Connected workflow

Documentation foundation

Build against scoped, versioned ClickGuardIQ interfaces.

The developer surface will document versioned contracts, authentication, scopes, rate limits, idempotency, errors, webhooks, and change policy before public availability.

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

API and Developer Documentation 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

The developer surface is intended to document supported versioned interfaces, authentication, scopes, schemas, pagination, filtering, rate limits, idempotency, errors, webhooks, change policy, environments, operational status, and support boundaries before public access. This page is designed for developers, architects, security reviewers, platform owners, agencies, technical buyers, and partners evaluating programmatic ClickGuardIQ workflows. Its current public status is documentation foundation for planned scoped public interfaces, which remains visible beside the setup and operational workflow.

The provider or destination boundary is ClickGuardIQ owns the public interface contract and service boundary when released; customers own credential protection, client implementation, request correctness, retry behavior, local storage, downstream processing, and use of returned data. 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: documentation foundation for planned scoped public interfaces
Audience: developers, architects, security reviewers, platform owners, agencies, technical buyers, and partners evaluating programmatic ClickGuardIQ workflows
Provider boundary: ClickGuardIQ owns the public interface contract and service boundary when released; customers own credential protection, client implementation, request correctness, retry behavior, local storage, downstream processing, and use of returned data

Scope and permissions travel with the connection

Credentials and requests must bind organization, client, websites, environment, application, owner, permitted resources, fields, operations, purpose, rate class, network and security controls, and expiry or rotation state. Credentials, tokens, secrets, account identifiers, client or website assignments, capability grants, consent, and permitted fields must remain scoped to the minimum authorized purpose.

Public contracts should minimize returned data, enforce tenant and website boundaries, restrict sensitive fields and recordings, document consent and deletion implications, avoid secrets in examples, and support auditable credential lifecycle. 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

API health should distinguish documentation availability, credential issuance, authentication, authorization, validation, rate limit, request acceptance, processing, resource freshness, dependency state, errors, retries, idempotency, and service availability. 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.

Documentation and internal interfaces do not mean a public production API, every product record, mutation, provider capability, service level, or backward-compatibility period is available. 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 api and developer documentation 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.

Publish versioned contracts

Document base URLs and environments, resources, methods, schemas, fields, identifiers, timestamps, states, pagination, filters, sorting, expansion, compatibility, and deprecation.

Issue minimum-scope credentials

Bind application, owner, organization, client, websites, environment, resources, fields, operations, purpose, expiry, rate class, rotation, revocation, and audit.

Return structured errors

Separate authentication, authorization, validation, not found, conflict, idempotency, rate limit, dependency, transient, unavailable, and internal failures with safe detail and request identity.

Support safe request semantics

Define idempotency where relevant, concurrency or version preconditions, retries, timeouts, pagination stability, ordering, eventual consistency, correction, and asynchronous operation states.

Document limits and dependencies

Explain rate and size limits, freshness, retention, field availability, beta status, external provider ownership, unsupported operations, monitoring, and change notification.

Connect webhooks and reconciliation

Relate polling resources to versioned signed events, stable identities, delivery attempts, replay, current resource state, corrections, and externally controlled outcomes.

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.

A client retries after timeout

Use the documented idempotency and resource state contract, retain request identity, avoid duplicate effects, and distinguish unknown transport outcome from confirmed processing.

A credential crosses a client boundary

Reject authorization, record the safe audit event, expose no cross-tenant existence or data, investigate credential and application scope, rotate or revoke, and correct configuration.

A response adds a new field

Follow the compatibility contract for additive fields, robust parsing, version documentation, examples, schema artifacts, change notice, and any opt-in expansion or beta status.

A provider dependency is delayed

Return the ClickGuardIQ resource with explicit freshness and dependency context or a structured unavailable state; do not present stale external data as current.

Connection lifecycle

Five stages of a governed api and developer documentation 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 the integration use case
Name resources, fields, operations, clients, websites, environments, purpose, volume, latency, freshness, privacy, security, errors, retries, webhooks, and support.
The developer surface is a documentation foundation; public production credentials, endpoints, mutations, service levels, and broad resource coverage must not be assumed.
02
Review contracts and boundaries
Validate resource and event grains, schemas, identifiers, timestamps, provenance, status meaning, pagination, filters, limits, consistency, external dependencies, and unsupported needs.
03
Authorize a scoped application
Create or approve application identity, minimum credentials, organization and client scope, websites, environment, resources, fields, operations, expiry, rate class, and owners.
04
Implement and test resiliently
Use validation, request identity, idempotency, timeouts, bounded retries, structured errors, pagination, freshness, concurrency, safe logging, monitoring, and test environment behavior.
05
Operate through change and exit
Track usage, limits, errors, dependency health, schema and version notices, deprecations, credential rotation, incident response, revocation, retained data, and application shutdown.

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.

Documentationavailable

Current public foundation

Developer and tracking documentation routes exist and can state contracts and limitations without claiming that a public data API is live.

Public APIplanned

Planned interface

Production endpoints, resource coverage, credential service, scopes, schemas, limits, webhooks, service operation, versioning, and support require implementation and validation.

Provider-backed resourcesexternal

Externally dependent

Availability, fields, freshness, action semantics, verification, limits, and corrections can depend on Google Ads, CRMs, customer systems, or other providers.

Service commitmentlimited

No SLA or public access claim

No public credential issuance, uptime, latency, throughput, retention, compatibility period, endpoint coverage, or customer implementation is asserted.

Integration quality review

Evaluate api and developer documentation beyond a connected badge.

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

Evaluate api and developer documentation beyond a connected badge.
Comparison	Endpoint-list documentation	Operational developer contract
Contract	Lists URLs and sample JSON without resource grain, status meaning, provenance, version, or correction behavior.	Defines resources, events, schemas, identities, timestamps, states, versions, compatibility, freshness, history, and external ownership.
Authorization	Uses one broad key across clients, websites, environments, fields, and mutations.	Issues minimum credentials bound to application, owner, tenant, property, environment, purpose, resources, fields, operations, expiry, and rate class.
Reliability	Leaves timeout, retry, duplicate, concurrency, pagination, and eventual consistency behavior implicit.	Documents request identity, idempotency, preconditions, bounded retries, ordering, pagination stability, asynchronous state, errors, and reconciliation.
Change	Changes payloads without version policy, notice, migration, schema artifacts, or deprecation boundary.	Publishes compatibility rules, additive behavior, versioning, beta fields, change notices, deprecation periods when committed, examples, and migration guidance.
Operation	Shows success examples but omits limits, dependency delay, monitoring, incidents, rotation, revocation, and exit.	Explains rate and size limits, freshness, provider dependencies, service health, errors, observability, security, credential lifecycle, and shutdown.

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.

API and Developer Documentation 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.

Is there a public ClickGuardIQ API today?

The public status is a documentation foundation for planned interfaces. Do not assume production credentials, endpoints, resource or mutation coverage, limits, service levels, version commitments, webhooks, or support until each capability is explicitly released and documented.

What will API authentication look like?

The required model is minimum-scope application credentials bound to organization, client, websites, environment, resources, fields, operations, purpose, expiry, rate class, owners, rotation, revocation, and audit. Exact mechanisms depend on the released contract.

Will the API expose visitor or session-recording data?

No such general availability is claimed. Any sensitive resource would require explicit product support, tenant and website scope, purpose, consent and privacy rules, field minimization, permissions, access audit, retention, deletion, and documented limitations.

How should clients handle retries?

Use the released endpoint's timeout, retry, idempotency, concurrency, asynchronous state, and error contract. Clients should back off transient failures, respect rate guidance, avoid logging secrets or sensitive data, and reconcile unknown outcomes before repeating mutations.

Will API changes be backward compatible?

The planned developer contract should define versioning, additive fields, robust parsing, beta behavior, deprecation, notice, migration, and schema artifacts before release. No specific compatibility duration is promised on this page.

Does API access include provider actions?

Not automatically. A public read resource, internal capability, plan entitlement, and provider action are different. Any supported mutation also needs exact scopes, policy, evidence, permission, approval, idempotency, provider states, verification, failure handling, expiry, reversal, and audit.

Validate the exact capability before setup

Review the resources, scopes, schemas, limits, and reliability contract your integration needs.

Share clients, websites, environments, resources, fields, reads and writes, volume, latency, freshness, authentication, privacy, errors, idempotency, webhooks, reconciliation, versioning, service expectations, monitoring, and support needs.

Review integration status Review all integrations