All features
Security & Compliance

Secure by design. Audit-ready by default.

Credentials stored once and rotated without redeployment. Sensitive fields masked before they ever reach a log. Schema validation at every boundary. Tenant isolation and immutable audit trails built in — not bolted on.

1 place

to rotate any credential

0

sensitive fields in logs

0

invalid requests to backend

Centralised Credential Storage

One place for every credential — reused safely across all executions

In a point-to-point architecture, credentials are duplicated across every service that needs to connect. When a credential rotates, every affected service must be updated simultaneously — or authentication failures cascade across production. Nobody maintains a complete map of which services hold which credentials, because that map changes with every new integration.

Apitide stores credentials for each upstream service once. OAuth tokens, bearer tokens, API keys, basic auth credentials, and client secret pairs are configured in the credential store and referenced by name in workflows. The workflow never sees the credential value — it references the credential name, and Apitide injects the value at execution time.

Credential rotation happens in one place. When an upstream service issues a new API key, you update it in Apitide's credential store and it takes effect immediately across every workflow that uses it — without redeployment, without touching workflow definitions, without coordinating updates across multiple services.

1 place

to rotate any credential

Automatic Field Masking

Sensitive data never appears in logs, even when things go wrong

Execution logs are essential for debugging — but they become a compliance liability if they contain passwords, tokens, card numbers, or personal data. Most teams manage this by manually implementing log scrubbing in every service, which means every new integration is a new opportunity to accidentally log sensitive data.

Apitide masks sensitive fields automatically, configured declaratively per connector and per field. Fields marked as sensitive are replaced with a masked placeholder in execution logs, request/response previews, and error details — without removing the data from the actual request or response. The upstream service still receives the correct value; the logs never see it.

Masking applies to both inbound data (request fields the orchestration layer receives) and outbound data (fields in upstream service responses). If a credit card number appears in a payment service response, it is masked in the execution log before it is ever written. This is not best-effort scrubbing — it is structural, applied at the field level before logging occurs.

0

sensitive fields exposed in logs

Schema Validation at the Boundary

Reject invalid data before it reaches your services

Data validation is most effective at the system boundary — before invalid data has a chance to propagate into backend services, databases, and downstream consumers. Apitide validates every inbound request against a defined JSON Schema before the workflow begins executing.

When validation fails, the workflow stops immediately and returns a configurable error response — the HTTP status code, error message, and response body are all configurable per validation rule. No partial execution occurs. No invalid data touches your backend services.

Validation also runs on upstream responses. When an upstream service changes its API contract without notice — adding a required field, changing a field type, removing a field your transformation logic depends on — Apitide detects the schema violation and surfaces a clear error rather than propagating corrupted data into your composed response. Schema drift in upstream services becomes visible immediately, not when a user reports a broken experience.

0

invalid requests reaching your backend

Tenant Isolation

Data and credentials separated at the platform level

Multi-tenant SaaS platforms need strong guarantees that one tenant's data cannot access or influence another tenant's execution. Apitide provides tenant isolation at the store level — credentials, workflows, execution logs, and analytics are scoped to individual organisations and stores, with no shared state between tenants.

Access control is policy-driven. Team members are assigned roles within an organisation, and roles determine which workflows they can view, edit, and deploy. Credential values are never visible to any team member — only the credential name and the services it is associated with.

Audit trails record which team member performed each action — workflow creation, modification, deployment, and execution. The audit log is immutable and includes timestamps, user identities, and the full before/after state of any workflow change. This is the evidence trail that compliance audits require.

100%

tenant data separation

Secrets Without Redeployment

Rotate credentials without touching workflow definitions

The standard approach to credential rotation in workflow platforms requires updating the credential value, then redeploying every workflow that references it to pick up the change. For platforms running hundreds of workflows, this turns a routine security operation into a multi-hour deployment exercise.

Apitide decouples credentials from workflow definitions. Workflows reference credential names; the platform resolves names to values at execution time. Updating a credential value takes effect on the next execution — no workflow redeployment required, no downtime, no coordinated rollout.

This architecture also means you can use different credential values in different environments — development, staging, production — without maintaining separate workflow definitions per environment. The same workflow runs in all environments; only the credential configuration changes.

0 workflows

to redeploy on credential rotation

API OrchestrationParallel execution and transformationsObservability & AnalyticsExecution timelines and alertsWebhook as a ServiceAsync delivery with retries and queuing

Security that passes audits without the scramble

Centralised credentials, automatic masking, schema validation, and immutable audit trails — all built into every plan.