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Eliminating Mempools

Unlocking Blockchain's Potential

How Silvermint's Throughput Eliminates Mempool Overhead

Silvermint's unique approach to transaction processing sets it apart from most traditional blockchains, presenting a revolutionary paradigm that eliminates the need for a "mempool" and redefines efficiency for transaction execution.

Existing blockchains employ mempools to store pending transactions when transaction demand exceeds the network's throughput. Silvermint's extraordinarily throughput eliminates the requirement for a global mempool. Transactions can be published instantly, because all nodes are producing blocks at the same time, and each individual node has the ability to publish hundreds of transactions per second. This breakthrough is a testament to Silvermint's commitment to scalability, efficiency, and the seamless integration of cutting-edge technology.

An intriguing consequence of Silvermint's mempool-free design is the absence of a transaction gossip protocol. In traditional blockchain networks, nodes engage in communication to disseminate transaction information, contributing to network overhead. Silvermint eliminates the mempool, mitigating the need for such a protocol. The Silvermint network reclaims all the bandwidth normally used for transaction gossip and reallocates it to the crucial task of publishing blocks. This optimization bolsters Silvermint's efficiency, enhancing its capacity to manage high transaction volumes.

The significance of this innovation extends beyond mere technical optimization. By eliminating the mempool and the associated delays, Silvermint democratizes transaction processing. Users can experience near-instant transaction confirmation, enhancing user experience and enabling use cases that demand rapid processing, such as high-frequency trading and real-time payment settlements. Moreover, the absence of a mempool aligns with Silvermint's overarching mission of democratizing financial systems, as it eradicates potential bottlenecks that could disproportionately affect certain users.

In conclusion, Silvermint's decision to forgo a global mempool is a testament to its pioneering spirit and its commitment to creating a blockchain ecosystem that prioritizes speed, efficiency, and user-centric design. This innovation, driven by the blockchain's high total throughput and decentralized consensus mechanism, paves the way for a future where transactions are published instantly and barriers to financial inclusion are minimized. By redefining transaction processing in this manner, Silvermint underscores its position as a leader in next-generation blockchain technology.