A hybrid synchronous system combines elements of both synchronous and asynchronous communication models. In such a system, certain operations or communication phases adhere to strict timing guarantees, ensuring all participants process events in a synchronized manner. Other parts of the system may operate asynchronously, allowing for more flexible and potentially faster execution of non-critical tasks. This design aims to balance the strong consistency and safety of synchronous models with the performance benefits of asynchronous processing.
Context
Hybrid synchronous systems are gaining traction in distributed ledger technology, particularly in the design of consensus protocols seeking to achieve both high transaction finality and improved scalability. The discussion involves identifying which parts of a blockchain protocol benefit most from synchronous guarantees versus asynchronous flexibility. Future research will explore optimal architectural patterns for these systems to enhance their practical utility in real-world applications.
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