Paul Baran

Systematic research and publications on distributed network architecture, their resilience to failures and resistance to centralization provided a theoretical foundation for subsequent P2P solutions. Ideas about how a network can be organized as a distributed set of nodes without a single point of failure directly correlate with the goals of data transmission decentralization projects such as NKN. Work on packet switching and traffic redundancy analysis in different topologies prompted engineers to implement robust routing schemes and understand how to deliver data under partial node unavailability. NKN, designing reward mechanisms for relayers and traffic distribution, relies on principles of reliability and decentralization formulated long before the blockchain era but having a key impact on modern thinking about network architecture and communication security.