Solana's restaking protocol Solayer developer Solayer Labs announced that they are developing a hardware-accelerated solution called InfiniSVM based on the Solana Virtual Machine (SVM). As a key step in Solayer's vision, InfiniSVM will redefine the possibilities of blockchain technology with high performance and dynamic scalability.
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Solayer Labs' latest tweet shows that their 2025 roadmap is mainly focused on the launch of Solayer InfiniSVM.
According to the whitepaper released by Solayer, InfiniSVM, as a hardware-accelerated SVM Mainnet, aims to achieve infinite scalability and has the following features:
- Hardware Acceleration: Solayer InfiniSVM utilizes SDN (Software-Defined Networking) and RDMA (Remote Direct Memory Access) technologies to achieve a Multi-Execution Cluster Architecture, thereby reaching a high-efficiency network throughput of 100 Gbps.
- Infinite Scalability: Through Dynamic Sharding technology, it can meet the needs of decentralized applications with infinite scalability without losing the overall integrity and composability of the Mainnet.
- 1 ms Transaction Confirmation: By delegating various processing tasks (such as ordering, scheduling, or storage) to specialized hardware and core processors, it achieves a 1 ms transaction confirmation time.
- Hybrid Consensus Mechanism: It adopts a hybrid "Proof of Assigned Stake" consensus mechanism to coordinate the validators in the network to achieve high-speed and secure transaction verification.
Solayer: From Restaking to Its Own Mainnet
Currently, Solayer, as part of the Solana ecosystem, has already transformed from its original position as a restaking protocol similar to Ethereum's EigenLayer, to having its own Mainnet, and is planning to launch a governance token and establish a non-profit foundation to support the long-term operation of the project.
It is worth mentioning that the economic model of InfiniSVM is also noteworthy. Solayer plans to integrate native yield assets such as sSOL and sUSD into InfiniSVM, allowing users to stake them on the network to earn yields, further enhancing user engagement.
In addition, InfiniSVM is also committed to solving the application scope limitations of the existing SVM. As an independent SVM instance, the network can be used to build L2 solutions or new Mainnets, retaining the high efficiency of SVM while providing additional functionalities.
SVM Will Meet High-Efficiency and Low-Latency Demands
Another project that also uses SVM to process transactions is Eclipse, an Ethereum L2 scaling project focused on faster transaction processing speeds and lower gas costs. By packing transactions off-chain and settling on the Mainnet, it highlights the great potential of SVM in different blockchain ecosystems.
With the introduction of hardware acceleration technology, InfiniSVM is expected to enhance the infrastructure capabilities of the Solana ecosystem, meeting the high-performance and low-latency demands of dApps. As an extension of its project vision, it also challenges the market share currently dominated by EVM (Ethereum Virtual Machine).
(altVM or Next-Gen VM? An Analysis of Why Movement Founder Rushi is So Fascinated by altVM)
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