committee-rotation

Committee rotation simulation automates the selection of validators for ASF/PPFA committees by applying stake-weighted algorithms to predict which validators will be chosen across successive slots. The Skill models rotation schedules deterministically, accounting for current stake distributions and slot timing constraints to show how your validator set evolves over time.

Yes. Proposer rotation prediction incorporates live stake weight changes to model how proposer assignments shift when validator stakes increase or decrease. This lets you forecast committee composition and proposer order under different staking scenarios before deploying parameter changes to your network.

Input stake weights for each validator, current slot number, rotation period, and slot timing parameters. The Skill validates inputs and outputs auditable rotation schedules and proposer assignments that satisfy fairness guarantees and deterministic computation requirements for stake-weighted governance systems.

Stake-weighted committee rotation with slot timing ensures fairness by computing deterministic proposer order that respects both validator stake proportions and slot-window boundaries. The Skill handles scheduled rotations and guarantees that all validators are fairly represented according to their stake over rotation cycles.

Yes. The Skill handles scenarios where validator stakes fluctuate between rotation periods, recalculating committee membership and proposer order based on updated weights while maintaining consistency with prior rotations and preserving fairness across all validators.

Use this Skill to simulate multiple rotation cycles with your target stake distribution, then compare proposer slot assignments against expected stake proportions. Auditable outputs and deterministic computation let you verify fairness guarantees and timing compliance before deploying changes to production.