consensus-dev

ASF consensus with PPFA rotation implements a Proposer-Proposer-Finalizer-Acceptor cycle for secure block production. This Skill generates the consensus worker scaffold in Rust, handling validator rotation logic, stake-weighted selection, and adaptive slot timing to streamline implementation for Ëtrid networks.

Developing a Rust consensus pallet requires familiarity with the substrate framework, codec for encoding, and futures for async operations. This Skill scaffolds the consensus-asf pallet with these dependencies pre-integrated, so you can focus on validator logic and block authoring rather than boilerplate setup.

Yes. The Skill enables stake-weighted validator selection and implements adaptive slot timing adjustments. You can rapidly test modifications to rotation parameters, timing intervals, and validator weighting to enhance network performance without rebuilding consensus logic from scratch.

This Skill generates block authoring worker code and test routines for a 21-validator set. It integrates signature verification, block import, and broadcast logic, allowing you to validate consensus behavior and block production cycles before mainnet deployment.

Adaptive slot timing adjusts based on network conditions but depends on accurate validator state and finality confirmation. The Skill implements this mechanism; however, extreme network partitions or validator churn can degrade timing accuracy, requiring manual parameter tuning for edge cases.

This Skill integrates with sc-consensus, the Substrate consensus abstraction layer. It builds on that foundation to add ASF-specific logic, so it complements rather than replaces existing Substrate consensus patterns.