TechFlow news — Ethereum co-founder Vitalik Buterin published an article yesterday discussing a significant trend in modern computing: dividing computation into two parts — a general-purpose but less efficient "glue" component, and specialized, highly efficient "coprocessors."
Buterin refers to this model as the "glue and coprocessor architecture," noting that this trend manifests across multiple domains including the Ethereum Virtual Machine (EVM), artificial intelligence, web applications, and programmable cryptography.
He argues that this architecture maximizes computational efficiency while preserving developer-friendliness, and creates opportunities to enhance security, openness, and simplicity.
Buterin also highlights that this trend is particularly beneficial for cryptography, as cryptography itself is a prime example of "expensive structured computation."
Finally, he emphasizes that this trend lowers entry barriers in computing, creating opportunities for small and emerging participants.
