1.Hardware acceleration. The project involves technologies such as RDMA (Remote Direct Memory Access), InfiniBand, and SDN (Software-Defined Networking). This enables ultra-fast data transfer and significantly reduces network response time.
Multi-executor model. It allows for the parallel processing of a large number of transactions. Essentially, this is horizontal scaling, where the load is distributed among several executors.
SVM compatibility. Solayer maintains compatibility with the Solana Virtual Machine (SVM). This means that all existing applications on Solana can be transferred (or integrated) into Solayer without radical code changes.
Restaking and yield. Users can deposit SOL and earn rewards by participating in maintaining the network's functionality (the project's resources mention a yield of around 10.39%). The idea of restaking is that staking already deposited tokens additionally ensures the security and performance of the network.
Unified level without fragmentation. All applications operate on one global level rather than on separate chains, simplifying interaction between projects and users. At the same time, the network can "elastic" increase or decrease throughput depending on load.
Simplified user experience. There is no need to manually move assets through bridges. Operations in familiar Solana applications occur automatically and transparently for the user.
Preparation for the future with AI. Support for "trillions of AI agents" operating in the network has been announced. It is expected that the powerful infrastructure will be able to handle large-scale automation and high-performance AI services.
Support and trust from institutional partners. According to the developers themselves, the project has gained support from well-known investors and major institutional players. Solayer has managed to attract funding (including $12 million in a seed funding round).
Solayer is positioned as a solution for scaling Solana in a "horizontal" manner. The project allows applications to be launched without network fragmentation while significantly increasing throughput by removing technical limitations through high-performance hardware and software infrastructure.
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