This coin is worth a few bucks, dropping to 0.5; I won't say much about its value, those who understand, understand, but we still have to say something nice! 🤪

Solayer's main line is clear: to engineer the infrastructure for 'restaking → providing security and incentives for various AVS' on Solana; simultaneously advancing InfiniSVM as a high-performance execution base (hardware acceleration, SDN/RDMA, targeting 1 million TPS / 100Gbps+). This means reusing the security and returns of SOL/LST while preparing a faster execution environment for high-frequency businesses.

AVS layering and resource allocation

Solayer divides the services to be protected into endogenous AVS (on-chain dApp/native services) and exogenous AVS (cross-chain, oracles, shared ordering, etc. off-chain/cross-domain services). The common mechanism for the former is stake-weighted QoS (distributing quality/bandwidth and other resources based on staking weights); the latter forms economic and security constraints through Solana's PoS primitives and restaking. This design connects 'who contributes security, who gains resources and rewards' into a closed loop, facilitating on-demand expansion.

How developers connect applications to Solayer

If you are an endoAVS (native Solana application/service), you can be empowered by restaked SOL/LST after integration:

Use the official CLI to complete integration and operation (delegation, withdrawal, updating metadata, etc.), for example: yarn endoavs --action=delegate --numberOfSOL=<...>

QoS and incentive distribution determined by restaking weights;

Operation and maintenance side manage permissions and metadata through CLI, forming traceable governance and service status.

The benefit of this link is: developers write less self-built incentive and reputation systems, outsourcing 'security and resources' to the restaking network.

How users can participate and what they can get in return

Users restake SOL or LST to designated AVS through Solayer, receiving AVS rewards periodically (related to weights); compared to simple staking, there is an additional layer of 'selling security to upper layer services' as a source of income, but attention is needed on the exit and penalty (slashing) terms of each AVS. In summary: adding a yield curve without withdrawing the original stake.

Treat InfiniSVM as an 'acceleration engine', not a burden

InfiniSVM is an SVM-compatible + hardware-accelerated execution layer, utilizing multi-execution clusters + SDN/RDMA for network/memory path optimization, targeting levels of 1,000,000+ TPS and 100Gbps+. For developers, this signifies that high-frequency matching, streaming data, and low-latency interactive businesses can achieve higher usable throughput while maintaining SVM semantics.

The 4 key metrics you really need to track (you can take a look!)

The number and categories of AVS (coverage of endo/exo);

Restaking TVL and dispersion (whether it is overly concentrated in a few AVS/nodes);

Whether QoS and incentive distribution adapt to load (the core of developer experience and retention);

Actual performance and stability (InfiniSVM's throughput/latency and node costs).

Of course, this data can be continuously tracked from official documentation and aggregation sites (for example, DefiLlama's Solayer page will synchronize methodology and TVL metrics).

To summarize briefly! Just understand Solayer as the infrastructure for 'native Solana restaking × AVS resource scheduling'; developers gain operational security and traffic using CLI and QoS weights, while users stack returns through restaking; InfiniSVM provides a high-performance execution base. Next, we need to see whether the expansion of the AVS ecosystem and the restaking/performance curve rise in sync, as this determines whether it can become a long-term 'traffic and security distributor' in Solana.

@Solayer #BuiltonSolayer $LAYER