Recently, I have been researching infrastructure projects in the Solana ecosystem, and I was struck by the idea behind MagicBlock. Unlike those projects that loudly promote "Layer2/sharding," this one is solving a real pain point—the bottleneck of real-time on-chain interaction.
The core logic of MagicBlock is actually quite clear: it creates a real-time execution engine combined with an extension layer, allowing on-chain applications to achieve high-frequency interactions. Scenarios such as gaming, DeFi, and social applications that are sensitive to interaction speed are its target users. From the application perspective, deducing infrastructure needs based on this approach is more interesting than pure technical optimization.
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Recently, I have been researching infrastructure projects in the Solana ecosystem, and I was struck by the idea behind MagicBlock. Unlike those projects that loudly promote "Layer2/sharding," this one is solving a real pain point—the bottleneck of real-time on-chain interaction.
The core logic of MagicBlock is actually quite clear: it creates a real-time execution engine combined with an extension layer, allowing on-chain applications to achieve high-frequency interactions. Scenarios such as gaming, DeFi, and social applications that are sensitive to interaction speed are its target users. From the application perspective, deducing infrastructure needs based on this approach is more interesting than pure technical optimization.