Public proof surface

Evidence reconciled through 20 July 2026

Release scope: Architecture, Achievements, Knowledge Sharing

Source: GPT KB + Git

Curated static release — not a continuous live-status feed

Release: AIOS profile v0.2 + Governance layer update

← Back to AIOS Case Study MapPortfolio framework

AI Agent Launch Checklist

A recruiter-readable artifact showing how Sararin structures AI launch-readiness thinking before a team moves from idea to PoC, pilot, or workflow adoption.

This is a portfolio framework and simulated launch-readiness checklist, not a client deliverable, production compliance framework, benchmark proof, product claim, or universal AI launch methodology. It shows how I structure AI launch-readiness thinking.

What This Demonstrates

The checklist turns an AI adoption idea into a reviewable launch conversation: what business process is changing, what evidence is ready, which decisions need humans, and when the team should stop instead of pushing automation forward.

Capability signal
  • Business-process translation
  • AI adoption governance
  • Human-in-the-loop design
  • Evidence and impact thinking
  • Cross-functional delivery readiness

Launch-Readiness Checklist

Each area is a gate for reducing launch risk. A weak answer does not automatically block exploration, but it changes the next step: narrow the PoC, add review, improve evidence, or stop.

1
Use Case & Business Process Fit

Define the business process, decision owner, user group, and failure cost before selecting an AI pattern.

2
Data / Knowledge Readiness

Check whether source knowledge is current, approved, searchable, and traceable enough for AI-assisted use.

3
Human-in-the-Loop & Decision Gates

Separate work AI may draft from decisions that require human approval, escalation, or sign-off.

4
Legal / Finance / Policy Boundaries

Identify sensitive topics, approval owners, forbidden claims, and policy limits before pilot use.

5
PoC / Pilot Readiness

Define the smallest testable workflow, expected users, evidence needed, and pass/fail criteria.

6
Adoption & Change Readiness

Plan user enablement, operating rhythm, support ownership, and behavior change beyond tool launch.

7
Failure Modes & Escalation

Name likely failure modes such as outdated knowledge, hallucinated confidence, unclear ownership, or unsupported automation.

8
Monitoring / Evidence / Impact Metrics

Choose evidence that can be reviewed: answer quality, review load, cycle time, escalation rate, adoption, and unresolved gaps.

9
Rollback / Stop Criteria

Set explicit conditions for pausing, narrowing, or reversing launch before users depend on weak behavior.

Synthetic dry run

Simulated Enterprise Scenario

The dry run uses a synthetic enterprise retail scenario. It is not a client engagement, not real company data, and not evidence of production deployment.

How the dry run is used
  1. A synthetic enterprise retail scenario starts with repeated business questions across policy, finance, and operating teams.
  2. The checklist tests whether AI-assisted answers can cite approved knowledge, ask for missing facts, and route sensitive topics to review.
  3. Launch readiness is judged by evidence quality, decision ownership, user workflow fit, escalation clarity, and stop criteria.
Recruiter Reading Guide

This artifact is meant to show business-to-engineering translation: how an ambiguous AI request becomes a controlled workflow launch discussion with owners, gates, evidence, and rollback criteria.

It complements the AI Operating System case study by showing a concrete artifact that could guide AI adoption planning without claiming production compliance or universal methodology status.

Return to the AI Operating System case study