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Batoi Learn Lab

Trustworthy AI SDLC Lab

Practise an evidence-driven AI lifecycle from use-case impact through evaluation, provenance, agent authorization, incidents, recourse, revalidation, readiness, and retirement.

Individual developers can begin in a free, non-production Developer workspace. Team assignments, teaching, and governance features depend on plan and role.

Who It Is For

People responsible for informed decisions

  • AI product owners and Builders
  • Governance, security, privacy, and assurance practitioners
  • Operators responsible for AI incidents and change
  • Reviewers responsible for release and lifecycle evidence
Before You Begin

Bring a real, bounded context

  • Choose a Platform-owned synthetic Assist, Embed, Operate, or combined reference application
  • Identify the decision owner, affected people, intended outcome, and prohibited uses
  • Do not enter production data, credentials, secrets, customer records, or private evidence
Learning Outcomes

Develop reasoning that can withstand review

The Lab combines method, guided practice, evidence, assessment, reflection, and an applicable output.

Classify intent and impact

Define purpose, mode, affected groups, consequences, ownership, risk, prohibited uses, and stop conditions.

Build versioned assurance evidence

Design data, policy, evaluation, threat, AI-BOM, SBOM, provenance, and agent-authorization records for exact versions.

Operate the lifecycle

Connect incidents, complaints, appeals, material and supplier change, rollback, emergency stop, revalidation, and retirement.

Make a bounded readiness decision

Preserve blockers, adverse evidence, limitations, remediation, monitoring, recourse, and recovery without claiming certification.

Guided Learning Path

Learn → Try → Assess → Reflect → Apply

Each stage strengthens the evidence and preserves the distinction between learning and operational authority.

  1. 1

    Learn

    Review the full evidence-driven lifecycle and its decision boundaries.

  2. 2

    Try

    Apply the method to one of four synthetic application patterns.

  3. 3

    Assess

    Test adverse cases, missing authority, stale evidence, protected mutation, and recovery.

  4. 4

    Reflect

    Identify the evidence that most changed the lifecycle decision.

  5. 5

    Apply

    Prepare a Trustworthy AI SDLC evidence and readiness pack for authorized review.

Applicable Output

Evidence produced through the Lab

A versioned evidence pack covering intent, impact, data, engineering policy, evaluation, threats, AI-BOM, SBOM, provenance, agent authority, incidents, recourse, revalidation, transparency, scorecards, readiness, and lifecycle decisions.

Assessment Focus

Transparent criteria support improvement

  • Use-case and impact boundary
  • Data quality and authority
  • Evaluation and material-change control
  • Threat, inventory, and provenance evidence
  • Agent authorization, operations, and readiness decision

Feedback and reflection support retry and mastery; they do not replace destination review or approval.

Responsible Boundaries

Practice remains bounded and reviewable

A completed Lab demonstrates learning evidence. It does not grant production authority, certify compliance, accept risk, or bypass human decisions.

The Lab performs no provider call, production read, external write, deployment, or monitoring action.

Synthetic fixtures do not prove factual correctness, security, compliance, certification, or production readiness.

Any application requires current evidence and named accountable approval in the owning product workflow.

Frequently Asked Questions

About this Lab

No. It produces learning evidence and remediation guidance, not certification, compliance, or production approval.

No. It uses deterministic Platform-owned synthetic fixtures and does not connect production data, credentials, repositories, models, or tools.
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