Got a buggy, outdated, or terrifying-to-deploy Rails app?
I fix that.
1-week sprints. Clean commits. Zero drama.
→ https://t.co/QLqoCXbAOg
Rails Rescue is live.
Rails SaaS founders:
If Stripe billing is messy in your app, I offer a billing audit.
I review:
webhooks
event handling
idempotency
job retries
subscription state
You get a clear report and fixes.
DM if interested.
Most SaaS founders spend months building features.
But the thing that breaks revenue is usually:
Stripe events
background jobs
failed retries
state drift
Boring infrastructure.
If you run a Rails SaaS and billing feels fragile, I can audit it.
DM me.
If an AI agent had direct access to your database and your APIs — would it still need your product?
I've been sitting with that question for months. Here's where I landed.
https://t.co/MSikL2fI29
Rails founders rarely monitor this metric:
Webhook failure rate.
If webhooks fail quietly, subscriptions drift out of sync.
Customers get wrong access.
Refunds start appearing.
I fix this for SaaS companies.
DM if your billing stack worries you.
One of the easiest SaaS bugs to miss:
A Stripe webhook fails once.
Your app processes the next event.
Now Stripe and your database disagree.
Nothing crashes.
Revenue slowly drifts.
I help Rails SaaS founders audit and fix billing systems.
DM if you want me to look at yours.
When I audit a Rails SaaS billing system, I check 5 things first:
Webhook delivery logs
Idempotency handling
Subscription state sync
Retry logic
Background job health
If one of those is wrong, revenue leaks usually follow.
Rails actually makes Stripe integrations easier than most stacks.
ActiveJob
background workers
good ORM
clear service layers
The problem is rarely Rails.
It’s production discipline around the system.
Most SaaS founders think Stripe solves billing.
Stripe solves payments.
You still have to solve:
webhook reliability
idempotency
background job retries
state reconciliation
I fix Stripe billing problems in Rails apps.
If your billing system feels fragile, DM me.
@corbin_braun Shipping fast is great.
The part that usually bites later is the webhook layer.
Retries, duplicate events, and partial state updates can quietly break billing or email flows if the handlers aren’t idempotent.
Creating the transaction in a pending state usually works well.
Another pattern is creating the record when the Checkout Session or PaymentIntent is created, not when the webhook arrives.
Then the webhook only updates state instead of creating the transaction.
It avoids the race between the UI and the webhook.
@stoictraderke@mysticwillz Yes, Stripe signs webhook payloads with the Stripe-Signature header.
That prevents forged requests, but it does not solve duplicates.
You still need idempotent processing because Stripe can retry the same event multiple times.
@Laikmosh@mysticwillz Stripe idempotency keys apply to API requests you send to Stripe.
Webhook events are different. The usual pattern is storing the Stripe https://t.co/cju1Kxqxl8 and rejecting duplicates.
Also make the handler idempotent because Stripe retries events if your endpoint fails.
@mysticwillz The Stripe event id is the key.
Store processed event ids in a table and reject duplicates.
Also make the handler idempotent so retries don’t corrupt state.
Stripe retries events for hours if your endpoint fails.
Most real bugs come from partial updates before the retry.
@DanKulkov@MiguelFdezDev Stripe webhooks quietly breaking is one of the most common SaaS issues.
Nothing crashes.
But subscriptions drift out of sync with the app.
I’ve audited Rails apps where this went unnoticed for weeks.
Billing infrastructure needs monitoring too.
@WorkflowWhisper Stripe webhooks must verify the signature before parsing the payload.
If the endpoint trusts the JSON body, someone can POST a fake payment_intent.succeeded event.
I’ve seen this in production systems more than once.