HyperBSA: A High-Performance Consortium Blockchain Storage Architecture for Massive Data

Chen, Xiao; Zhang, Kejie; Liang, Xiubo; Qiu, Weiwei; Zhang, Zhigang; Ding, Tianhuai

doi:10.1109/access.2020.3027610

Cited by 18 publications

(9 citation statements)

References 20 publications

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“…It has the feasibility of commercial implementation as a form of combining BT with business in various fields, enabling the circulation of data such as transaction assets and providing credible services to various customers. However, there are still obvious performance bottlenecks in the existing consortium chain technology (Chen et al, 2020). At the same time, there are still significant limitations in data interaction with public chains (Buterin, 2016).In short, in the blockchain 1.0 era, people bought and sold cryptocurrencies for the difference in return and did not link cryptocurrencies to the value of applications and the digital ecology of the blockchain system.…”

Section: Figurementioning

confidence: 99%

An overview of blockchain efficient interaction technologies

Liu

He²,

Li³

et al. 2023

Front. Blockchain

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The successful operation of Bitcoin has made its underlying blockchain technology receive wide attention. As the application scenarios of blockchain technology are enriched, the requirements for its performance are getting higher. Therefore, it is of utmost importance to effectively solve the problem of high-performance data interaction in the blockchain. In this paper, based on relevant domestic and foreign research literature, we start from the development history of blockchain technology and review the relevant research work on improving the performance of blockchain from three perspectives: on-chain interaction technology, off-chain interaction technology, and cross-chain interaction technology in turn. The on-chain and off-chain interaction technologies improve performance by improving the architecture of the blockchain system. The performance improvement solution of on-chain interaction technology is to modify and optimize the basic protocol and architecture of the blockchain itself to achieve a performance improvement. Still, the impact of this approach is limited in terms of performance improvement. The performance improvement solution of off-chain interaction technology is to transfer part of the data processing to off-chain and only return the final result to on-chain for storage and recording, which reduces the burden of on-chain operation and improves the efficiency of data processing. In terms of cross-chain interaction technology, this paper analyses four mainstream technology, namely, Notary Scheme, Side chain and Chain relay, Hash-Locking, and Distributed Private Key Control, and ultimately concludes through comparative analysis that cross-chain technology has a significant impact on improving blockchain performance. Finally, the paper provides a systematic overview of the above and an outlook on the possible future development of technologies related to enhancing blockchain performance.

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Section: Figurementioning

confidence: 99%

An overview of blockchain efficient interaction technologies

Liu

He²,

Li³

et al. 2023

Front. Blockchain

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“…For example, unlike [13] in the proposed system, data access and processing are made transparent, as the end-user does not know about all the processes required to split files or to combine files' blocks, or how to get the file from the erasure code if a part is lost, etc. Additionally, unlike HyperBSA [15], in this research it is assumed that the system treats data equally, as there's only one type of data to be processed. Unlike DADS [14], our solution combines companies' servers with a blockchain network in order to store files, and it provides control over data accessing methods (the way data is updated or deleted, etc.)…”

Section: Discussionmentioning

confidence: 99%

“…HyperBSA [15] is a solution that suggests caching files which are accessed the most, using a new caching algorithm LBN which manages memory space using HashMap. Additionally, it splits data into two categories, state and continuous data, and then it handles each type separately.…”

Section: Related Workmentioning

confidence: 99%

An Architecture for Distributed Electronic Documents Storage in Decentralized Blockchain B2B Applications

2021

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This paper investigates the problem of distributed storage of electronic documents (both metadata and files) in decentralized blockchain-based b2b systems (DApps). The need to reduce the cost of implementing such systems and the insufficient elaboration of the issue of storing big data in DLT are considered. An approach for building such systems is proposed, which allows optimizing the size of the required storage (by using Erasure coding) and simultaneously providing secure data storage in geographically distributed systems of a company, or within a consortium of companies. The novelty of this solution is that we are the first who combine enterprise DLT with distributed file storage, in which the availability of files is controlled. The results of our experiment demonstrate that the speed of the described DApp is comparable to known b2c torrent projects, and subsequently justify the choice of Hyperledger Fabric and Ethereum Enterprise for its use. Obtained test results show that public blockchain networks are not suitable for creating such a b2b system. The proposed system solves the main challenges of distributed data storage by grouping data into clusters and managing them with a load balancer, while preventing data tempering using a blockchain network. The considered DApps storage methodology easily scales horizontally in terms of distributed file storage and can be deployed on cloud computing technologies, while minimizing the required storage space. We compare this approach with known methods of file storage in distributed systems, including central storage, torrents, IPFS, and Storj. The reliability of this approach is calculated and the result is compared to traditional solutions based on full backup.

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“…Fig. 4 depicts an example of various access policies (read, write and approve) on a consortium Blockchain as executed by other Blockchain types, such as public and private [96]. However, the consortium Blockchain's consensus mechanism is run by those specific nodes that are initially defined to control and maintain the Blockchain setup [97].…”

Section: Consortium Blockchainmentioning

confidence: 99%

A Taxonomy Study on Securing Blockchain-based Industrial Applications: An Overview, Application Perspectives, Requirements, Attacks, Countermeasures, and Open Issues

Hameed¹,

Barika²,

Garg³

et al. 2021

Preprint

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Blockchain technology has taken on a leading role in today's industrial applications by providing salient features and showing significant performance since its beginning. Blockchain began its journey from the concept of cryptocurrency and is now part of a range of core applications to achieve resilience and automation between various tasks. With the integration of Blockchain technology into different industrial applications, many application designs, security and privacy challenges present themselves, posing serious threats to users and their data. Although several approaches have been proposed to address the specific security and privacy needs of targeted applications with functional parameters, there is still a need for a research study on the application, security and privacy challenges, and requirements of Blockchain-based industrial applications, along with possible security threats and countermeasures. This study presents a state-of-the-art survey of Blockchain-based Industry 4.0 applications, focusing on crucial application and security and privacy requirements, as well as corresponding attacks on Blockchain systems with potential countermeasures. We also analyse and provide the classification of different security and privacy techniques used in these applications to enhance the advancement of security features. Furthermore, we highlight some open issues in industrial applications that help to design secure Blockchain-based applications as future directions.

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HyperBSA: A High-Performance Consortium Blockchain Storage Architecture for Massive Data

Cited by 18 publications

References 20 publications

An overview of blockchain efficient interaction technologies

An overview of blockchain efficient interaction technologies

An Architecture for Distributed Electronic Documents Storage in Decentralized Blockchain B2B Applications

A Taxonomy Study on Securing Blockchain-based Industrial Applications: An Overview, Application Perspectives, Requirements, Attacks, Countermeasures, and Open Issues

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