The end-to-end principle in distributed systems

8/19/2021

This blog post explores the concept of the "end-to-end principle" and its significance in the design and functioning of technological systems. The author explains that the end-to-end principle suggests that complex systems should be designed to be as simple as possible, with intelligence and decision-making distributed to the ends of the system rather than centrally. The post discusses the history and background of the end-to-end principle, highlighting its benefits such as resilience, adaptability, and user empowerment. It also explores various examples, including the internet and encryption, to further illustrate the importance of this principle in driving innovation and protecting individual rights.

end-to-end principle ꞏ computer networks ꞏ internet architecture ꞏ network protocols ꞏ information flow ꞏ decentralized systems ꞏ network design ꞏ network security ꞏ network reliability ꞏ data transmission ꞏ packet switching ꞏ data integrity ꞏ network efficiency ꞏ network governance ꞏ internet infrastructure ꞏ network congestion ꞏ network scalability ꞏ network performance ꞏ network abstraction ꞏ data privacy ꞏ network standards ꞏ network management ꞏ information security ꞏ network architecture ꞏ network topology ꞏ peer-to-peer networks ꞏ client-server model ꞏ network neutrality ꞏ fault tolerance ꞏ network layers ꞏ network optimization ꞏ network economics ꞏ network evolution ꞏ network transparency ꞏ network interoperability ꞏ network censorship ꞏ network privacy ꞏ network innovation ꞏ network resilience ꞏ network access ꞏ network decentralization ꞏ network latency