, Make, or n8n

For many teams the most useful starting point is an iHatePosting–Zapier integration powered by Zapier's webhook trigger. From there you can build Zapier workflows that react to iHatePosting events, route status updates, and connect iHatePosting activity to the rest of your operating system. Zapier's webhook trigger generates a unique URL that external apps can call, and it can parse the incoming request body for use in later steps. The same pattern works with Make, which uses custom webhooks to receive data over HTTPS, and with n8n, whose Webhook node has separate test and production modes.

What you can build

• Log every published post — with its live per-platform links — to Google Sheets or Airtable via Zapier.
• Send a Slack or Discord alert the instant a post fails anywhere, so you can retry before anyone notices.
• Keep a Notion content calendar in sync automatically with a Make scenario.
• Chain into anything self-hosted with n8n — no third-party middleman between iHatePosting and your stack.

Before you start

Decide three things before you create the connection.

• Choose your automation platform. Zapier suits quick, managed automation and straightforward connections; Make suits visual scenario building and branching; n8n suits teams that want more control over workflow logic or run automation in a developer-managed environment.
• Decide which events matter. You don't need to send every event to every tool — a success workflow may only need post.published, while an operations workflow may care most about post.partial and post.failed.
• Decide how strict your verification should be. Quick internal tests can simply receive and inspect the payload; production workflows should verify that the request really came from iHatePosting by checking the signature.

Set it up in about two minutes

1. 1

   Grab a webhook URL from your automation tool

   Zapier: create a Zap with the “Webhooks by Zapier” trigger, event “Catch Hook”, and copy its URL. Make: add a “Custom webhook” module. n8n: add a Webhook node and copy its production URL.

2. 2

   Open iHatePosting's integrations

   In iHatePosting, go to Settings → Integrations · Zapier, Make & n8n — included on every plan.

3. 3

   Add the webhook

   Paste the URL (https only), pick the events you care about — Published, Partial, Failed — and hit Add webhook.

4. 4

   Save the signing secret

   iHatePosting shows the webhook's signing secret once. Store it in your automation tool if you plan to verify signatures (recommended for anything beyond experiments).

5. 5

   Test with a real post

   Publish a quick post. Your Zap, scenario, or workflow receives a JSON payload with the post, its status, and each platform's result — including the live URL for every network that succeeded.

Connecting to Zapier, Make, and n8n

Zapier: create a new Zap, select Webhooks by Zapier as the trigger, choose Catch Hook, and copy the unique URL it provides. Add that URL in iHatePosting as the destination for outbound events, choose the events you want Zapier to receive, then trigger a real iHatePosting event so Zapier has a sample payload to map in later steps. Keep the URL private — Zapier's own guidance treats it like a secret because anyone with access to it can send requests to the Zap.

Make: create a new scenario and add a Custom webhook module as the trigger. Copy its HTTPS URL into iHatePosting, choose your events, and send a real event so Make can detect the data structure. Make is well suited to visual routing — branch post.published to a record step, post.partial to a human-review path, and post.failed to escalation. If order matters, review Make's scenario settings, such as processing data in order, to avoid overlapping runs.

n8n: add a Webhook node, configure the HTTP method and path, and copy the URL. Use test mode while building to inspect sample payloads, then add the production URL to iHatePosting once the workflow is active. n8n is ideal when you want to shape the payload, validate signatures in custom logic, or keep workflow logic near your own infrastructure.

The events, precisely

• post.published — every selected network went live.
• post.partial — some networks published, some didn't; the payload shows exactly which.
• post.failed — nothing went out. Wire this one to an alert.

Choosing an event strategy

A clean event strategy keeps automations easy to maintain. Rather than funneling everything into one large workflow, separate them by outcome. Use post.published for completion-oriented workflows that record a result or confirm no action is needed. Use post.partial for review-oriented workflows that preserve context so someone can inspect what happened. Use post.failed for urgency-oriented workflows routed to wherever your team handles operational issues fastest. In Zapier that may mean separate or filtered Zaps; in Make, routers and branches; in n8n, conditional nodes or separate workflows.

Verify it's really iHatePosting calling

Every delivery carries three headers: X-iHatePosting-Event (the event name), X-iHatePosting-Delivery (a unique id per delivery), and X-iHatePosting-Signature — an HMAC-SHA256 of the raw request body using your signing secret, formatted “sha256=<hex>”. Recompute it on your side with a timing-safe compare and reject anything that doesn't match. Zapier and Make experiments can skip this; anything that writes to production systems shouldn't.

Best practices

• Keep webhook URLs private — treat them like credentials, especially for Zapier connections and production n8n workflows.
• Use separate workflows for separate outcomes when it makes the automation easier to reason about.
• Verify signatures before any production action.
• Log event names and delivery identifiers where your platform allows it, so troubleshooting is easier.
• Start with one event, prove the workflow end to end, then expand — a small post.failed alert or post.published record is the fastest way to validate the whole connection.