Automation 6 min read ·

How to Automate Deployment Notifications with Make

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If you’ve ever shipped a broken build to production and nobody on the team knew until a customer complained, you know exactly why deployment notifications matter. Learning how to automate deployment notifications with Make is one of the highest-leverage automation projects you can tackle in an afternoon — and once it’s live, you’ll wonder how your team ever shipped without it.

In this guide I’ll walk you through building a real deployment notification pipeline: webhook trigger from your CI/CD system, conditional logic to separate successful deploys from failures, and notifications fired to Slack (or email, or Discord — your call). No fluff, just the actual setup.

Why Use Make for Deployment Notifications?

Most CI/CD platforms have some built-in notification support, but it’s usually limited to email and a handful of integrations baked into the platform. Make gives you a visual workflow builder that connects to 2,000+ apps. More importantly, it lets you add conditional logic, data transformation, and multi-channel notifications without writing a custom notification service.

The typical scenario looks like this:

  • GitHub Actions (or GitLab CI, Bitbucket Pipelines, Railway, etc.) finishes a deployment
  • A webhook fires to a Make scenario
  • Make parses the payload, checks the status, and routes the notification accordingly
  • Your team gets a Slack message with the branch, environment, committer, and deploy status

Let’s build it.

Step 1: Create a Webhook Trigger in Make

Log into Make and create a new scenario. For the trigger module, choose Webhooks > Custom Webhook. Make will generate a unique URL — copy it, you’ll need it in your CI/CD config.

Click “Determine data structure” and send a test payload so Make can infer the fields automatically. Here’s a sample payload your CI/CD script can POST:

{
  "status": "success",
  "environment": "production",
  "branch": "main",
  "commit_sha": "a3f1d9c",
  "committer": "jane@example.com",
  "repo": "my-app",
  "deploy_url": "https://my-app.com",
  "timestamp": "2026-03-14T10:32:00Z"
}

Once Make receives this test payload, it maps every field automatically. You can reference them throughout your scenario as variables like {{status}}, {{branch}}, etc.

Step 2: Fire the Webhook from Your CI/CD Pipeline

Here’s a GitHub Actions step you can drop into any workflow. Replace YOUR_MAKE_WEBHOOK_URL with the URL from Step 1:

- name: Notify Make on deployment
  if: always()
  run: |
    STATUS="success"
    if [ "${{ job.status }}" != "success" ]; then
      STATUS="failure"
    fi

    curl -X POST "${{ secrets.MAKE_WEBHOOK_URL }}" \
      -H "Content-Type: application/json" \
      -d "{
        \"status\": \"$STATUS\",
        \"environment\": \"production\",
        \"branch\": \"${{ github.ref_name }}\",
        \"commit_sha\": \"${{ github.sha }}\",
        \"committer\": \"${{ github.actor }}\",
        \"repo\": \"${{ github.repository }}\",
        \"deploy_url\": \"https://my-app.com\",
        \"timestamp\": \"$(date -u +%Y-%m-%dT%H:%M:%SZ)\"
      }"

Store your webhook URL as a GitHub Actions secret so it’s not exposed in your repo. The if: always() ensures this step runs whether the deployment succeeded or failed — critical for failure alerts.

If you’re deploying to Railway, you can use the same pattern via Railway’s deploy hooks or just add this curl command to a post-deploy script in your railway.toml.

Step 3: Add a Router for Success vs. Failure

Back in your Make scenario, add a Router module after the webhook trigger. A Router splits the flow into multiple branches based on conditions — perfect for sending different notifications depending on deploy status.

Create two routes:

  1. Success route — Filter condition: {{status}} equals success
  2. Failure route — Filter condition: {{status}} equals failure

Each route then leads to its own Slack (or email) module with a tailored message. Failures should be loud — different channel, maybe even a Slack @here mention.

Step 4: Configure Slack Notification Modules

Add a Slack > Create a Message module to each route. Connect your Slack workspace via OAuth when prompted.

For the success message, something like this works well in the message body:

✅ *Deploy Successful*
*Repo:* {{repo}}
*Branch:* {{branch}}
*Environment:* {{environment}}
*Committer:* {{committer}}
*Commit:* {{commit_sha}}
*URL:* {{deploy_url}}
*Time:* {{timestamp}}

For the failure message:

🚨 *Deploy FAILED* @here
*Repo:* {{repo}}
*Branch:* {{branch}}
*Environment:* {{environment}}
*Committer:* {{committer}}
*Commit:* {{commit_sha}}
*Time:* {{timestamp}}

Check the CI/CD logs immediately.

Send failures to a dedicated #alerts or #deploys-critical channel so they don’t get buried in general chatter.

Step 5: Test the Full Flow

Make has a built-in test run button — use it. Trigger the scenario manually with the test payload you used earlier, then switch the status field to failure and test again. Verify both Slack messages arrive in the correct channels with the right formatting.

Once testing passes, activate the scenario. Make will now listen continuously for incoming webhooks and process them in real time.

Advanced: Multi-Channel Notifications

One of the best reasons to know how to automate deployment notifications with Make is that adding a second or third notification channel is trivial — you just add another module to the same route. Common additions include:

  • Email via Gmail or SMTP for audit trail purposes
  • Discord via the Discord module or a webhook URL
  • PagerDuty or Opsgenie for failure escalation
  • Google Sheets to log every deployment for reporting
  • Jira or Linear to auto-comment on issues linked to the commit

Each addition is a new module dragged onto the canvas — no extra code required. This is where Make really shines over custom scripts.

Keeping Costs in Check

Make’s free tier gives you 1,000 operations per month. For most small teams shipping a few times per day, that’s enough to get started. Each webhook trigger + router + two Slack messages = roughly 4 operations per deployment. At 5 deploys per day, you’re at ~600 operations per month — well within the free tier.

As your team scales up, the paid plans are reasonable and the ROI of never missing a failed production deploy is obvious.

Wrapping Up

Understanding how to automate deployment notifications with Make comes down to three things: a webhook trigger to receive deploy events, a router to handle different statuses, and notification modules to reach your team where they actually work. The whole scenario takes about 30 minutes to build and requires zero ongoing maintenance.

The alternative — manually checking CI/CD dashboards or relying on someone to notice a failed build — is a tax on your team’s attention that compounds every single day. Automate it once and move on.

If you’re not already using Make for workflow automation, start there. It’s the most practical no-code automation tool I’ve used for developer workflows, and deployment notifications are the perfect first scenario to build.