Скачать или смотреть Decentralized Memory for the World Computer...ft. Muriel Medard [Optimum & MIT]

Traditional computing follows the von Neumann architecture, where a compute/control unit interacts with read/write memory via a bus. Compute/control relies crucially on memory and access to it. This model has underpinned decades of innovation.

Web3 has traditionally developed technologies such as virtual machines (VMs), that map onto von Neumann’s compute/control framework. Data propagation (bus) and access (read/write memory), however, have emerged as present critical constraints in decentralized environments.

Unlike Web2, which benefits from powerful abstractions such as the TCP/IP socket to enable seamless end-to-end data transport in a decentralized network, Web3 lacks an equivalent mechanism for data propagation and access across decentralized nodes.

We introduce a breakthrough in Web3 infrastructure by using Optimum P2P for data propagation and decentralized random access memory (DeRAM) for data read/writes. Optimum acts as a virtualized dedicated memory layer, enabling high-speed data propagation, secure access, and real-time updates over a permissionless, decentralized, and potentially unreliable network of nodes. By leveraging Random Linear Network Coding (RLNC), Optimum ensures atomic, consistent, and durable data access, while maintaining high throughput and low latency.

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