The testnet for Avalanche’s HyperSDK blockchain update reaches 143K TPS.

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Ava Labs is currently in the midst of rigorous testing for a high-throughput framework, poised to empower developers in the creation of their very own virtual machines.

On Avalanche’s testnet, the smart contract layer-1 blockchain network has achieved an impressive milestone, clocking over 140,000 transactions per second during the evaluation of its HyperSDK blockchain upgrade. Notably, Avalanche is presently in the process of testing a groundbreaking framework designed to construct high-performance Virtual Machines (VMs) from the ground up within the network’s ecosystem. According to Ava Labs, the HyperSDK is ingeniously structured to facilitate developers in swiftly integrating with a lightning-fast execution environment, all without the necessity of crafting extensive code from scratch.

This groundbreaking innovation ushers in the streamlining and acceleration of custom VM development, essentially simplifying the process for developers to initiate optimized blockchain networks. The HyperSDK astonishingly reached an impressive 143,322 transactions per second within a meticulously controlled testing environment, as evidenced by a screenshot shared on GitHub.

For context, Avalanche proudly asserts its current processing capacity at up to 4,500 transactions per second, while Solana claims a range between 2,000 and 3,000 transactions per second. In stark contrast, Ethereum trails behind, processing a mere 15-20 transactions per second, as per data from Coincodex. During an interview with Cointelegraph’s Andrew Fenton at the Korea Blockchain Week 2023, Nick Mussallem, the Head of Product at Ava Labs, expressed his anticipation that real-world throughput will eventually stabilize around an impressive 50,000 transactions per second.

Mussallem shared his insights, stating, “They’ve registered it at 141,000. However, it’s imperative to note that this is within an extremely controlled environment. Therefore, even if we conservatively halve that figure, it would still be a commendable achievement, likely surpassing expectations.”

Touching upon the intricate concept of the blockchain trilemma, which revolves around the delicate equilibrium between decentralization, scalability, and security, Mussallem emphasized that no compromises were made. In fact, Avalanche’s dedicated developers meticulously crafted the entire framework from the ground up to enhance state management. He expounded, stating, “Essentially, we meticulously removed numerous elements present in the Ethereum Virtual Machine (EVM) that were deemed superfluous at the networking and storage layers. We then integrated our consensus algorithm beneath it, resulting in an impressive surge in speed. It’s now optimized to perfection.”

Blockchains constructed using the HyperSDK will function as subnets referred to as HyperChains, and they can be adeptly tailored for any desired functionality by developers. Additionally, a user-friendly graphical user interface (GUI) will be made available, eliminating the need for additional coding. Furthermore, developers will have the freedom to select their preferred Virtual Machine (VM). Mussallem enthusiastically remarked, “You can practically launch it within a mere five minutes.”

It’s worth noting that HyperSDK is currently open source and accessible; however, it remains in its early beta stages. The official launch and readiness for production deployment are slated for the end of the year, a development that is eagerly anticipated by the blockchain community.