Ingestion trust

Webhook and API ingestion should prove scope before events become reporting evidence.

Review SIRJ tenant-scoped webhook callbacks, API ingestion setup, signature verification, selected-resource checks, raw payload normalization, rate limits, and sync observability.

Review connector setup Follow data routing Connector health Sync freshness Usage controls Source coverage Security review

Buyer answers

Explain how provider activity enters SIRJ before it becomes proof.

Technical, operations, and procurement reviewers need a readable path from provider setup through verified delivery, scoped payloads, normalized records, sync status, and supported outputs.

Ingestion answer

What does webhook and API ingestion include?

Ingestion includes the connector setup manifest, OAuth or API-key access, selected provider resources, tenant-scoped webhook callback URLs, request verification, rate limits, raw payload storage, normalized event creation, sync state, and visible health or failure states.

A buyer can separate a connected provider from an event stream that is verified, scoped, normalized, and safe enough to support dashboards, reports, alerts, Ask Data answers, or exports.

Review the supporting path

Ingestion answer

How are webhook callback URLs scoped?

SIRJ builds webhook callback URLs from the application base URL plus account id, client id, and connection id, so the receiving route knows which tenant, workspace, and provider connection should own the incoming event.

A callback URL is not shared across every customer. The URL structure keeps provider delivery attached to one account, one client workspace, and one connection before the payload is processed.

Review the supporting path

Ingestion answer

What happens when webhook verification fails?

A webhook request must pass the provider verifier before SIRJ maps payload records. Failed verification returns an error and does not update sync state, raw payload storage, normalized event storage, or downstream reporting surfaces.

Bad signatures, missing signatures, or untrusted delivery attempts should not quietly pollute reporting data or make a connector look healthy.

Review the supporting path

Ingestion answer

How does an incoming event become report-ready data?

After verification and resource checks pass, SIRJ maps the provider payload into raw payload records, normalizes supported event types, upserts normalized events, updates sync state, and records sync-run status for connector health review.

The buyer can trace an event from delivery through raw evidence and normalized rows before the event is allowed to support charts, weekly insights, reports, or exported proof.

Review the supporting path

Ingestion sequence

Verify scope before records feed a chart, report, or answer.

Webhook and API events move through setup requirements, scoped callbacks, verification, selected-resource checks, supported normalization, and sync observability.

Confirm setup requirements Attach callback to the right scope Verify delivery before mapping Check selected provider resource Normalize only supported records

Ingestion map

Every incoming event needs a clear runtime checkpoint.

The setup and runtime path keeps callback scope, rate limits, verification, resource checks, raw payloads, normalized events, and sync status reviewable.

Stage	Buyer question	SIRJ path
Setup manifest	Does this provider need OAuth, API key entry, selected resources, a webhook callback, pipeline mapping, or another setup control before ingestion can start?	The setup manifest exposes auth method, required permissions, setup requirements, setup controls, dashboard unlocks, launch proof groups, and callback URLs before a source is treated as ready.
Tenant-scoped callback	Can the incoming provider event be tied to one account, one client workspace, and one connection before the payload is parsed?	Webhook routes parse account id, client id, and connection id from the callback path before rate limits, connection lookup, verification, and ingestion run.
Rate limit and verifier	Can a noisy or untrusted source flood the ingestion route or skip signature checks before records enter the workspace?	Webhook requests use the integration webhook rate-limit policy and provider verifier before raw payload mapping, normalized events, sync state, or report evidence can change.
Selected-resource check	Does the event belong to the form, account, or connected provider resource that the buyer selected for this client workspace?	Webhook mappers reject Typeform form ids or Stripe connected accounts that do not match the selected resource or external account attached to the connection.
Raw payload and normalized rows	Can the event be inspected as source evidence and transformed into supported event types without inventing unsupported records?	The webhook handler creates raw payloads, checks supported raw payload types, normalizes provider records, and upserts normalized events before downstream surfaces use them.
Sync observability	Can teams see whether the ingestion run succeeded, failed, inserted rows, updated rows, or left the source stale?	Webhook ingestion writes sync-run status, reason, normalized event count, duration, errors, last successful sync, and next sync timing for connector health review.

Provider examples

Webhook and API paths are reviewed by source role.

Different providers bring different event shapes. The important question is whether each event can be scoped, verified, normalized, and attached to the right reporting surface.

Provider path	Incoming activity	Buyer check
Typeform	Form-response webhooks can create lead-intake evidence when the form id and response id are present and the incoming form belongs to the selected form resource.	Confirm the selected form before form submissions become intake rows, conversion context, weekly insight inputs, or client report evidence.
Stripe	Stripe charge or subscription-payment webhooks can create payment evidence when the event includes a supported object and the connected account matches the selected account.	Confirm the connected payment account before payment events support collected revenue, ROI proof, report snapshots, or export packages.
Close CRM	Close lead, contact, opportunity, or status-change webhooks can create CRM and pipeline evidence when the payload includes an object type and id.	Confirm pipeline and stage setup before CRM events support lead progression, booked-work context, attribution, or client recommendations.
OAuth and API polling sources	Connectors that do not rely on webhooks still ingest through authorized API fetches, selected resources, sync cadence, raw payload types, normalizers, and connector health checks.	Confirm the provider auth method, resource selection, sync freshness, required fields, and unsupported states before API-fetched records are treated as reporting proof.

Failure states

Failed ingestion should be visible, not disguised as weak performance.

Missing setup, bad signatures, resource mismatches, unsupported payloads, and failed runs need explicit review states before a client team trusts a quiet report.

State	Reviewer sees	Protected surface
Missing webhook setup	The setup manifest and connector health path show webhook-active requirements instead of allowing a provider to appear fully ready while delivery is not configured.	Dashboards, weekly insights, reports, and exports should not treat missing event delivery as normal source silence.
Signature verification failed	The webhook request is rejected before payload mapping, raw payload upsert, normalized event upsert, or sync-state changes can occur.	Untrusted requests cannot create activity rows, healthy sync status, report evidence, or source-backed answers.
Selected resource mismatch	The event fails when the incoming form, account, or provider resource does not match the resource selected on the connection.	Provider events from another form, ad account, or payment account cannot leak into a client workspace or revenue proof path.
Unsupported payload shape	Webhook mappers require provider-specific identifiers and supported object types before raw payload records can be created.	SIRJ avoids turning ambiguous provider activity into polished charts, recommendations, Ask Data answers, or report claims.
Sync run failed	Connector health can show failed webhook runs, error messages, duration, event counts, last failed time, and whether sync state was left unchanged.	Operations teams can distinguish a quiet client period from an ingestion failure before using the data in a client review.

Workflow

The ingestion path should be easy to inspect.

Workflow

Confirm setup requirements

Start with the setup manifest to identify auth method, required permissions, selected resource requirements, webhook controls, dashboard unlocks, and launch proof groups for the provider.

The buyer can see whether setup means OAuth, API key entry, resource selection, webhook activation, pipeline mapping, or a ready-after-connect source.

Inspect the proof

Workflow

Attach callback to the right scope

Generate or review the callback URL for the account, client workspace, and connection that should own the incoming provider event.

Tenant-scoped callback paths let the runtime resolve the exact connection before verification, mapping, normalization, and health updates begin.

Inspect the proof

Workflow

Verify delivery before mapping

Apply the webhook verifier and integration webhook rate limit before any provider payload becomes raw evidence or normalized event data.

Rejected signatures and excessive requests fail before they can update report inputs or make a connector appear current.

Inspect the proof

Workflow

Check selected provider resource

Compare incoming provider resource identifiers with the connection's selected form, account, or external account before accepting the event.

Resource mismatches return explicit failures and leave workspace sync state unchanged, which protects client boundaries.

Inspect the proof

Workflow

Normalize only supported records

Create raw payload evidence, reject unsupported raw types, normalize supported provider events, upsert normalized rows, and expose sync run status.

Data routing, connector health, dashboards, reports, and exports can trace source activity back to raw payloads and normalized events.

Inspect the proof

Standards

Keep ingestion proof boring, explicit, and hard to misuse.

Standard

Do not make callback setup look optional when it is required

A webhook-required connector can look connected while new form, payment, or pipeline activity never arrives.

Setup requirements, webhook controls, and connector health states keep missing callbacks visible until delivery is configured and recent enough to support reporting.

Standard

Do not accept events without verification

Unverified payloads can corrupt source evidence, connector health, dashboard rows, report snapshots, or weekly insight inputs.

Webhook verification runs before mapping and storage, and failed verification does not update sync state or downstream evidence.

Standard

Do not mix provider resources across clients

A provider account may contain many forms, accounts, companies, or payment streams that should not feed the same client workspace.

Selected-resource checks reject mismatched event payloads before raw payloads or normalized rows can enter the workspace.

Standard

Do not hide failed ingestion as quiet performance

A failed webhook or API ingestion path can be mistaken for no leads, no payments, weak campaign performance, or a silent client period.

Sync observability, connector health, stale states, errors, and failed run records distinguish ingestion failure from real business activity.

FAQ

Webhook and API ingestion questions.

Which SIRJ connectors use webhook ingestion?

The webhook mapper currently covers Typeform form responses, Stripe payment events, and Close CRM activity events. Other sources can still ingest through OAuth or API-key polling with selected resources, sync cadence, raw payload types, and connector health checks.

Does a webhook callback URL expose customer data?

The callback URL identifies account, client workspace, and connection scope, but provider payload data still arrives in the request body and must pass verifier and resource checks before it becomes usable source evidence.

What happens if a webhook belongs to the wrong form or account?

SIRJ rejects the event when the incoming resource does not match the selected resource or external account for the connection. The failure is recorded as an ingestion problem instead of updating the workspace as if the event were valid.

How does webhook ingestion affect reports and alerts?

Verified and normalized webhook events can support dashboard cards, weekly insights, reports, exports, and source-backed answers. Failed, missing, stale, or unsupported ingestion states should remain visible before those surfaces rely on the source.

Ingestion review

Before a provider event becomes proof, make the data path inspectable.

Start with connector setup, then follow ingestion through verification, selected resources, normalization, health, and supported reporting surfaces.

Review connector setup Follow data routing

Ingestion trust

Webhook and API ingestion should prove scope before events become reporting evidence.

Review SIRJ tenant-scoped webhook callbacks, API ingestion setup, signature verification, selected-resource checks, raw payload normalization, rate limits, and sync observability.

Review connector setup Follow data routing Connector health Sync freshness Usage controls Source coverage Security review

Buyer answers

Explain how provider activity enters SIRJ before it becomes proof.

Technical, operations, and procurement reviewers need a readable path from provider setup through verified delivery, scoped payloads, normalized records, sync status, and supported outputs.

Ingestion answer

What does webhook and API ingestion include?

A buyer can separate a connected provider from an event stream that is verified, scoped, normalized, and safe enough to support dashboards, reports, alerts, Ask Data answers, or exports.

Review the supporting path

Ingestion answer

How are webhook callback URLs scoped?

A callback URL is not shared across every customer. The URL structure keeps provider delivery attached to one account, one client workspace, and one connection before the payload is processed.

Review the supporting path

Ingestion answer

What happens when webhook verification fails?

Bad signatures, missing signatures, or untrusted delivery attempts should not quietly pollute reporting data or make a connector look healthy.

Review the supporting path

Ingestion answer

How does an incoming event become report-ready data?

The buyer can trace an event from delivery through raw evidence and normalized rows before the event is allowed to support charts, weekly insights, reports, or exported proof.

Review the supporting path

Ingestion sequence

Verify scope before records feed a chart, report, or answer.

Webhook and API events move through setup requirements, scoped callbacks, verification, selected-resource checks, supported normalization, and sync observability.

Confirm setup requirements Attach callback to the right scope Verify delivery before mapping Check selected provider resource Normalize only supported records

Ingestion map

Every incoming event needs a clear runtime checkpoint.

The setup and runtime path keeps callback scope, rate limits, verification, resource checks, raw payloads, normalized events, and sync status reviewable.

Stage	Buyer question	SIRJ path
Setup manifest	Does this provider need OAuth, API key entry, selected resources, a webhook callback, pipeline mapping, or another setup control before ingestion can start?	The setup manifest exposes auth method, required permissions, setup requirements, setup controls, dashboard unlocks, launch proof groups, and callback URLs before a source is treated as ready.
Tenant-scoped callback	Can the incoming provider event be tied to one account, one client workspace, and one connection before the payload is parsed?	Webhook routes parse account id, client id, and connection id from the callback path before rate limits, connection lookup, verification, and ingestion run.
Rate limit and verifier	Can a noisy or untrusted source flood the ingestion route or skip signature checks before records enter the workspace?	Webhook requests use the integration webhook rate-limit policy and provider verifier before raw payload mapping, normalized events, sync state, or report evidence can change.
Selected-resource check	Does the event belong to the form, account, or connected provider resource that the buyer selected for this client workspace?	Webhook mappers reject Typeform form ids or Stripe connected accounts that do not match the selected resource or external account attached to the connection.
Raw payload and normalized rows	Can the event be inspected as source evidence and transformed into supported event types without inventing unsupported records?	The webhook handler creates raw payloads, checks supported raw payload types, normalizes provider records, and upserts normalized events before downstream surfaces use them.
Sync observability	Can teams see whether the ingestion run succeeded, failed, inserted rows, updated rows, or left the source stale?	Webhook ingestion writes sync-run status, reason, normalized event count, duration, errors, last successful sync, and next sync timing for connector health review.

Provider examples

Webhook and API paths are reviewed by source role.

Different providers bring different event shapes. The important question is whether each event can be scoped, verified, normalized, and attached to the right reporting surface.

Provider path	Incoming activity	Buyer check
Typeform	Form-response webhooks can create lead-intake evidence when the form id and response id are present and the incoming form belongs to the selected form resource.	Confirm the selected form before form submissions become intake rows, conversion context, weekly insight inputs, or client report evidence.
Stripe	Stripe charge or subscription-payment webhooks can create payment evidence when the event includes a supported object and the connected account matches the selected account.	Confirm the connected payment account before payment events support collected revenue, ROI proof, report snapshots, or export packages.
Close CRM	Close lead, contact, opportunity, or status-change webhooks can create CRM and pipeline evidence when the payload includes an object type and id.	Confirm pipeline and stage setup before CRM events support lead progression, booked-work context, attribution, or client recommendations.
OAuth and API polling sources	Connectors that do not rely on webhooks still ingest through authorized API fetches, selected resources, sync cadence, raw payload types, normalizers, and connector health checks.	Confirm the provider auth method, resource selection, sync freshness, required fields, and unsupported states before API-fetched records are treated as reporting proof.

Failure states

Failed ingestion should be visible, not disguised as weak performance.

Missing setup, bad signatures, resource mismatches, unsupported payloads, and failed runs need explicit review states before a client team trusts a quiet report.

State	Reviewer sees	Protected surface
Missing webhook setup	The setup manifest and connector health path show webhook-active requirements instead of allowing a provider to appear fully ready while delivery is not configured.	Dashboards, weekly insights, reports, and exports should not treat missing event delivery as normal source silence.
Signature verification failed	The webhook request is rejected before payload mapping, raw payload upsert, normalized event upsert, or sync-state changes can occur.	Untrusted requests cannot create activity rows, healthy sync status, report evidence, or source-backed answers.
Selected resource mismatch	The event fails when the incoming form, account, or provider resource does not match the resource selected on the connection.	Provider events from another form, ad account, or payment account cannot leak into a client workspace or revenue proof path.
Unsupported payload shape	Webhook mappers require provider-specific identifiers and supported object types before raw payload records can be created.	SIRJ avoids turning ambiguous provider activity into polished charts, recommendations, Ask Data answers, or report claims.
Sync run failed	Connector health can show failed webhook runs, error messages, duration, event counts, last failed time, and whether sync state was left unchanged.	Operations teams can distinguish a quiet client period from an ingestion failure before using the data in a client review.

Workflow

The ingestion path should be easy to inspect.

Workflow

Confirm setup requirements

Start with the setup manifest to identify auth method, required permissions, selected resource requirements, webhook controls, dashboard unlocks, and launch proof groups for the provider.

The buyer can see whether setup means OAuth, API key entry, resource selection, webhook activation, pipeline mapping, or a ready-after-connect source.

Inspect the proof

Workflow

Attach callback to the right scope

Generate or review the callback URL for the account, client workspace, and connection that should own the incoming provider event.

Tenant-scoped callback paths let the runtime resolve the exact connection before verification, mapping, normalization, and health updates begin.

Inspect the proof

Workflow

Verify delivery before mapping

Apply the webhook verifier and integration webhook rate limit before any provider payload becomes raw evidence or normalized event data.

Rejected signatures and excessive requests fail before they can update report inputs or make a connector appear current.

Inspect the proof

Workflow

Check selected provider resource

Compare incoming provider resource identifiers with the connection's selected form, account, or external account before accepting the event.

Resource mismatches return explicit failures and leave workspace sync state unchanged, which protects client boundaries.

Inspect the proof

Workflow

Normalize only supported records

Create raw payload evidence, reject unsupported raw types, normalize supported provider events, upsert normalized rows, and expose sync run status.

Data routing, connector health, dashboards, reports, and exports can trace source activity back to raw payloads and normalized events.

Inspect the proof

Standards

Keep ingestion proof boring, explicit, and hard to misuse.

Standard

Do not make callback setup look optional when it is required

A webhook-required connector can look connected while new form, payment, or pipeline activity never arrives.

Setup requirements, webhook controls, and connector health states keep missing callbacks visible until delivery is configured and recent enough to support reporting.

Standard

Do not accept events without verification

Unverified payloads can corrupt source evidence, connector health, dashboard rows, report snapshots, or weekly insight inputs.

Webhook verification runs before mapping and storage, and failed verification does not update sync state or downstream evidence.

Standard

Do not mix provider resources across clients

A provider account may contain many forms, accounts, companies, or payment streams that should not feed the same client workspace.

Selected-resource checks reject mismatched event payloads before raw payloads or normalized rows can enter the workspace.

Standard

Do not hide failed ingestion as quiet performance

A failed webhook or API ingestion path can be mistaken for no leads, no payments, weak campaign performance, or a silent client period.

Sync observability, connector health, stale states, errors, and failed run records distinguish ingestion failure from real business activity.

FAQ

Webhook and API ingestion questions.

Which SIRJ connectors use webhook ingestion?

Does a webhook callback URL expose customer data?

What happens if a webhook belongs to the wrong form or account?

How does webhook ingestion affect reports and alerts?

Ingestion review

Before a provider event becomes proof, make the data path inspectable.

Start with connector setup, then follow ingestion through verification, selected resources, normalization, health, and supported reporting surfaces.

Review connector setup Follow data routing

Webhook and API ingestion should prove scope before events become reporting evidence.

Explain how provider activity enters SIRJ before it becomes proof.

What does webhook and API ingestion include?

How are webhook callback URLs scoped?

What happens when webhook verification fails?

How does an incoming event become report-ready data?

Verify scope before records feed a chart, report, or answer.

Every incoming event needs a clear runtime checkpoint.

Webhook and API paths are reviewed by source role.

Failed ingestion should be visible, not disguised as weak performance.

The ingestion path should be easy to inspect.

Confirm setup requirements

Attach callback to the right scope

Verify delivery before mapping

Check selected provider resource

Normalize only supported records

Keep ingestion proof boring, explicit, and hard to misuse.

Do not make callback setup look optional when it is required

Do not accept events without verification

Do not mix provider resources across clients

Do not hide failed ingestion as quiet performance

Webhook and API ingestion questions.

Which SIRJ connectors use webhook ingestion?

Does a webhook callback URL expose customer data?

What happens if a webhook belongs to the wrong form or account?

How does webhook ingestion affect reports and alerts?

Before a provider event becomes proof, make the data path inspectable.

Preparing the source route.

Webhook and API ingestion should prove scope before events become reporting evidence.

Explain how provider activity enters SIRJ before it becomes proof.

What does webhook and API ingestion include?

How are webhook callback URLs scoped?

What happens when webhook verification fails?

How does an incoming event become report-ready data?

Verify scope before records feed a chart, report, or answer.

Every incoming event needs a clear runtime checkpoint.

Webhook and API paths are reviewed by source role.

Failed ingestion should be visible, not disguised as weak performance.

The ingestion path should be easy to inspect.

Confirm setup requirements

Attach callback to the right scope

Verify delivery before mapping

Check selected provider resource

Normalize only supported records

Keep ingestion proof boring, explicit, and hard to misuse.

Do not make callback setup look optional when it is required

Do not accept events without verification

Do not mix provider resources across clients

Do not hide failed ingestion as quiet performance

Webhook and API ingestion questions.

Which SIRJ connectors use webhook ingestion?

Does a webhook callback URL expose customer data?

What happens if a webhook belongs to the wrong form or account?

How does webhook ingestion affect reports and alerts?

Before a provider event becomes proof, make the data path inspectable.