In this podcast interview, Erick Watson discusses Randamu’s pioneering work in threshold cryptography implementation and how the technology is being applied to solve fundamental challenges in decentralized systems.
Threshold cryptography distributes cryptographic operations across multiple parties so that no single entity holds complete control. Randamu has built on this foundation to create infrastructure for publicly verifiable randomness, time-lock encryption, and cross-chain orchestration. Watson explains how Randamu stewards the drand protocol and the League of Entropy, a consortium of organizations that produce bias-resistant, publicly auditable randomness used across the blockchain ecosystem.
The conversation covers the technical architecture behind Randamu’s approach, the practical applications of threshold cryptography in DeFi, gaming, and governance, and the company’s roadmap for expanding decentralized coordination infrastructure through the dcipher.network platform.
Topics Covered
- How threshold cryptography works and why it matters
- The drand protocol and League of Entropy
- Publicly verifiable randomness for blockchain applications
- Building decentralized coordination infrastructure at scale