Plain model impossibility refers to the theoretical limitations that prevent a simple or ideal system design from achieving all desired properties simultaneously. In the context of decentralized systems and blockchain, this often relates to fundamental trade-offs, such as the scalability, decentralization, and security trilemma, where optimizing one aspect may compromise another. It signifies that certain ideal outcomes cannot be achieved through straightforward or uncomplicated models due to inherent constraints. Designers must therefore make considered compromises when building robust protocols.
Context
The discussion surrounding plain model impossibility frequently informs the architectural decisions and design compromises within new blockchain protocols and decentralized applications. A key debate involves identifying the most critical properties to prioritize for specific use cases, such as prioritizing security for value transfer over scalability for microtransactions. Critical future developments focus on innovative solutions that attempt to mitigate these trade-offs through layer-2 scaling, sharding, or novel consensus mechanisms.
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