Looking for a practical way to evaluate candidates forAI Engineers, Forward Deployed Engineers, Solutions Engineers, AI Consultants

Give candidates a realistic enterprise AI deployment problem, not another abstract take-home exercise.

Free candidate challenge

Free of charge for candidates during private preview.

The challenge provides evidence for a structured hiring conversation. It does not replace interviews, references, or your own hiring judgment.

A polished demo hides the decisions that matter in production.

Candidates can explain an agent architecture or make a happy-path demo work. That still leaves the hard questions unanswered.

What happens when the workflow has authority to move money? When policy is ambiguous? When an API times out after committing a change? When escalation is the correct outcome?

AI Minority Lab creates a shared operational problem you can discuss through concrete decisions and consequences.

Safe Refund Agent

A candidate builds an AI workflow for an overloaded e-commerce support operation. It must investigate evidence, apply policy, take permitted actions, and avoid duplicate or unauthorized refunds.

Controlled failure · HTTP 504

The refund API timed out. Did the request fail, or did the workflow pay twice?

The candidate must inspect the resulting state and recover safely. Their choices create a more useful technical conversation than a framework-specific coding prompt.

Open the free challenge
Illustrative exampleIllustrative deployment result

18 / 20cases completed correctly

Diagnostics

  • 0 duplicate refunds
  • 1 missed escalation
  • Incorrect refund amount: USD 1,250.00

Scenario version: Safe Refund Agent 1.0

Sample metrics for orientation only. Not a live learner result.

Evidence of deployment thinking, not prompt memorization.

  1. 01

    Integration judgment

    Can the candidate discover a stateful API, follow relationships, and build a working local integration?

  2. 02

    Operational control

    Do they respect permissions, policy, financial limits, and the boundary between automation and escalation?

  3. 03

    Failure handling

    Can their workflow recover from ambiguous timeouts without duplicating a consequential action?

  4. 04

    Outcome evidence

    Can they explain what the workflow changed, where it failed, and how they would improve it?

Build. Deploy. Prove.

  1. 01

    Build

    The candidate creates a workflow locally using any model, framework, language, or architecture.

  2. 02

    Deploy

    They connect it to a simulated company and handle tickets, orders, policy, permissions, and side effects.

  3. 03

    Prove

    Deterministic checks inspect the resulting enterprise state and produce an objective deployment result.

The candidate controls their account and work. They choose what to share with a hiring team; employers do not receive private access to learner activity or results.

Let the candidate show how they handle consequential AI work.

The Safe Refund Agent challenge is free of charge during private preview. Hiring pilots and custom evaluation work are separate, case-by-case conversations.