For workflows routing candidate PII, payroll data, or HR records, Make.com delivers superior security through module-level permission controls, granular field filtering, and execution-level audit logs. Zapier encrypts data and covers compliance basics, but its Zap-level access model and limited audit depth fall short when data sensitivity demands tighter controls.

This post is one focused lens within our broader Make.com vs. Zapier in 2026: Which Is Right for Your Operations? comparison. If you are evaluating which platform fits your overall automation strategy, start there. If you have narrowed the question to security, keep reading.

Security Scorecard: Make.com vs. Zapier at a Glance

1. Encryption: Both Platforms Meet the Baseline — Baseline Is Not Enough

Both Make.com and Zapier encrypt data in transit using TLS and at rest using AES-256. For most business contexts this baseline is adequate. The distinction is in what gets encrypted and for how long.

Zapier retains task execution history — including payload data — for a configurable window. By default, every data field passed through a Zap is stored in Zapier’s infrastructure. Teams routing candidate applications, salary offers, or HRIS sync data need to review and reduce this retention window explicitly. It does not default to minimal retention.

Make.com handles data in execution bundles that are not persisted beyond the execution log window unless you configure storage explicitly using the Data Store module. Sensitive field values do not linger in the platform by default.

2. Permission Granularity: Make.com Controls Access at the Module Level

Zapier’s access model is Zap-level. A user with access to a Zap sees the entire Zap — all steps, all connected credentials, all data flowing through it. There is no way to grant read-only access to one step without exposing the rest.

Make.com structures access at both the scenario level and the module level. Teams configure which users can view, edit, or execute a scenario, and the granular output mapping tools let scenario builders control exactly which fields from each module are passed downstream. That field-level control is a meaningful security advantage when a workflow touches data that not every operator needs to see.

3. Field-Level Data Filtering: Make.com Builds It In, Zapier Requires a Workaround

When a webhook or trigger fires, it passes the full payload — every field in the record. For sensitive workflows, passing the full payload to every downstream step is unnecessary exposure.

In Make.com, you map outputs per module. You select exactly which fields flow to the next step. Unreferenced fields are not forwarded. No additional steps required.

In Zapier, the default behavior passes the full trigger payload to every Zap step. To filter fields, you add a Formatter step or use Code steps — which adds complexity and creates an additional point of configuration error. For non-technical builders, this workaround rarely gets implemented correctly.

4. Audit Logs: Make.com Logs at the Module Level, Zapier Logs at the Run Level

When an automation fails, or when a compliance review requires reconstruction of what happened to a specific record, audit log depth determines how quickly and accurately you answer the question.

Zapier logs at the Zap run level: you see that a Zap fired, what the trigger input was, and whether it succeeded. You cannot see what each individual step processed, filtered, or forwarded.

Make.com logs at the module execution level. Each step in a scenario has its own execution log showing input bundle, output bundle, duration, and status. When something goes wrong — or when HR needs to trace what happened to a specific record — you have a complete execution trace.

5. Error Handling and Rollback: Make.com’s Incomplete Execution Queue Changes the Risk Profile

Every automation fails eventually. The security and data integrity question is: what happens when it does?

Zapier’s error handling is email alerts. A Zap fails, you get notified, and you manually rerun it — or you do not, and the record is lost. There is no native rollback mechanism and no execution queue for incomplete runs.

Make.com has a native incomplete execution queue. When a scenario errors mid-execution, the incomplete bundle is held in queue and resumed after the error is resolved — without rerunning the entire scenario from the trigger. Combined with custom error routes (separate error-handling paths at the scenario level), sensitive data in a failed workflow is not silently dropped or duplicated.

For a full walkthrough of how to configure error routing in Make.com, see How to Set Up Routed Error Handling in Make With AI Assistance.

6. OAuth Scope Management: A Draw — With a Warning for Both Platforms

Both Make.com and Zapier use OAuth for third-party connections. Neither platform enforces minimal-scope connections by default. Both rely on the user to review and restrict the OAuth scopes granted when connecting an application.

The practical risk: when a team member connects Google Workspace, HRIS, or a payroll platform to either tool, the default OAuth flow requests broad permissions. Unless someone explicitly reviews and restricts those scopes, the automation platform holds broader access than the workflow actually requires.

This is a people-and-process issue on both platforms. The discipline to review OAuth scopes at connection time is not enforced by the platform — it is enforced by your team’s security checklist.

7. Webhook Payload Verification: Make.com Supports Native Rules, Zapier Relies on Obscurity

Webhooks are one of the highest-risk surfaces in automation. An unverified webhook listener processes any payload sent to its URL, which means a compromised or spoofed payload triggers real actions in your systems.

Make.com supports payload validation rules natively within the scenario. You verify that incoming webhook payloads meet specific structure and value requirements before the scenario processes them.

Zapier webhooks rely primarily on URL obscurity — keeping the webhook URL private is the main security control. There is no native payload validation layer in standard Zapier webhook handling.

8. Compliance Posture: GDPR and HIPAA Coverage Requires Deliberate Configuration on Both Platforms

Both Make.com and Zapier offer GDPR-compliant data processing agreements. Both offer HIPAA Business Associate Agreements (BAA), but only on enterprise tiers. If your workflows touch PHI and you are on a mid-tier plan, verify BAA availability with the vendor directly before assuming coverage.

For CCPA and other state-level data privacy compliance, both platforms require deliberate configuration of data retention windows and access controls. Neither defaults to a fully compliant posture out of the box.

The Bottom Line: Security Is Where Make.com’s Architecture Advantage Becomes Concrete

The security gap between Make.com and Zapier is not primarily about certifications or encryption standards — those are largely equivalent. The gap is architectural. Make.com’s module-level logging, native field filtering, custom error routes, and incomplete execution queue give teams the controls needed to run sensitive workflows responsibly. Zapier’s simpler architecture makes it faster to deploy but harder to secure at the level HR, payroll, and compliance workflows require.

If you are considering a migration, see How to Switch From Zapier to Make Without Breaking Your Existing Workflows and Make.com FAQ: Everything Zapier Users Ask Before Switching.

Frequently Asked Questions

Is Make.com more secure than Zapier?

For sensitive business workflows — HR data, payroll, candidate PII — Make.com’s security architecture is stronger. It offers module-level audit logs, native field filtering, custom error routes, and an incomplete execution queue that Zapier does not provide. Encryption and compliance certifications are comparable between the two platforms.

Does Make.com offer a HIPAA BAA?

Make.com offers a HIPAA Business Associate Agreement on enterprise tiers. If your workflows touch protected health information, verify current BAA availability with Make.com directly before relying on that coverage.

How do I prevent sensitive fields from being exposed in Make.com automation?

In Make.com, use the module output mapping to select only the fields each downstream step requires. Fields not mapped are not forwarded. This is native behavior — no additional steps or code required. In Zapier, you need a Formatter or Code step to accomplish the same result.

What happens to data when a Make.com scenario fails mid-execution?

Make.com holds the incomplete execution bundle in a queue. After you resolve the root cause, you resume processing from the point of failure — no data loss and no need to re-trigger the automation from scratch. Zapier sends an error notification but does not queue incomplete executions for resumption.

Do both platforms support GDPR compliance?

Yes. Both Make.com and Zapier offer data processing agreements for GDPR compliance. Both require deliberate configuration of data retention windows and access controls — neither platform defaults to a fully compliant posture without configuration.