@Solayer #BuiltonSolayerLAYER and $LAYER https://tinyurl.com/SolayerCreatorPad

Below are the core points summary of the Solayer project (within 200 words):

⚙️ Technical Architecture

Solayer is built on Solana and achieves hardware acceleration (RDMA + InfiniBand) through InfiniSVM technology, aiming for millions of TPS and 100Gbps bandwidth, supporting high-concurrency applications (such as high-frequency trading and gaming). Its native AVS model provides dedicated block space and priority transaction processing for on-chain DApps, optimizing the congestion issue of the Solana mainnet.

💰 Tokens and Economic Model

• LAYER Token: Total supply of 1 billion, with an initial circulation of 22% (220 million), and 51.23% allocated to the community and ecosystem.

• Yield Products:

◦ sSOL: Liquid staking token that supports dual staking for compounded yields.

◦ sUSD: US treasury-backed stablecoin, providing approximately 4% on-chain fixed income.

🌐 Ecosystem Strategy

1. Full-stack financial closed-loop: Integrates sSOL staking, sUSD stablecoin, InfiniSVM chain, and Emerald debit card, covering the complete scenario from underlying technology to consumer payments.

2. Partnerships and Funding:

◦ Allocating $100 million to the gaming public chain Sonic to support sidechain development.

◦ Partnering with Visa to launch a crypto debit card, supporting fiat consumption in over 100 countries.

⚠️ Challenges and Prospects

• Controversy: Solana, as an integrated blockchain, has a weaker demand for re-staking compared to modular chains (like Ethereum), and there are risks of protocol stacking.

• Technical Validation: Million TPS relies on high-end hardware, needing to balance decentralization and performance. If successful, Solayer is expected to push blockchain into the 'hardware acceleration era.'

Summary: Solayer reconstructs the Solana ecosystem infrastructure with a dual-track strategy of hardware-accelerated chain + financial operating system, balancing technical ambition and ecological layout, but needs to validate the feasibility of achieving high throughput.