Challenge
A filter stops the run, and stopping counts as success.
Agnotic approach
Filtered and skipped items are logged and counted, and unexpected skips alert someone.
Zapier to Custom Integration
Outgrown Zapier? Custom integrations for the workflows you cannot afford to lose
Orders, invoices and customer records now flow through dozens of Zaps or Make scenarios, and when one quietly fails, someone finds out from an angry customer. Agnotic Technologies rebuilds your critical automations as integration code you own, with retries that do not create duplicates, logs of every step and alerts that reach a person, and leaves the simple ones where they are.
Automation auditCode you ownRetries without duplicatesLogs and alerts
Trusted by global innovators
When have we outgrown Zapier, and what should move to custom code?
You have outgrown Zapier for a workflow when a silent failure costs real money, when the logic has grown into many paths and filters nobody can test, when volume or limits force workarounds, or when you must prove every step ran long after it happened. Move those workflows, usually orders, invoices, payments and customer records between core systems, to custom integration code. Agnotic Technologies starts with an automation audit of every Zap and scenario, ranks each by business impact and complexity, then rebuilds the critical ones as code you own, with tests, retries, logs and alerts. Low-risk notifications and simple handoffs can stay in Zapier.
Triage
Can you rebuild our critical Zaps as code we own and keep the simple ones in Zapier?
Yes, and that split is usually the right answer. We sort every automation by what a failure would cost and how complex it has become, rebuild the ones that carry orders, money or customer data, and leave the rest in Zapier. This is the triage table we fill in with you.
| What the automation looks like | Keep in Zapier | Move to custom code |
|---|---|---|
| Business impact of a failure | A missed notification or a late internal task | A lost order, a wrong invoice or a customer record out of step |
| Logic | A trigger and one or two actions | Many paths, filters, lookups and code steps |
| Volume | Comfortably within your plan and limits | Peaks that hit limits, throttling or task costs |
| Data | Low-sensitivity fields | Payment, personal or contract data |
| Proof | History for troubleshooting is enough | You must show every step ran, months later |
| Change | Business users adjust it often | Changes need testing before they go live |
Rebuilt workflows can still be started from Zapier if that is where your team works: a Zap can call the new integration's endpoint instead of doing the work itself.
Reliability
Our automations say "success" but the order never arrived. How do we get retries, logs and alerts?
Check the result in the target system, not only the response to the call, and build retries, logs and alerts around that check. A step can return success while the order is rejected later, filtered out or written to the wrong place. This is the pattern we build into each critical workflow.
Receive
The trigger, such as a new order or a webhook, is stored first, so nothing is lost if a later step fails.
Validate
Required fields, formats and business rules are checked before any system is changed.
Send once
Each write carries a unique key, so a retry updates the same record instead of creating a duplicate.
Confirm
The integration reads back from the target system to confirm the order or invoice really exists.
Retry
Temporary failures are retried with growing waits; permanent ones go straight to a person.
Alert
Failures and stuck items alert the owner in email, chat or your on-call tool, with a link to the record.
Audit trail
How do we prove every automated order and invoice step actually ran?
Keep your own audit trail outside the automation tool: a record for every run and every step, with what came in, what was sent, what the target system confirmed, and who or what changed it, kept for as long as your records policy requires. Agnotic Technologies builds that trail into each integration, with a search screen your finance and operations teams can use.
Automation tools keep run history for troubleshooting, often for a limited time. Proof for audits, disputes and month-end reconciliation needs records you control.
Failure points
Why do no-code automations fail silently?
Patterns we find when we audit Zaps and Make scenarios, and what the rebuild changes.
Challenge
A field mapping breaks after an app update.
Agnotic approach
Contract tests check each system's fields before release and after vendor changes.
Challenge
A retry creates a second order.
Agnotic approach
Idempotency keys make every write safe to repeat.
Challenge
Error emails go to someone who left.
Agnotic approach
Alerts go to a team channel and an owner list you manage.
Challenge
Nobody knows which Zap feeds which system.
Agnotic approach
An automation inventory with owners, systems and business impact.
What do we build when we replace an automation?
The parts of each rebuilt workflow, handed over as code in your repository.
Automation audit
Every Zap and scenario listed with owner, systems, volume and impact.
Integration services
Workflows as code, running in your cloud account.
Idempotent writes
Unique keys on every write so retries never duplicate records.
Queues and retries
Durable queues, retry rules and a dead-letter list for a person to work.
Audit trail
Every run and step stored with inputs, outputs and confirmations.
Alerts
Failures and stuck items sent to owners, with links to fix them.
Reconciliation
Daily checks that counts and totals match between systems.
Zapier hand-off
Endpoints your remaining Zaps can call, so the split stays simple.
Related services
Where do rebuilt integrations connect?
The workflows we most often move out of no-code tools.
Business process automation services
Approvals, forms and handoffs designed around the whole process, not one Zap at a time.
Sales order automation
Customer purchase orders read, checked and created in the ERP.
Invoice processing automation
Supplier invoices captured, matched and approved before posting.
Facts and sources
What do Zapier's documentation and the standards say?
Zapier's own help center on replay and history, and the standards behind safe retries and audit records, each linked to its source.
Zapier's help center says that with autoreplay on, Zapier replays steps that stopped with an errored status up to 5 times, does not send error notification emails until the final autoreplay attempt fails, and cannot guarantee that replays will succeed.
Source: Zapier Help Center, What is replay?Zapier's help center says Zap history is retained for 29 to 69 days, and that Enterprise accounts can set Zap history retention to between 7 and 30 days.
Source: Zapier Help Center, Customize data retention in ZapierRFC 9110, the HTTP semantics standard, defines a request method as idempotent when the intended effect on the server of several identical requests is the same as the effect of a single request, and lists PUT, DELETE and the safe methods as idempotent.
Source: IETF RFC 9110, section 9.2.2NIST SP 800-53 Rev. 5 control AU-3 asks that audit records establish what type of event occurred, when and where it occurred, its source, its outcome and the identity of any individuals or entities associated with it.
Source: NIST SP 800-53 Rev. 5, control AU-3
Standards
Standards we build integrations to
RFC 9110NIST SP 800-53 AU-3OpenAPIOpenTelemetryOAuth 2.0
Where it starts
Workflows teams move out of Zapier first
Automations where a silent failure reaches customers or the books.
Web store orders to ERP
Orders, payments and stock updates between the store and the ERP.
Invoices to accounting
Invoices and payments posted to the accounting system.
CRM to billing
Won deals turned into customers, subscriptions and invoices.
Lead and form routing
Leads that must reach sales with nothing lost.
Scope
What decides the size of the move?
We do not publish prices. These are the drivers we size after the automation audit.
Automations
How many Zaps and scenarios move, and how complex each is.
Systems
The apps and APIs each workflow touches.
Volume
Runs per day and peak loads.
Audit needs
What must be recorded, and for how long.
Alerting
Who is told about failures, and how.
Hosting
Your cloud account and monitoring tools.
Engagement
How does a move from Zapier run?
Audit first, then the most critical workflow.
1.
Scoping call and automation audit
We list every Zap and scenario and rank them by impact and complexity.
Scope2.
First critical workflow
A fixed-scope first release: one critical workflow rebuilt with retries, audit trail and alerts, run beside the Zap.
Build3.
Move the rest that matter
Further workflows in order of risk, with the simple ones left in Zapier and support after launch.
ScaleFrequently Asked Questions
No. Most teams keep Zapier for simple, low-risk automations and move only the workflows that carry orders, money or customer data to custom code.
Yes. The audit and the rebuild work the same way for Make scenarios and other automation tools: we list them, rank them by impact, and rebuild the critical ones with retries, logs and alerts.
Each write carries a unique key from the source record, so the target system or our integration recognizes a repeat and updates the existing record instead of creating a new one.
Your team, us or both. The code is in your repository with documentation and tests, and we can support and monitor it under a support agreement.
We do not publish prices. The number and complexity of automations, the systems involved, volume, audit needs, alerting and hosting decide the size, and we agree a fixed first release after the audit.