The Corelattice Delivery Architecture
A grounded, empirical methodology for resolving software delivery gridlocks. We replace subjective estimation with mathematical flow telemetry, strict WIP discipline, and trunk-based engineering practices.
How We Transition Engineering Squads to High-Cadence Flow
Transformation succeeds when it is introduced incrementally into active sprint cycles rather than imposed through sudden top-down mandates.
Forensic Flow Diagnostic & Telemetry Baseline
We analyze your Git commit histories, PR review latencies, CI build queues, and issue tracker transitions. We calculate your baseline 50th and 85th percentile cycle times, mapping out exactly where work stalls in queue states.
Key Execution Steps:
- Repository commit-to-deploy lead time distribution analysis
- Pull request review idle time profiling
- Developer and product stakeholder qualitative friction interviews
- Delivery blocker categorization (dependency, test fragility, environment contention)
WIP Discipline & Ritual Restructuring
We implement strict Work-In-Progress (WIP) limits across all workflow stages. We reform sprint planning, standup, and retrospective rituals to focus exclusively on blocker swarming and vertical story slicing.
Key Execution Steps:
- Calibrated column WIP limits based on squad cognitive capacity
- Vertical user story slicing workshops (max 2-day delivery slices)
- Restructuring standups around board flow rather than individual status reports
- Formal squad working agreements defining Definition of Ready & Done
Technical Practice & Branching Enablement
Our technical coaches pair directly with your developers on live codebase tasks, instituting trunk-based branching, feature flagging, fast automated testing, and peer review acceleration.
Key Execution Steps:
- Live pair and mob programming on high-risk domain boundaries
- Transitioning from long-lived feature branches to daily trunk commits
- CI pipeline acceleration to achieve sub-10-minute automated feedback
- Test pyramid rebalancing to eliminate flaky end-to-end tests
Sustainable Cadence Handover & Metric Governance
We transition ceremony facilitation and flow metric governance to your internal engineering managers and tech leads, establishing quarterly cadence reviews for long-term sustainability.
Key Execution Steps:
- Facilitation shadowing and coaching handover to internal team leads
- Self-service flow metrics dashboards and automated anomaly alerts
- Continuous retrospective format evolution and quarterly health audits
- Final executive impact briefing and forward-looking guidance
The Four Flow Telemetry Pillars We Measure
We rely on Little's Law and empirical queuing theory rather than velocity points to gauge organizational health.
85th Percentile Cycle Time
The elapsed duration from when active coding begins on a work item until it is verified and deployed to production.
PR Queue Latency
The idle duration between when a pull request is opened and when the first substantive peer review occurs.
Flow Efficiency
The ratio of active working time divided by total elapsed lead time.
Deployment Cadence
The frequency with which verified changes are released into production safely.
Estimate Your Squad's Cycle Reduction
Adjust your current squad parameters below to see how WIP limits and micro-branching compress your average pull-request turnaround and sprint lead times.
PR turnaround drops to ~1.3 days with strict WIP discipline
Discuss With a Delivery CoachReady to Apply This Architecture to Your Engineering Squads?
Whether your goal is reducing pull request review delays or shifting from GitFlow to daily trunk commits, our veteran practitioners are ready to embed with your teams.