# Solana’s Solayer Announces Ambitious Roadmap with InfiniSVM Core Vision by 2025

Solayer, the restaking protocol on Solana, has unveiled its roadmap through 2025, positioning its hardware-accelerated Solana Virtual Machine (SVM) blockchain—Solayer InfiniSVM—as the cornerstone of its vision.

The SVM infrastructure processes thousands of transactions simultaneously on the Solana blockchain, differentiating itself from Ethereum’s sequential transaction processing with superior performance suitable for decentralized applications.

Solayer InfiniSVM employs an infinitely scalable multi-execution cluster architecture utilizing Software-Defined Networking (SDN) and Remote Direct Memory Access (RDMA) to achieve 100Gbps transaction speeds while maintaining atomic states.

Initially akin to Ethereum’s EigenLayer, Solayer began as a restaking protocol focused on enhancing decentralized application security using the economic value of staked SOL in its platform. Currently, it boasts a Total Value Locked (TVL) of approximately $400 million. The company has since expanded its scope by developing its proprietary SVM blockchain.

# Solayer Addresses Network Bandwidth Challenges

Currently, the Solana network consumes approximately 0.8Gbps bandwidth per validator, nearing the limits of modern consumer-grade P2P internet. This has led to issues such as validator gossip failures, disconnections, and consensus interruptions.

Solayer’s development documentation emphasizes the necessity of expanding physical computing resources to meet increasing network demands, as merely optimizing code has its limitations.

Using InfiniSVM, Solayer plans to horizontally scale Solana’s infrastructure to meet decentralized applications’ bandwidth needs. The company also aims to integrate native yield-generating assets such as sSOL and sUSD, allowing users to stake these assets within the network.

# Solayer InfiniSVM Enhances Utility with Proprietary Asset Structure

Solayer InfiniSVM’s architecture leverages SDN switches and RDMA to shard a single execution machine infinitely. By offloading stages of transaction processing—data collection, sequencing, scheduling, banking, and storage—to hardware circuits and kernels, it achieves a 1ms transaction confirmation speed. Solayer has transitioned all Solana components to programmable hardware switches through this technology.

The hybrid consensus mechanism of Proof-of-Authority-and-Stake enables the “Mega Leader” to process one million transactions per second (TPS) before collaborating with “Provers” for data validation and publishing. Hardware acceleration further optimizes the Mega Leader’s transaction processing.

Underpinning its chain with native assets like sSOL and sUSD, Solayer allows users not only to stake and restake but also to generate yield and utilize these assets in real-world scenarios.

# Setting New Standards with Hardware Offload Technology, Ecosystem Transformation

Solayer pioneers hardware offload implementation within decentralized networks. The company calls this development “the grand finale of the Solayer vision” and has released a detailed light paper on the solution. Upon InfiniSVM’s launch, Solayer promises to maintain 1ms transaction confirmation times while dynamically scaling based on application requirements.

Further plans include establishing a large developer-focused Telegram channel to foster collaborations with blockchain developers and projects. More detailed information can be found on Solayer’s official website. By 2025, the transition to a high-speed network is set to accelerate dramatically.