Modularity Is the Foundation of Modern Blockchain Systems
Insights from the a16z crypto episode “Before Blockchains, There Was State Machine Replication (ft. Barbara Liskov and Tim Roughgarden)”, published June 19, 2026.
In "Before Blockchains, There Was State Machine Replication (ft. Barbara Liskov and Tim Roughgarden)" (a16z crypto, June 2026), turing Award-winning computer scientist Barbara Liskov explains that modern blockchain protocols are essentially practical implementations of state machine replication, a concept she pioneered in the 1980s. She argues that as AI automates low-level coding, the future of computer science lies in high-level system…
In "Before Blockchains, There Was State Machine Replication (ft. Barbara Liskov and Tim Roughgarden)" (a16z crypto, June 2026), the intended audience is: Software architects, distributed systems engineers, and blockchain researchers.
Turing Award-winning computer scientist Barbara Liskov explains that modern blockchain protocols are essentially practical implementations of state machine replication, a concept she pioneered in the 1980s. She argues that as AI automates low-level coding, the future of computer science lies in high-level system design, modularity, and rigorous verification to ensure reliability.
Software architects, distributed systems engineers, and blockchain researchers.
Topics: distributed systems, blockchain, computer science, modularity, Barbara Liskov
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Turing Award-winning computer scientist Barbara Liskov explains that modern blockchain protocols are essentially practical implementations of state machine replication, a concept she pioneered in the 1980s. She argues that as AI automates low-level coding, the future of computer science lies in high-level system design, modularity, and rigorous verification to ensure reliability.
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