Booking System Sync: Connecting Lodgify, Airbnb and Stripe

Last updated: 31 July 2026

How many of your bookings still land on several platforms at once, even though the property has long been taken? Double bookings cost trust, money and reputation – and they don't happen out of bad intent, but because of missing technical synchronisation. The effort of coordinating three different booking systems by hand is enormous. This article shows you how to connect Lodgify, Airbnb and Stripe without data loss or delays.

The problem: fragmented booking sources

If you run holiday flats, campsites or boutique hotels, you know the reality: every platform maintains its own database. Lodgify manages the calendar logic, Airbnb loads enquiries into its system, and Stripe processes payments – without these three worlds talking to each other automatically.

The consequences are concrete:

• Double bookings: a guest books via Airbnb while the property is still shown as available on Lodgify, and a second booking comes in.
• Orphaned payments: Stripe records the payment, but the booking has not yet been created in Lodgify.
• Manual overhead: every day, calendars have to be reconciled, emails forwarded and bookings entered twice.
• The guest experience suffers: confirmations arrive late or contradict each other.

A typical setup, for example a holiday home business with a Wix website: Wix Velo communicates with Stripe for payments, Lodgify manages the central calendar, and Airbnb remains as an additional booking channel. The solution isn't trivial – but it is feasible.

The architecture: event-driven synchronisation

A working synchronisation doesn't need to run constantly; instead, it has to react to events. Every time something important happens – a booking, a payment, a cancellation – a signal has to inform the systems involved.

Webhooks as the backbone

Most modern platforms offer webhooks:

• Lodgify: sends events when reservations change
• Airbnb: no public API – only approved software partners get access. Airbnb bookings therefore come in via an officially connected channel manager such as Lodgify, Smoobu or Beds24, which syncs the calendar with Airbnb
• Stripe: triggers webhooks for payment status (success, failure, refund)

A webhook is nothing more than an HTTP POST request to one of your URLs whenever something changes. You need a webhook receiver – a simple endpoint that receives, validates and processes this message.

A message queue for fault tolerance

Direct webhook-to-webhook connections are fragile. If Lodgify sends a webhook but your system is overloaded or goes offline, the information is lost. Better: a message broker such as RabbitMQ, AWS SQS or Kafka buffers the messages. Your synchronisation service can then work through them calmly, even if the source platform has long since moved on.

With higher booking volumes, a buffer like this is worthwhile; for small businesses, a simple queue in the database is often enough.

Idempotency: the secret to avoiding duplicate processing

This is where a subtle but crucial concept comes in: idempotency. If the same webhook arrives twice (which does happen), the system must not get confused.

Every booking has a unique ID. Before you synchronise a booking, check your database: "Have I already processed this booking ID?" If so, ignore the signal. This prevents accidental duplicates.

Putting it into practice: a synchronisation flow

Let's assume a guest books via Airbnb. Through the official Airbnb connection, the booking lands in Lodgify first. Here is what needs to happen next:

Phase 1: receive and validate the booking

• Lodgify reports the new booking to your system by webhook, with booking ID, guest name, dates, price and booking channel (Airbnb).
• Your system checks the notification's signature so that it verifiably comes from the sender (e.g. Lodgify).
• Fault tolerance: the webhook goes into the message queue.

Phase 2: calendar check

• The worker reads the webhook from the queue.
• Check against your other channels: are these dates still free, for example in your own direct booking system?
• If yes: continue to phase 3.
• If no: an error email goes to you (a manual decision is needed); the guest is contacted via Lodgify or Airbnb.

Phase 3: create the booking

• Create the booking in your system (with unique reference IDs pointing to the Lodgify and Airbnb bookings).
• Synchronise guest data: name, email, phone.

Phase 4: payment reconciliation

• Wait for the Stripe payment (if it is made through your system).
• As soon as payment status = paid, update Lodgify.
• Send the confirmation email to the guest.

Phase 5: update availability

• Lodgify blocks the dates on all connected channels, including Airbnb.
• Other booking channels show the property as unavailable.

The technical choice: custom solution or integration platform?

There are two routes here:

Option A: Make.com or Zapier

Automation services such as Make.com or Zapier offer ready-made connectors for Lodgify and Stripe. You connect them via an interface (no code required). There is no direct Airbnb connector, because Airbnb only opens its API to approved partners – Airbnb bookings come in via the channel manager here too. Advantage: fast, little in-house development. Disadvantage: limited control, higher running costs, difficult with complex logic (e.g. custom cancellation rules).

Option B: your own integration API

You write a custom webhook receiver in Node.js, Python or Go. Cost: development time up front, after which running costs are low. Advantage: full control, adaptable to your business logic, robust and maintainable. This is the route we at EA Digital Solutions recommend for clients with medium to high booking volumes.

For a setup like the one above, option B is usually the right choice because the requirements are specific: two-way synchronisation between Wix (custom code with Velo), Stripe and Lodgify. Standard automations usually aren't enough here.

Error handling and monitoring

A working synchronisation also needs an eye for problems.

Logging and alerts

Every synchronisation action is logged:

• Webhook received: ✓
• Validation passed: ✓
• Lodgify API called: ✓
• Error in Stripe reconciliation: ✗ → alert to the operator

You can set this up with Sentry, LogRocket or a system of your own. The point: you are informed immediately if a booking gets stuck.

Retry logic

If the Lodgify API is temporarily unavailable, your system doesn't give up straight away but retries with exponential backoff: again after 5 seconds, then 30 seconds, then 2 minutes. After N attempts, it escalates to a manual check.

Reconciliation jobs

Once or twice a day, a batch job should run that reconciles Lodgify, your system and Stripe: "Are there bookings in Lodgify that are missing in your system?" This finds gaps that real-time webhooks might have missed.

Data flow: from guest to payment

A concrete example from practice:

1. Guest books on Airbnb (2 August, 6.45 pm): "Cottage for 5 nights, €500"
2. Airbnb passes the booking to Lodgify (official channel manager connection), and Lodgify sends a webhook with the booking details to your system
3. Your receiver validates the signature and puts the webhook in the queue
4. The worker processes the queue: it checks whether the dates are free in your other channels, creates the booking in your system and stores the Lodgify and Airbnb IDs as references
5. Payment: Airbnb bills Airbnb bookings itself; Stripe is only used for direct bookings via your own website
6. The guest receives an email with check-in instructions from Lodgify
7. The calendar is updated on all platforms
8. On the day of departure, Lodgify automatically generates the invoice, and Stripe charges any additional costs

When this process runs smoothly, the daily manual calendar check disappears and double bookings are largely prevented.

Security: protecting API keys and webhooks

Because sensitive data is flowing (guest emails, payment information, calendar logic), you need security measures:

• Webhook verification: Stripe signs every webhook with an HMAC signature header that you check with your secret. Lodgify also issues a secret when you set up a webhook; secure endpoints without a signature additionally, e.g. with a secret token.
• API key rotation: your own API keys should be changed regularly.
• HTTPS only: all webhooks over HTTPS, TLS 1.3+.
• Rate limiting: your receiver accepts a maximum of X webhooks per minute from each source (to guard against brute-force scenarios).
• Audit log: every change is recorded – who synchronised what, and when?

This isn't paranoia; with financial and booking data, it's standard.

Further reading

Related: Preventing double bookings: synchronising booking platforms technically