Insights and Analytics
Analytics helps you understand what Buzzbin produced over a selected time range: how many reviews ran, what kinds of findings appeared, what it cost, and whether code quality signals are moving in the right direction.
Who can view it
Organization members can view analytics for their own organization. Organization admins use the same data for configuration and cost decisions. System admins have an internal platform-wide view for product and model-quality monitoring.
Overview cards
The overview commonly includes:
- reviews run
- findings surfaced
- high and critical findings, including share of total
- helpful percentage when enough feedback votes exist
- IRR spend
- total tokens used
- estimated time saved
Estimated time saved is not a billing number. It is calculated from severity-weighted finding counts and should be shown with the assumptions used to derive it.
Breakdowns
Findings can be grouped by:
- category such as Security, Bug, Performance, or Testing
- severity from Info to Critical
- confidence
- merge risk
- repository
- model
Every percentage should be read with its denominator. For example, 100% critical over one finding means something very different from 100% critical over one hundred findings.
Trends over time
Trends show how metrics change by day, week, or month. They help answer questions such as:
- Are findings decreasing, or are fewer reviews running?
- Did monthly spend increase because MR volume grew or because a different model was selected?
- Which repository has the most high-risk findings?
- Which category has the lowest helpful rate?
Most-common issues
This view highlights recurring issue patterns by category, severity, and file path prefix. It does not perform free-text clustering; it surfaces actionable patterns from structured finding data.
Relationship to feedback
Thumbs up/down reactions on findings help measure output quality. When a slice has too few votes, Buzzbin avoids showing a definitive helpful percentage and instead shows raw counts or a "not enough data" state.
For details, see Feedback and Finding Tuning.