LoopQuest
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Pipedream

Workflow automation

A Create Review Task action and an instant New Verdict source for your workflows.

In plain English

LoopQuest is a place where a person quickly checks the work an AI or automation has done. Connecting Pipedream means that whenever Pipedream produces something that should be looked at by a human, it sends that item to LoopQuest. Someone on your team reviews it in a few seconds, and their decision is sent straight back to Pipedream so the rest of your process can carry on, with a real person accountable for the call.

When you'd use it

A Pipedream workflow drafts a reply, scores a lead or proposes a refund with AI. Send it to LoopQuest as a gate — the consequential step waits until a person approves — and a second workflow resumes the moment the verdict lands. Or run it as a monitor: the workflow carries on while reviews happen in the background.

The modules you get

Drag these into a Pipedream scenario — each does one job so you can mix them to fit your flow.

Create Review Task

Sends your output to a human. Pick the game and the mode: gate blocks a downstream step until someone approves; monitor reviews in the background. Optional timeout + on-timeout fallback.

New Verdict (source)

A webhook trigger that emits the instant a review resolves — with the verdict, choice, reason, flags and your external_id. It subscribes on deploy and unsubscribes when removed.

Get Task Status

Look up a single review on demand — handy for a polling loop or a manual check.

What you'll need

  • A free LoopQuest account. Sign up if you don't have one.
  • A project and its API key — find it under Workspaces → your project → API keys. The key is how Pipedream proves it's allowed to send you work.
  • An account on Pipedream itself, with the workflow or agent you want to add a human check to.

How to set it up

  1. 1Add the LoopQuest app and connect it with your project API key.
  2. 2Add Create Review Task — choose a game, set mode to gate (to block) or monitor (to observe), and map your content. For a gate, set a timeout and on-timeout fallback.
  3. 3In a second workflow, add the New Verdict source — it registers itself with LoopQuest automatically on deploy.
  4. 4Branch on the verdict: approve → run the real action; flag or timeout → route to a fallback. The external_id ties the verdict back to the item you sent.

Recipes: gate or monitor

Two ways to put a human in the loop with Pipedream. A gate blocks until someone approves; a monitor reviews in the background without slowing anything down.

For gating, Pipedream sits in the native pause & resume group. How it works →

Gate — block until approved

Pipedream can pause a run and resume it when the verdict arrives, which makes it a clean blocking gate.

⚙️Pipedreamyour flow
Gate taskmode: "gate"
Run pauseswaits
👤Humandecides
Approve, run resumes
Reject, run stops
  1. 1In your Pipedream flow, send the output to LoopQuest with the mode set to "gate", plus a callback so it can be resumed.
  2. 2Pipedream pauses at that step (a Wait node or resume URL) instead of carrying on.
  3. 3A reviewer approves or flags it; LoopQuest calls back and the run picks up exactly where it left off.
  4. 4Branch on the verdict, and set a timeout so a missing decision never blocks the flow forever.

Monitor — review without blocking

Monitor mode never holds Pipedream up. The flow proceeds immediately and LoopQuest reviews a copy for quality.

⚙️Pipedreamproceeds now
Doneno wait
👤Copy reviewed by a human
📈Quality metrics & alerts
  1. 1Send the output with a mode of "monitor" and don't wait on the result.
  2. 2Pipedream carries straight on, nothing is blocked.
  3. 3Verdicts are logged and scored over time. Sample a fraction for QA, or review every item.

What happens after a review

The moment a reviewer decides, LoopQuest sends the result back to the web address you gave it (your callback_url). The message says what was decided, whether it was approved, flagged, which option was picked, or the corrected values, so your automation can act on it automatically.

For developers: each callback is signed with an X-LoopQuest-Signature HMAC header. Verify it before trusting the payload. Full details are in the API reference.

Stuck, or want this set up for you? Email tom@tomphillips.uk and we'll walk you through it.