agent-quality-framework

name	agent-quality-framework
description	core framework for defining and measuring agent quality. Use this to shift from traditional software verification to agent validation using the "Outside-In" approach and the Four Pillars of Quality.

Agent Quality Framework

Goal

Adopt a holistic evaluation strategy that moves beyond simple code verification ("Did we build it right?") to system validation ("Did we build the right product?"), addressing the non-deterministic nature of autonomous agents.

The Paradigm Shift

Traditional software fails explicitly (crashes), but AI agents fail implicitly (quality degradation). Therefore, evaluation must focus on the entire decision-making process, not just the final output.

The Four Pillars of Agent Quality

To measure success, you must track these four interconnected dimensions:

1. Effectiveness (Goal Achievement)

• Definition: Did the agent successfully and accurately achieve the user's intent?
• Metrics: Task Success Rate (e.g., PR acceptance rate, booking completion), User Satisfaction (CSAT), and Overall Quality (accuracy/completeness).

2. Efficiency (Operational Cost)

• Definition: Did the agent solve the problem using the optimal amount of resources?
• Metrics: Total tokens (cost), Wall-clock time (latency), and Trajectory complexity (total number of steps/tools used).
• Anti-Pattern: An agent that takes 25 steps and 5 failed tool calls to do a simple task is low-quality, even if it eventually succeeds.

3. Robustness (Reliability)

• Definition: How does the agent handle adversity, ambiguity, and environmental failures?
• Capabilities: Retrying failed API calls, asking for clarification on ambiguous prompts, and failing gracefully with helpful error messages instead of crashing or hallucinating.

4. Safety & Alignment (Trustworthiness)

• Definition: Does the agent operate within defined ethical boundaries and security constraints?
• Scope: Fairness/Bias checks, Prompt Injection defense, PII protection, and refusal of harmful instructions.

Failure Modes to Watch

• Algorithmic Bias: Amplifying systemic biases from training data.
• Hallucination: Inventing plausible but incorrect facts or tool parameters.
• Concept Drift: Performance degrading as real-world data evolves away from training data.
• Emergent Behaviors: Developing unanticipated strategies (e.g., "proxy wars" with other bots).