External systems need a safe way to request fresh link evidence. API Links accept signed requests, reject replay, apply quota and idempotency rules, and queue jobs for outbound desktop pickup.
API Links integrate external systems by letting scripts, portals, or internal tools create link fetch jobs through signed HTTP requests. The web service validates HMAC signatures, timestamps, nonces, idempotency keys, quota, and payload shape before a desktop device pulls the job outbound.
External systems need a safe way to request fresh link evidence. API Links accept signed requests, reject replay, apply quota and idempotency rules, and queue jobs for outbound desktop pickup.
API Links integrate external systems by letting scripts, portals, or internal tools create link fetch jobs through signed HTTP requests. The web service validates HMAC signatures, timestamps, nonces, idempotency keys, quota, and payload shape before a desktop device pulls the job outbound.
Every request can prove who created it and what payload was signed.
The external caller signs payload, timestamp, nonce, and idempotency context.
HMAC signatures per request.
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.
API Links integrate external systems by letting scripts, portals, or internal tools create link fetch jobs through signed HTTP requests. The web service validates HMAC signatures, timestamps, nonces, idempotency keys, quota, and payload shape before a desktop device pulls the job outbound.
Every request can prove who created it and what payload was signed.
The external caller signs payload, timestamp, nonce, and idempotency context.
HMAC signatures per request.
The integration is built for retries, authentication, and clear task state before local resolution begins.
Every request can prove who created it and what payload was signed.
Replay attempts are rejected before duplicate work is created.
Safe retries can return known outcomes instead of creating extra tasks.
Membership and plan limits are checked before work enters the queue.
The desktop retrieves jobs outbound so no inbound public tunnel is required.
External systems can read task and row results without scraping browser output.
Every phase has a clear responsibility so production systems can retry and audit safely.
Sign request
The external caller signs payload, timestamp, nonce, and idempotency context.
Validate
The relay validates signature, replay, quota, and request shape.
Queue
A task record is created for a linked desktop device.
Execute
The desktop pulls and resolves the tracking link locally.
Return
Result state returns to the configured data channel.
Generic webhooks are easy to build but often under-specified for retries, replay, and desktop execution.
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.
Yes. Internal tools can sign requests and let Link Peeler queue desktop-executed link fetch work.
No. The web service queues work, and the desktop pulls work outbound.
It lets network retries behave predictably instead of creating duplicate queue entries.
API Links are a production integration surface and are intended for Pro workflows.