Deep Dive
1. InfiniSVM Devnet Launch (21 May 2025)
Overview: Solayer launched its hardware-accelerated InfiniSVM Devnet, targeting over 1 million transactions per second (TPS) with sub-second finality. The architecture uses FPGA chips for faster state reads and pessimistic concurrency control to minimize rollbacks.
This upgrade allows developers to deploy Solana Virtual Machine (SVM)-compatible dApps with minimal code changes while achieving Web2-like speeds. Benchmark tests showed sustained throughput exceeding 250,000 TPS, with scalability improvements ongoing.
What this means: This is bullish for LAYER because it positions Solayer as a high-performance Layer 1 contender, potentially attracting developers needing low-latency solutions for DeFi or gaming. The 60% price surge post-launch reflects market optimism about its technical edge.
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2. sBridge Deployment (27 August 2025)
Overview: Solayer introduced sBridge, a cross-chain bridge optimized for SVM chains like Solana and InfiniSVM. It uses Program Derived Address (PDA) proofs and ED25519 signatures to enable sub-1-second settlements without Ethereum Virtual Machine (EVM) intermediaries.
The bridge eliminates conversion layers between SVM chains, allowing real-time liquidity transfers. Early integration partners include Sonic and SOON.
What this means: This is neutral-to-bullish for LAYER as it enhances interoperability within the Solana ecosystem but faces competition from existing bridges. Reduced fragmentation could increase utility for LAYER as a liquidity hub token.
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3. RPC V2 Implementation (26 November 2025)
Overview: The team released an upgraded RPC (Remote Procedure Call) protocol for InfiniSVM nodes, improving data synchronization and reducing latency for decentralized verification.
This update supports Solayer’s split architecture, where a mega-sequencer handles block production while validators independently verify transactions.
What this means: This is bullish for LAYER because it strengthens network decentralization without sacrificing speed—a critical balance for institutional adoption. Developers gain more reliable infrastructure for building scalable dApps.
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Conclusion
Solayer’s codebase updates emphasize performance (InfiniSVM), interoperability (sBridge), and decentralized verification (RPC V2), aligning with its vision to become Web3’s “execution layer.” While these upgrades could drive long-term adoption, how effectively will Solayer compete against established Layer 1 chains in attracting developers?