This statement is seen as an important step in making blockchain technologies more efficient and providing a better experience to users.

On January 7, Solayer Labs, the restaking protocol on Solana, stated that InfiniSVM’s architecture is based on Shared Virtual Memory and that this system aims to establish a globally distributed state machine.

This system aims to make it possible to run complex decentralized applications with high transaction throughput and low latency.

The InfiniSVM blockchain will optimize critical tasks such as signature verification, transaction filtering, pre-execution simulation, and data storage by distributing load across hardware accelerators. This feature promises to work much more efficiently than the traditional vertical scaling and sharded rollup model.

The new architecture aims for faster transactions using a hybrid consensus mechanism. This system also includes Remote Direct Memory Access (RDMA) communication protocols for speed boosters

RDMA enables the system to exchange data faster and more efficiently. Such advanced features will enable the blockchain to handle high transaction volumes. For networks like Solana that have previously experienced congestion, such speedups are very important.

Solayer Labs’ roadmap also includes significant improvements for the integration of post-transaction logic with blockchain for developers and users. This will be particularly useful for accounting, arbitrage and liquidation transactions. Previously, such processes required separate systems or extra coding.

By incorporating this integration into the blockchain platform, Solayer Labs will enable developers to save time and effort. Users will be able to perform backend transactions and updates directly on the blockchain without depending on third-party systems. This will allow users to get a faster and more efficient experience.

Many improvements for Blockchain’s user experience are also included in the roadmap. For example, when a user manages or trades assets, the blockchain will automatically determine the best prices and execute orders quickly.

Users will be able to perform these transactions faster without depending on third parties. Such automated processes will increase efficiency in areas such as trading and asset management.

The roadmap also includes improvements to shareless architectures and the use of complex hash functions. These structures will ensure that the system operates independently, preventing the failure of any part from affecting the entire system. Such structures will make the blockchain more durable and secure.

Solayer Labs’ roadmap stands out as an important step that emphasizes the importance of hardware-accelerated design in blockchain technologies. In blockchain research, hardware acceleration helps deliver more efficient and scalable solutions.

Solayer Labs plans to implement these developments by 2025. This will enable a much more efficient, faster and secure blockchain experience for both developers and users.