An API link fetch is a link resolution job created by an external system through a signed API request instead of manual row editing.
An API link fetch is a workflow where an external script or platform sends a signed request to create a link resolution job. The request is validated, protected against replay, checked for idempotency and quota, queued in the cloud, and then executed by a linked desktop device.
An API link fetch is a link resolution job created by an external system through a signed API request instead of manual row editing.
An API link fetch is a workflow where an external script or platform sends a signed request to create a link resolution job. The request is validated, protected against replay, checked for idempotency and quota, queued in the cloud, and then executed by a linked desktop device.
The caller proves authorization with HMAC request signing.
A platform or script signs the link fetch request.
Useful for small workflows.
Each topic page is shaped around extractable answers, operational risk, workflow steps, and next-page routing so searchers do not hit a dead end after the first answer.
An API link fetch is a workflow where an external script or platform sends a signed request to create a link resolution job. The request is validated, protected against replay, checked for idempotency and quota, queued in the cloud, and then executed by a linked desktop device.
The caller proves authorization with HMAC request signing.
A platform or script signs the link fetch request.
Useful for small workflows.
The API is useful only when it creates durable work without exposing the desktop or allowing duplicate side effects.
The caller proves authorization with HMAC request signing.
Nonce checks reject repeated signed payloads.
Retries can return known outcomes instead of creating new work.
Plan limits are enforced before expensive work begins.
The local runtime pulls the job outbound.
API link fetch connects external systems to local resolution without turning the desktop into a public server.
External system signs
A platform or script signs the link fetch request.
Relay validates
The web service checks signature, nonce, quota, and idempotency.
Task is queued
A durable job waits for desktop pickup.
Desktop resolves
The local client follows redirects and records evidence.
Result syncs
The final state returns to the selected data channel.
External triggers still need the same result review and campaign gating as manual workflows.
Each topic page now repeats the core answer in several machine-readable shapes: risks, workflow checkpoints, and decision criteria. The content stays useful for humans while giving crawlers stronger entities and internal anchors.
It is similar in that an external system triggers work, but Link Peeler API Links include signing, replay controls, idempotency, quota, and desktop pull execution.
No. The web service queues work and the desktop retrieves it outbound.
It is intended for Pro workflows where production automation needs higher limits and integration controls.
The signed API link fetch workflow resource explains the lifecycle and controls.