@ArizePhoenix
Try it here:
arize.com/docs/phoenix...
arize.com/docs/phoenix...
arize.com/docs/phoenix...
arize.com/docs/phoenix...
@ArizePhoenix
Try it here:
arize.com/docs/phoenix...
arize.com/docs/phoenix...
arize.com/docs/phoenix...
arize.com/docs/phoenix...
🔹 Define an eval to score outputs and label failures
🔹 Build a dataset of failure cases so you have concrete data to test iterations
🔹 Run experiments & Test Prompts to compare agent versions and verify improvements
🔹 Define an eval to score outputs and label failures
🔹 Build a dataset of failure cases so you have concrete data to test iterations
🔹 Run experiments & Test Prompts to compare agent versions and verify improvements
Check it out!
arize.com/docs/phoeni...
arize.com/docs/phoeni...
arize.com/docs/phoeni...
Check it out!
arize.com/docs/phoeni...
arize.com/docs/phoeni...
arize.com/docs/phoeni...
🔺 Build evaluators (built-in or custom) that score outputs on correctness, relevance, and other quality criteria
🔺 Run those evaluators with Phoenix’s TypeScript eval tooling to produce structured quality metrics
🔺 Build evaluators (built-in or custom) that score outputs on correctness, relevance, and other quality criteria
🔺 Run those evaluators with Phoenix’s TypeScript eval tooling to produce structured quality metrics
arize.com/docs/phoenix...
arize.com/docs/phoenix...
⚪️ Flag uncertain generations for fallback, review, or guardrails
⚪️ Compare prompts & models more rigorously with uncertainty signals
⚪️ Monitor safety + reliability in production by tracking confidence drift
⚪️ Flag uncertain generations for fallback, review, or guardrails
⚪️ Compare prompts & models more rigorously with uncertainty signals
⚪️ Monitor safety + reliability in production by tracking confidence drift