Get Call Pipeline Summary

Distribution of one pipeline stage's latency (avg + percentiles).

Percentiles come from Postgres percentile_cont over the same rows the average is computed on. Latency is a tail problem — the average hides the slow turns callers actually feel — so p95/p99 are the numbers that matter.

Distribution of one pipeline stage's latency (avg + percentiles).

Percentiles come from Postgres percentile_cont over the same rows the average is computed on. Latency is a tail problem — the average hides the slow turns callers actually feel — so p95/p99 are the numbers that matter.

Distribution of one pipeline stage's latency (avg + percentiles).

Percentiles come from Postgres percentile_cont over the same rows the average is computed on. Latency is a tail problem — the average hides the slow turns callers actually feel — so p95/p99 are the numbers that matter.

Distribution of one pipeline stage's latency (avg + percentiles).

Percentiles come from Postgres percentile_cont over the same rows the average is computed on. Latency is a tail problem — the average hides the slow turns callers actually feel — so p95/p99 are the numbers that matter.

Distribution of one pipeline stage's latency (avg + percentiles).

Percentiles come from Postgres percentile_cont over the same rows the average is computed on. Latency is a tail problem — the average hides the slow turns callers actually feel — so p95/p99 are the numbers that matter.