Is efficient without locking up? Solayer uses $LAYER to reconstruct Solana staking logic

Traditional staking always leaves people conflicted: if you lock it up, you can't move it, and if you want to use it flexibly, you're afraid it's not secure—@Solayer comes with the practice of #BuiltonSolayer , directly rewriting Solana's staking rules. Users deposit SOL or LST into the protocol and immediately receive sSOL: these sSOL can be circulated, restaked, or even used in DeFi protocols to earn compounded returns, ensuring that assets are never 'lying flat', dramatically increasing capital efficiency by more than three times.

This confidence comes from the 'dual technical buff'. On one hand, the restaking mechanism allows the assets behind sSOL to be allocated to AVS (like dApps, cross-chain bridges) for security validation, sharing this security across the entire Solana ecosystem, thereby diluting the risks; on the other hand, with the nfiniSVM architecture, high-performance technologies like InfiniBand and RDMA boost transaction processing to millions of TPS, reducing latency to the millisecond level, and the interface remains smooth even under high concurrency—no more waiting for 'loading spinning'.

LAYER makes the ecosystem run smoother. Token holders can vote on network rules, such as adjusting the AVS allocation ratio; validating nodes stake LAYER to participate in services, and those who perform well can earn rewards, creating a positive feedback loop that becomes increasingly stable. Recently, a 63% increase in a single week and a stable TVL of over 100 million are results of the market voting with its feet. @Solayer doesn’t just aim to be a staking tool; it aims to truly realize Solana's 'speed'—after all, what users want is not just 'speed or stability', but 'both speed and stability'.

#BuiltonSolayer When sSOL enables flexible asset circulation, and when $LAYER ties together the ecological consensus, only then can Solana's new staking playbook be truly opened up by Solayer.