High Throughput BFT

Definition ∞ High Throughput BFT refers to Byzantine Fault Tolerance protocols designed to process a large volume of transactions quickly. Traditional BFT systems often prioritized security and finality but struggled with scalability, limiting the number of transactions per second. High Throughput BFT aims to overcome this limitation by employing optimizations that allow for faster block validation and propagation across the network. These advancements are critical for decentralized applications requiring rapid transaction confirmation and supporting a broad user base.
Context ∞ High Throughput BFT protocols are a significant area of focus in blockchain development, particularly for layer-1 solutions and enterprise blockchain applications. News often reports on new protocols and upgrades that promise increased transaction speeds and reduced latency. The pursuit of greater throughput while maintaining BFT security is a key challenge for the widespread adoption of decentralized technologies.