Hans Moog

Spearheaded engineering workstreams that translated research objectives into concrete protocol components during the Coordicide effort. Work included design and implementation of consensus primitives, tip selection improvements and practical client software that adjusted assumptions about throughput, latency and attack resistance. Technical leadership influenced the sequencing of upgrades and which components were prioritized for robustness testing and audits. Operational choices, such as parameter settings and client architecture, had immediate effects on testnet behavior and informed production readiness criteria for transitions like Chrysalis and beyond. Interactions between research and engineering under this guidance accelerated iterative cycles of development, testing and hardening. The tangible outcome of these contributions can be seen in the modularization of protocol elements and the improved ability of the network to approach permissionless operation while balancing security and performance trade‑offs.