Connected workflow

Planned integration

Deliver signed events to approved downstream systems.

Planned webhooks use scoped subscriptions, signatures, replay protection, idempotency, retries, dead-letter handling, and observable delivery.

Review integration status Check current readiness

Conceptual evidence path moving through review, decision, verification, and a reversible loop. — **Governed action and reversal**Conceptual illustration of governed action states; it does not claim a provider action or customer outcome.

Capability before connection

ClickGuardIQ Webhooks is described by capability and verified state—not by logo presence.

The page separates what ClickGuardIQ documents or supports from what requires credentials, provider behavior, customer configuration, and observed data flow.

The integration job

Webhooks are intended to deliver versioned ClickGuardIQ events to customer-controlled HTTPS endpoints with scoped subscriptions, signatures, replay resistance, idempotency, bounded retries, dead-letter visibility, and observable delivery history. This page is designed for developers, security teams, platform owners, agencies, operations teams, and buyers designing ClickGuardIQ event delivery into approved downstream systems. Its current public status is planned signed event-delivery capability, which remains visible beside the setup and operational workflow.

The provider or destination boundary is the customer controls endpoint availability, TLS, authentication verification, request handling, processing, response semantics, storage, deduplication, downstream permissions, and operational recovery. A directory listing, plan entitlement, configured credential, successful authorization, enabled toggle, or published tag is not evidence that the complete workflow is connected, healthy, current, or verified.

Current status: planned signed event-delivery capability
Audience: developers, security teams, platform owners, agencies, operations teams, and buyers designing ClickGuardIQ event delivery into approved downstream systems
Provider boundary: the customer controls endpoint availability, TLS, authentication verification, request handling, processing, response semantics, storage, deduplication, downstream permissions, and operational recovery

Scope and permissions travel with the connection

Each subscription must bind organization, client, websites, event types, schema version, destination environment, endpoint, permitted fields, secret version, delivery policy, owner, and purpose. Credentials, tokens, secrets, account identifiers, client or website assignments, capability grants, consent, and permitted fields must remain scoped to the minimum authorized purpose.

Payloads should contain the minimum approved fields, exclude secrets and unnecessary personal data, respect client and website boundaries, use transport protection, and follow retention, deletion, audit, and incident-response requirements. Setup, refresh, permission change, disconnection, administrative access, sensitive field use, delivery attempts, and other material operations should produce attributable audit history without exposing secret values in public pages, routine logs, alerts, or exports.

Operational state is evidence

Webhook health should separate subscription status, endpoint validation, eligible event creation, queued, attempted, receiver response, acknowledged, failed, retried, exhausted, dead-lettered, replayed, disabled, and reconciled states. Connection health should identify the latest meaningful source and destination state, the time it was observed, expected freshness, current delay, error or limitation, retry or recovery status, and affected capability.

A successful HTTPS response proves only the configured receiver returned an accepted response for that attempt; it does not prove downstream processing, storage, action, human review, or business outcome. When the product cannot verify a field, permission, data flow, provider response, downstream receipt, application, or reversal, the honest state is planned, configured, delayed, degraded, failed, unavailable, unknown, or externally controlled—not connected or successful by inference.

Capability model

What a responsible clickguardiq webhooks path must preserve.

Capabilities are stated as bounded product and operational behaviors. They do not imply partnership, universal provider support, live customer data, or guaranteed outcomes.

Scope versioned subscriptions

Bind clients, websites, event types, schema versions, fields, environments, endpoints, purposes, owners, delivery policy, and disable conditions.

Authenticate delivery

Sign canonical request content with a versioned secret, identify signature scheme and timestamp, support safe rotation overlap, and avoid exposing secret values.

Resist replay and duplicates

Include stable event and delivery identifiers plus a bounded timestamp so receivers can verify freshness, deduplicate attempts, and retain source occurrence separately.

Use explicit schemas

Document event names, versions, envelope, field types, nullability, timestamps, identities, scope, status meaning, compatibility, deprecation, and unknown-field handling.

Recover bounded failures

Classify timeouts and receiver responses, back off transient retries, respect limits, stop terminal failures, retain attempts, and expose replay or dead-letter operations safely.

Observe end-to-end limits

Show the strongest ClickGuardIQ-known delivery state while documenting that customer processing, persistence, side effects, and later outcomes remain external.

Operational situations

Use explicit state when setup, delivery, and provider behavior disagree.

These scenarios focus on failure visibility, safe recovery, scope, and verification rather than presenting a frictionless fictional connection.

The receiver times out after processing

Retry according to policy with the same source event identity and distinct attempt, allowing receiver idempotency to prevent duplicate downstream effects.

A signature secret rotates

Create a new secret version with bounded overlap, update the receiver, verify both transition paths, retire the prior secret, and preserve attributable rotation history.

The endpoint rejects a schema version

Expose validation or compatibility failure, stop blind retries when terminal, retain affected events, correct or migrate the subscription, and replay only through an authorized path.

A client must be disconnected

Disable eligible new deliveries, revoke the endpoint and secret, identify queued and dead-lettered work, apply retention or deletion policy, and preserve permitted audit evidence.

Connection lifecycle

Five stages of a governed clickguardiq webhooks workflow.

Every stage retains account or destination scope, capability, actor or system, time, status, limitation, and the evidence required to progress or recover.

01
Define subscription and schema
Name clients, websites, events, versions, fields, destination, environment, purpose, volume, latency, response, retry, retention, reconciliation, and owner.
Webhooks are planned; public endpoints, event catalog, delivery guarantees, self-service replay, and production availability must not be assumed.
02
Register and secure the endpoint
Validate supported HTTPS destination, create scoped subscription and secret version, document signature and timestamp checks, restrict access, and prepare rotation.
03
Create and attempt delivery
Serialize the versioned minimum payload, assign event and delivery identities, sign canonical content, queue safely, attempt, and record request metadata without secrets.
04
Interpret receiver response
Retain status, timing, timeout, error class, retry guidance, acknowledged interpretation, rate limit, attempt count, and strongest known delivery state.
05
Retry, replay, reconcile, or disable
Back off transient failures, stop terminal errors, dead-letter exhausted work, authorize replay, reconcile external processing where available, rotate, revoke, and disconnect safely.

Current readiness

See what is available, beta, external, limited, or planned.

Public status describes the current product boundary and the external conditions still required; it is not inferred from an integration name or entitlement.

Contract foundationavailable

Documented delivery requirements

Security, signing, replay, identity, retries, dead-letter, observability, and scoping requirements are defined for implementation review.

Webhook serviceplanned

Planned capability

Production subscriptions, event catalog, signing, delivery workers, retries, replay, dead-letter tools, health, limits, and support require implementation and validation.

Customer endpointexternal

Externally controlled

Availability, TLS, signature verification, response, processing, idempotency, persistence, side effects, monitoring, and recovery remain customer-controlled.

Downstream outcomelimited

Not observable by default

Receiver acknowledgement does not prove data storage, business processing, action completion, human review, or commercial result.

Integration quality review

Evaluate clickguardiq webhooks beyond a connected badge.

The comparison describes two operating approaches and does not claim that every other integration product uses the weaker model.

Evaluate clickguardiq webhooks beyond a connected badge.
Comparison	Unsigned best-effort callback	Scoped signed observable webhook
Scope	Sends every event and field to one shared endpoint across clients and environments.	Binds client, website, event types, schemas, fields, environment, endpoint, purpose, owner, and delivery policy.
Authentication	Relies on an obscured URL or static header without rotation or replay protection.	Uses versioned signatures, canonical content, timestamp window, secret rotation, restricted access, and attributable history.
Identity	Creates a new event on each retry and leaves duplicate handling ambiguous.	Separates stable source event, delivery, and attempt identities so receivers can verify freshness and implement idempotency.
Recovery	Retries every error indefinitely or drops failures without evidence.	Classifies responses, uses bounded backoff, respects rate limits, stops terminal errors, dead-letters exhaustion, and governs replay.
Outcome	Counts HTTP success as downstream processing and completed action.	Reports the strongest delivery state while labelling receiver processing, persistence, effects, and outcomes as external unless reconciled.

Security, delivery, and recovery contract

A production integration must remain understandable when the happy path stops.

The operational contract covers secrets, authorization, schemas, delivery, provider limits, monitoring, recovery, disconnection, and historical evidence.

Credential and permission contract

The setup record should identify credential type without exposing its value, authorized organization and client, website or provider account, environment, scopes, capabilities, owner, creation and refresh time, expiry where known, rotation state, and last validated permission result.

Authorization can change after setup. Revocation, scope reduction, expired tokens, removed accounts, provider policy, role changes, or customer disconnection should narrow capability immediately and preserve earlier verified history without continuing unsupported reads, writes, or deliveries.

Minimum authorized scope
No secrets in public or routine evidence
Attributable rotation and revocation history

Data and delivery contract

Every supported inbound or outbound operation should have a versioned schema, stable identity or idempotency behavior, field and size limits, event and receipt time, source and destination scope, validation result, attempt history, provider or receiver response, retry policy, and final known state.

Queued, attempted, acknowledged, accepted, applied, delivered, processed, and verified are different. Partial groups, rate limits, timeouts, duplicate attempts, delayed callbacks, schema rejection, and unknown destination state remain visible instead of being collapsed into a success total.

Evaluation and exit contract

Before activation, test the exact accounts, websites, destinations, permissions, capabilities, fields, expected volumes, consent and privacy rules, provider limits, errors, retries, observability, reconciliation, and recovery paths required by the proposed workflow.

The exit path should revoke or rotate credentials where appropriate, stop new operations, retain permitted audit and historical evidence, identify unresolved deliveries or provider state, and respect retention and deletion requirements. This page contains no invented partnership, live connection, customer result, delivery statistic, or provider performance claim.

ClickGuardIQ Webhooks questions

Clarify setup, capability, health, limitations, and recovery.

Answers use current readiness language and do not present planned, external, or unverified behavior as generally available.

Are ClickGuardIQ webhooks generally available?

The public status is planned. The security and delivery contract is defined, but production subscriptions, event catalog, schemas, signing, workers, retries, dead-letter handling, replay, monitoring, limits, and support must be implemented and validated before availability is claimed.

How should receivers verify a webhook?

The intended design uses a documented versioned signature over canonical request content, a timestamp freshness window, and a scoped secret with rotation. Exact headers, algorithms, tolerances, and test vectors depend on the implemented public contract.

Can the same event be delivered more than once?

Yes, at-least-once style delivery and uncertain network outcomes can require retry. Receivers should use stable source-event and delivery identifiers plus their own idempotency so repeated attempts do not create repeated downstream effects.

Does a 2xx response prove downstream processing succeeded?

No. It supports only the configured acknowledgement meaning for that HTTP attempt. Customer validation, queueing, storage, processing, side effects, human review, and business outcome remain external unless a separate reconciliation capability exists.

What happens after repeated delivery failure?

A planned production design should use bounded retries with backoff, classify terminal versus transient failure, retain attempt evidence, move exhausted work to a visible dead-letter state, and require authorized correction and replay or disablement.

Can webhook payloads contain any ClickGuardIQ field?

No. Each versioned event contract and subscription should expose only supported, permitted, minimum fields for the approved client, website, purpose, and destination. Secrets and prohibited or unnecessary sensitive data must be excluded.

Validate the exact capability before setup

Review webhook events, schemas, signing, retries, and receiver responsibilities.

Share clients, websites, event types, fields, environments, endpoints, volume and latency, authentication, idempotency, responses, retry and dead-letter needs, replay, reconciliation, retention, monitoring, and disconnection requirements.

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