Locus Chain: Bloom Technology to Conduct Major Public Test of Next-Generation Blockchain Platform
Kang In sig / Published November 27, 2024 10:48 PM
Kang In sig
Courtesy of Locus Chain
Bloom Technology, a leading blockchain development company, has announced a large-scale public test for its next-generation public blockchain platform, Locus Chain, scheduled from December 4 to December 6, 2024. The test aims to demonstrate Locus Chain's groundbreaking advancements in decentralization and performance in real-world environments.
Locus Chain is designed as a fully decentralized, high-performance public blockchain that integrates proprietary technologies such as AWTC_BFT consensus and Verifiable Pruning. These innovations minimize node size and ledger storage requirements, enabling the blockchain to run on mobile devices and diverse hardware. This democratization of node participation enhances accessibility while maintaining scalability. Moreover, its dynamic sharding implementation ensures no performance degradation during large-scale transaction processing, positioning Locus Chain as one of the most advanced public blockchain technologies to date.
The platform's versatility extends beyond token transactions and DeFi applications to serve as the foundational protocol for a broad range of high-volume Web3 ecosystems. Its ability to process extensive transactions efficiently opens avenues for robust applications, including decentralized gaming, video streaming, and social media platforms.
Locus Chain's technology has already been proven in real-world applications through its integration into Locus Game Chain, the blockchain version of Kingdom Under Fire. This game, available on the global platform Steam, has showcased Locus Chain’s capacity to replace traditional server infrastructures—physical or cloud—without compromising game performance. With minimal CPU usage and low network bandwidth requirements, the platform has demonstrated stability and efficiency in a commercial environment.
The upcoming test will provide further validation of Locus Chain’s decentralized architecture, particularly its Dynamic Sharding feature. This feature ensures the blockchain's network divides into multiple shards to handle extensive data transactions without latency increases. The test aims to confirm that even under heavy workloads, transaction throughput remains stable, and latency is unaffected.
A successful demonstration would solidify Locus Chain’s position as a leading public blockchain platform, capable of serving as the backbone infrastructure for data-intensive Web3 applications. Bloom Technology envisions this test as a stepping stone toward creating a new generation of decentralized services that rival traditional centralized systems, including gaming, video streaming, and online communities.
Participation in the test is open to all, emphasizing transparency and inclusivity. During the event, real-time data on shard numbers, node counts, and transaction throughput (TPS) will be publicly available on the Locus Chain official website. This approach allows participants and observers alike to monitor the test’s progress and outcomes firsthand.
Bloom Technology CEO Lee Sang Yoon emphasized the significance of the test, stating, “This large-scale test is a pivotal step in proving Locus Chain’s technical prowess. It showcases the platform’s ability to achieve both decentralization and high performance in public blockchain settings. Our goal is to expand the practical potential of blockchain technology and redefine its capabilities.”
For those interested in participating, detailed information is available on the Locus Chain official website. By inviting open participation, Locus Chain aims to foster a transparent ecosystem and enable more individuals to experience the potential of high-performance blockchain technology firsthand.
Sayart / Kang In sig, insig6622@naver.com
Courtesy of Locus Chain
Bloom Technology, a leading blockchain development company, has announced a large-scale public test for its next-generation public blockchain platform, Locus Chain, scheduled from December 4 to December 6, 2024. The test aims to demonstrate Locus Chain's groundbreaking advancements in decentralization and performance in real-world environments.
Locus Chain is designed as a fully decentralized, high-performance public blockchain that integrates proprietary technologies such as AWTC_BFT consensus and Verifiable Pruning. These innovations minimize node size and ledger storage requirements, enabling the blockchain to run on mobile devices and diverse hardware. This democratization of node participation enhances accessibility while maintaining scalability. Moreover, its dynamic sharding implementation ensures no performance degradation during large-scale transaction processing, positioning Locus Chain as one of the most advanced public blockchain technologies to date.
The platform's versatility extends beyond token transactions and DeFi applications to serve as the foundational protocol for a broad range of high-volume Web3 ecosystems. Its ability to process extensive transactions efficiently opens avenues for robust applications, including decentralized gaming, video streaming, and social media platforms.
Locus Chain's technology has already been proven in real-world applications through its integration into Locus Game Chain, the blockchain version of Kingdom Under Fire. This game, available on the global platform Steam, has showcased Locus Chain’s capacity to replace traditional server infrastructures—physical or cloud—without compromising game performance. With minimal CPU usage and low network bandwidth requirements, the platform has demonstrated stability and efficiency in a commercial environment.
The upcoming test will provide further validation of Locus Chain’s decentralized architecture, particularly its Dynamic Sharding feature. This feature ensures the blockchain's network divides into multiple shards to handle extensive data transactions without latency increases. The test aims to confirm that even under heavy workloads, transaction throughput remains stable, and latency is unaffected.
A successful demonstration would solidify Locus Chain’s position as a leading public blockchain platform, capable of serving as the backbone infrastructure for data-intensive Web3 applications. Bloom Technology envisions this test as a stepping stone toward creating a new generation of decentralized services that rival traditional centralized systems, including gaming, video streaming, and online communities.
Participation in the test is open to all, emphasizing transparency and inclusivity. During the event, real-time data on shard numbers, node counts, and transaction throughput (TPS) will be publicly available on the Locus Chain official website. This approach allows participants and observers alike to monitor the test’s progress and outcomes firsthand.
Bloom Technology CEO Lee Sang Yoon emphasized the significance of the test, stating, “This large-scale test is a pivotal step in proving Locus Chain’s technical prowess. It showcases the platform’s ability to achieve both decentralization and high performance in public blockchain settings. Our goal is to expand the practical potential of blockchain technology and redefine its capabilities.”
For those interested in participating, detailed information is available on the Locus Chain official website. By inviting open participation, Locus Chain aims to foster a transparent ecosystem and enable more individuals to experience the potential of high-performance blockchain technology firsthand.
