Linear Metric
Issue Tracking
Cycle Burndown Rate tracks the rate at which remaining work decreases during a Linear cycle. It compares the actual burndown trajectory against the ideal straight-line path, revealing whether the team is on pace to complete their cycle commitment.
Cycle Burndown Rate
Cycle Burndown Rate tracks the rate at which remaining work decreases during a Linear cycle. It compares the actual burndown trajectory against the ideal straight-line path, revealing whether the team is on pace to complete their cycle commitment.
Why cycle burndown rate matters for Linear users
Burndown rate provides the earliest possible signal of cycle delivery risk. A flat burndown in the first half of a cycle is far more actionable than discovering incomplete work on the last day. Consistent monitoring enables proactive scope adjustments.
For Linear teams using cycles for iteration planning, burndown rate transforms cycle management from a retrospective activity into a proactive one. It helps teams develop a rhythm of continuous progress rather than end-of-cycle rushes.
Understand and act on cycle burndown rate with KPI Tree
KPI Tree calculates cycle burndown from Linear issue completion data in your warehouse, plotting daily remaining work. Place this in your cycle execution tree alongside commitment accuracy and velocity metrics.
Assign RACI ownership to team leads for daily burndown awareness. Set alerts when the burndown deviates significantly from the ideal trajectory at defined checkpoints.
Get started with your Linear data
Pull metrics from Linear directly through the Model Context Protocol.
Connect your existing warehouse where Linear data already lands.
Our professional services team can build you turn-key AI foundations in a matter of weeks. Data warehouse on Snowflake/BigQuery, ELT with Fivetran, all modelled in dbt with a semantic layer.
Related Linear metrics
Cycle Commitment Accuracy
Issue TrackingMetric Definition
Commitment Accuracy = (Completed Committed Issues / Total Committed Issues) × 100
Cycle Commitment Accuracy measures the percentage of issues committed at the start of a Linear cycle that are completed by cycle end. It excludes work added mid-cycle to provide a clean measure of planning accuracy.
Team Velocity Analysis
Issue TrackingMetric Definition
Velocity = Total Estimate Points Completed per Cycle
Team Velocity Analysis measures and analyses the amount of work completed per cycle by Linear teams. It tracks velocity trends, variability, and the factors that influence throughput to provide a reliable basis for capacity planning and delivery forecasting.
Issue Resolution Time
Issue TrackingMetric Definition
Resolution Time = Issue Resolved Date − Issue Created Date
Issue Resolution Time measures the total elapsed time from when a Linear issue is created to when it is resolved. It encompasses both waiting time and active work time, providing a full lifecycle view of how long issues take to address.
Milestone Delivery Predictability
Issue TrackingMetric Definition
Milestone Delivery Predictability measures the consistency with which Linear milestones and projects are delivered within their target dates. It tracks the variance between planned and actual delivery across milestones to assess organisational forecasting reliability.
All Linear metrics
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