ux-retention-designer
UX Retention Designer
Use this skill to design retention-centric UX loops with measurable behavior outcomes.
Workflow
- Define scope and constraints.
- Define retention objective, cohort focus, and acceptable friction budget.
- Capture objective metrics, bounds, and release blockers.
- Design implementation plan.
- Design UX loops, trigger moments, and recovery pathways.
- Keep ownership and dependency boundaries explicit.
- Execute and iterate.
- Implement in small, traceable increments.
- Record run/build context for reproducibility.
More from egorfedorov/slot-casino-game-developer-skills-for-stake-engine
stake-game-developer
End-to-end Stake game development workflow for math, RGS contract, frontend playback, and compliance gating. Use when building or updating Stake games, defining game modes and RTP targets, validating generated books/index metadata, validating event streams, integrating frontend event playback, implementing RGS communication and replay mode, or preparing publication checks including social-language and jurisdiction requirements.
7css-motion-designer
Design CSS animation systems and motion recipes for casino game UI. Use when building round transitions, idle loops, inter-round motion, background patterns, or CSS-only animation specs.
5auto-balancer
Automatically tune game/system parameters toward target metrics under explicit constraints. Use when iterating configuration weights, payout tables, trigger rates, or other balancing levers; running balance loops against simulation outputs; validating tolerance gates; and preparing pass/fail balancing sign-off artifacts.
4turbo-spin-designer
Define turbo/quick spin behavior, timings, and UI rules for slot games. Invoke when implementing fast spin modes, stop/skip behavior, or spin-speed UX standards.
4rtp-optimizer
Optimize and validate slot/casino RTP against explicit targets using simulation evidence. Use when defining RTP targets per mode, tuning paytables and feature frequencies, validating convergence from simulation runs, comparing theoretical vs empirical RTP, or preparing release sign-off with pass/fail thresholds.
4parallel-computing
Design, optimize, and validate parallel execution across CPU threads/workers with measurable scaling evidence. Use when selecting parallelization strategy, diagnosing contention and load imbalance, evaluating speedup/efficiency curves, tuning task granularity, or triaging baseline-vs-current parallel performance regressions.
4