Open Studio

Guided learning path

AI Evaluation and Reliability

Turn product intent and risk into representative evaluations release gates traces service targets and continuously improving regression evidence.

22h estimated17 concepts
public
A connected AI engineering path moving through knowledge, labs, decisions, mastery gates, and production deployment.
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Capability-Problem Fit

How uncertain model capabilities map to valuable testable user outcomes.

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Evidence Synthesis

How primary sources experiments and explicit confidence create durable knowledge.

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LLM Evaluation

How task definitions datasets metrics rubrics judges and experiments measure system quality.

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Milestone: Measurable outcomes

Translate capability claims into cases metrics rubrics and slices.

Grounding and Hallucination

How unsupported claims arise and how evidence constraints and verification reduce them.

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AI System Testing

How to combine deterministic software tests model evaluations adversarial checks and monitored production evidence.

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AI Tracing

How correlated model retrieval tool and application spans expose system behavior.

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Safety Evaluation and Response

How adversarial tests policy checks monitoring and response control harmful behavior.

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Milestone: Layered assurance

Combine system tests grounding checks traces and adversarial evaluation.

Cost Latency and Reliability

How budgets fallbacks retries routing and service targets balance operating outcomes.

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AI Unit Economics

How per-task value quality compute tokens and operational costs determine viability.

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AI Risk Governance

How ownership classification documentation and review control lifecycle risk.

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Milestone: Reliability control

Connect operational targets economics and governance to release decisions.

Agent Evaluation

Evaluate agent trajectories, actions, outcomes, and policy compliance rather than judging only the final response.

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Agent Action Verification

Verify intended and actual effects independently before an agent can declare success.

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Retrieval Evaluation

Measure whether retrieval finds sufficient, relevant, authorized, and fresh evidence before grading generation.

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AI Service-Level Objectives

Define service objectives around successful, policy-compliant task outcomes as well as latency and availability.

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AI Incident Response

Detect, contain, investigate, recover, and learn from quality, safety, data, tool, and provider incidents.

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Model and Prompt Regression Monitoring

Detect behavior changes across model, prompt, retrieval, tool, policy, and grader versions.

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Capability-Fit Experimentation

Run staged experiments that test model capability, workflow value, operational fit, and risk before scaling.

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Milestone: Applied evidence

Demonstrate the path through current assessments, lab attempts, and project evidence.

Path outcomes

  • Build evaluation suites around decisions risks and operating conditions
  • Combine deterministic model human adversarial and production evidence
  • Use traces incidents and service targets as a reliability control loop

Connected reference architectures