Blockchain as the Database Engine in the Accounting System

This paper examines the prediction that blockchain technology will transform accounting and the profession because transactions recorded on a blockchain can be aggregated into financial statements and confirmed as true and accurate. We argue that blockchain technology affects the database engine of the accounting information system (AIS) through digitisation of the current paper‐based validation process. In a blockchain‐based AIS, accountants will no longer be the central authority but will remain the preparer of financial reports required by regulations; they will continue to influence policies such as the choice and accreditation of validators and serve as validators of last resort. Audit evidence still needs to be gathered for rendering of an audit opinion in a blockchain‐based AIS. While digitisation of the validation process reduces the error rate and lowers the cost of vouching and tracing, and immutability of blockchain data reduces the incentive and opportunities for fraud, a blockchain‐based AIS alone does not guarantee that financial reports are true and fair. Lower error rates and reduced incentives for accounting fraud in a blockchain‐based AIS are expected to improve audit quality. This prediction will need to be empirically tested when blockchain‐based AIS become available. Using the three‐tier architecture of the AIS, this paper addresses the gap in the literature that misses how characteristics of blockchain technology can influence the implementation of a blockchain‐based AIS with related implications for the accounting profession.     

Accounting and Auditing at the Time of Blockchain Technology: A Research Agenda

Blockchain is a distributed ledger technology expected to have significant impacts on the accounting and auditing profession. This study, applicable and timely for both accounting and auditing scholars and practitioners, explores blockchain technology and its main implications for the accounting and auditing profession. The research question addressed in this study is: What are the major themes emerging from academic research and professional reports and websites debating blockchain technology in the accounting and auditing context? A literature review of academic literature and professional reports and websites is performed to identify a taxonomy of emerging themes. The study finds that the most discussed themes in scholarly works and professional sources are governance, transparency and trust issues in the blockchain ecosystem, blockchain‐enabled continuous audits, smart contract applications and the paradigmatic shift in accountants' and auditors' roles. Based on these four themes, practical implications for accountants and auditors on how to approach the blockchain development are provided. Moreover, this study offers suggestions for future research on accounting and auditing in the blockchain era.     

Accounting and auditing with blockchain technology and artificial Intelligence: A literature review

This paper surveys the published work on how blockchain technology will impact accounting in general, but AI-enabled auditing specifically. The purpose is to investigate how blockchain technology can improve transparency and trust in accounting practice and how professionals can use blockchain data to improve decision-making, based on the qualities of immutability, append-only, shared, verified, and agreed-upon (i.e., consensus-driven) blockchain data. The multi-party validation of blockchain protocols adds real-time trusted data for the AI systems used by auditors to improve assurance and efficiency. This review summarizes four themes emerging from the literature focusing on how blockchain technology has changed record-keeping in accounting: event approach to accounting; real-time accounting; triple entry-accounting and continuous auditing. The research interprets the findings using agency theory and stakeholder theory to advance how using blockchain to mitigate information asymmetry and improve stakeholder collaborations is understood. The investigation also summarizes the challenges and clarifies organizations’ reasons to be cautious about adopting blockchain. Lastly, the study suggests that future researchers use this study in two ways that enrich blockchain literature: first, to apply the themes and answer the questions identified within this review to improve the business methods of practitioners and policymakers; and second, to encourage stakeholders such as practitioners, system designers/developers, and policymakers to collaborate in designing blockchain ecosystems that suit accounting and auditing as they transform digitally.     

Blockchain architecture: A design that helps CPA firms leverage the technology

Blockchain technology has garnered the interest of the accounting profession in recent years. However, when considering whether to adopt this technology, many business professionals have voiced a lack of a compelling use case as a major challenge. To utilize the technology effectively, first, we need to establish how organizations will connect to the blockchain that will also provide a compelling use-case for CPA firms. In this paper, we design a blockchain architecture for organizations that will facilitate effective connectivity to a blockchain while enabling auditors to leverage this technology to provide audit and assurance services. To design the architecture, we consider two broad questions: first, how do CPA firms gain access to reliable audit evidence and, second, how can client firms maintain confidentiality and security of their data given a decentralized and distributed immutable ledger (i.e., a blockchain). Consequently, the proposed architecture will help auditors gain access to reliable digital audit evidence while incentivizing client firms to adopt blockchain technology by substantially reducing the costs of replacing existing information systems. Given this architecture, auditors could also design continuous audit procedures for their respective clients without having to incur substantial investments in software integration. Further, the architecture can be expanded to include various use cases and supply chain participants, other CPA firms, customers, and regulators.     

The role of internet-related technologies in shaping the work of accountants: New directions for accounting research

This paper reviews the accounting literature that focuses on four Internet-related technologies that have the potential to dramatically change and disrupt the work of accountants and accounting researchers in the near future. These include cloud, big data, blockchain, and artificial intelligence (AI). For instance, access to distributed ledgers (blockchain) and big data supported by cloud-based analytics tools and AI will automate decision making to a large extent. These technologies may significantly improve financial visibility and allow more timely intervention due to the perpetual nature of accounting. However, given the number of tasks technology has relieved of accountants, these technologies may also lead to concerns about the profession's legitimacy. The findings suggest that scholars have not given sufficient attention to these technologies and how these technologies affect the everyday work of accountants. Research is urgently needed to understand the new kinds of accounting required to manage firms in the changing digital economy and to determine the new skills and competencies accountants may need to master to remain relevant and add value. The paper outlines a set of questions to guide future research.     

Open Information Enterprise Transactions: Business Intelligence and Wash and Spoof Transactions in Blockchain and Social Commerce

This paper investigates what are referred to as ‘open information transactions’. Such transactions are in contrast to traditional transactions, where typically two parties to a transaction are the only ones with information about the transaction. For example, in a sale, the seller and the purchaser typically are the only ones with information about the transaction. However, some emerging technologies, such as blockchain accounting, supply chain social media, and hashtag commerce are making information about the transactions potentially openly available to others. This paper investigates some of the implications and strategies that include the use of that open information. For example, open information in accounting and supply chain transactions provides the potential for both business intelligence analysis of the information and possibly misleading and illusory transactions, analogous to those that have garnered the recent attention of the Justice Department in cryptocurrencies. Finally, this paper suggests that blockchain transaction processing will provide reliable information in those settings where there is a “single truth” feed of information flow for the phenomena of interest, no ability to do off‐blockchain transactions (or a large penalty cost) and limitation to a single identity for each enterprise on the blockchain.     

Triple‐entry accounting with blockchain: How far have we come?

Although double‐entry accounting has been used for more than 600 years, today’s era of disruptive technological change utilising blockchain and FinTech has led to the emergence of another promising accounting method: triple‐entry accounting. This paper explores triple‐entry accounting, from its conception to the current state of play, using three case studies. We find that: (i) in a blockchain ecosystem, for some accounts, business entities will only need to perform a single entry internally and the opposite entry will be recorded in a public shared ledger; and (ii) triple‐entry accounting is a new and a more efficient way to address fundamental trust and transparency issues that plague current accounting systems. Triple‐entry accounting with blockchain, when properly implemented, can fundamentally improve accounting.     

Blockchain and the Journey Beyond Double Entry

Whilst blockchain technology has attracted substantial attention within the scholarly literature of a number of disciplines, including economics, finance, law and technology, it has been subject to minimal discussion and scrutiny within the scholarly accounting literature. This article argues that this is a missed opportunity and that the maturation of blockchain technology may represent as profound a shift in accounting as the emergence and adoption of double‐entry accounting.     

基于区块链技术的行政事业单位内部控制体系构建研究

行政事业单位内部控制是实现国家治理现代化的坚实基础和有力保障,是提升政府治理效能的客观要求.数字时代的来临,不仅推动了大会计融合的发展,也对行政事业单位内部控制建设提出新的挑战和更高的要求.本文采用规范研究方法,通过对信息化环境下行政事业单位内部控制体系局限性进行分析,提出基于区块链技术的内部控制体系的初步构想.以期借助区块链的核心技术优势,进一步优化和完善现有内部控制体系.     

区块链技术在地方财政管理改革中的运用探究

区块链作为融合了分布式数据存储、点对点传输、共识机制、加密算法、智能合约等计算机技术的新兴应用模式,具有去中心化、数据不可篡改或重复、交易信息易于追踪和监督、交易流程公开透明等特征,为数字化时代下的财政管理改革和发展提供了新的思路和方向。本文在分析区块链技术特征的基础上,探究其在地方财政管理改革中的运用,为优化地方财政会计信息质量和预算编制流程、提高财政资金的使用效率、确保财政资金的合理合规使用和全流程可控、增加财政预决算信息公开透明度提出相关方案和建议。     

Can blockchain technology be effectively integrated into the real economy? Evidence from corporate investment efficiency

As a highly disruptive digital technology, blockchain provides new solutions for reshaping corporate governance mechanisms and improving resource allocation. We empirically examine the relationship between blockchain and corporate investment inefficiency. We find that blockchain can help improve corporate investment efficiency, and this result is valid after a series of robustness tests. Blockchain can not only significantly restrain overinvestment but also alleviate underinvestment. Reducing financing costs and alleviating agency conflicts are the two channels through which blockchain is associated with corporate investment efficiency, and financial reporting quality is the condition on which the channels depend. When the CEO holds few shares or the trade credit environment in the region where the company is located is poor, the effect of blockchain is more prominent than it is otherwise. Investment efficiency cannot be improved by blockchain for companies providing blockchain products or services to customers, only for those promoting their own operations and management with blockchain. Ultimately, blockchain can enhance companies’ value by alleviating inefficient investment. We reveal the role of blockchain in corporate investment efficiency, furnish microeconomic evidence for the integration of digital technology and the real economy and provide implications for China to promote digital technology to drive high-quality company development.     

The Earnings Implications of Pension Expense

Abstract

Recent challenges to the actuarial pension model and a movement to harmonize international accounting standards both suggest that the current Canadian standards for pension accounting, CICA 3461, may see substantial revision during upcoming years. To understand better the implications of these possible accounting changes, this paper presents the results of a stochastic analysis that quantifies how the volatility of pension expense for a sample of ten Canadian companies sponsoring defined benefit plans will be increased by the adoption of immediate recognition accounting. For certain companies this increase is significant and is shown to have a material earnings impact. The implications of this earnings volatility for the future of defined benefit pension plans are also explored.     

Framing financial responsibility: An analysis of the limitations of accounting

In organisations, accounting—understood broadly as calculative practices—is claimed to serve as a critical vehicle when introducing forms of individual financial responsibility. Whereas most prior accounting research has been preoccupied with asserting this claim, this paper opens an opportunity to examine the limitations of accounting as a technology of responsibilisation. It does so by moving the empirical focus beyond the borders of people's work settings and into the private sphere of everyday life, investigating governmental efforts to turn high school students into financially responsible citizens. The analysis, informed by framing theory, reveals that the efficiency of accounting is conditioned by people's calculative understanding. Hence, in situations where individuals are expected to lack this basic calculative competency, accounting is presumed to be inappropriate as a means of introducing financial responsibility. This has implications for re-considering how the relation between accounting and responsibility is constituted.     

Some issues in blockchain for accounting and the supply chain,with an application of distributed databases to virtual organizations

This paper reviews some recent blockchain‐based applications for information capture, distribution and preservation. As part of that review, this paper examines two key concerns with current blockchain designs for accounting and supply chain transactions: data independence and multiple semantic models for the same information distribution problem. Blockchain applications typically integrate database, application and presentation tiers all in the same ledger. This results in a general inability to query information in the ledger and other concerns. Further, since most applications appear to be private blockchain applications, there is a concern of agents needing to accommodate multiple blockchains depending on who their trading partners are and what they request. Finally, this paper uses a distributed database to design a ‘blockchain‐like’ system for virtual organizations.     

Configuring blockchain architectures for transaction information in blockchain consortiums: The case of accounting and supply chain systems

This paper investigates alternative configurations of different blockchain architectures that can be used for gathering and processing transactions in a range of different settings, including accounting, auditing, supply chain and other types of transaction information. Although there has been substantial focus on the peer‐to‐peer and public versions of blockchain, this paper focuses primarily on cloud‐based and private configuration versions of blockchains and investigates use configurations, advantages and limitations as firms bring blockchain‐based market mechanisms into their organizations. In addition, this paper investigates some emerging issues associated with blockchain use in consortium settings. Finally, this paper relates some proposed uses of blockchain for transaction processing to other technologies, such as data warehouses and databases.     

Not-for-profit accounting in a changing world of standard setting: What professors and students need to know

Generally, accounting standard setting in the 21st Century promises to be an interesting and increasingly diverse endeavor. This paper discusses the formation of the FASB’s Not-for-Profit Advisory Committee in 2010 and its work to date. I identify the various changes that will likely impact accounting and auditing for not-for-profit entities. Specifically, prospects for changes to current not-for-profit standards are discussed with emphasis on how future changes might follow the patterns outlined for private companies or small and medium-sized entities. New possibilities and implications for educators and curriculum design are introduced.     

区块链技术助力新能源供应链金融发展研究

传统新能源供应链中存在信息交互及时性、真实性难以保障,优质核心企业缺 乏,风险控制不足等问题,具有去中心化、可溯源、信息不可篡改、智能合约等特点的区块链 技术为供应链金融创新发展提供了有利条件。在解析新能源供应链金融存在的问题基础上,分 析区块链技术在新能源供应链金融中应用的优势,提出将融资租赁公司融入新能源供应链作 为核心企业,构建基于区块链的新能源供应链金融新模式,并对可能存在的风险进行了分析。     

Establishing the representational faithfulness of financial accounting information using multiparty security,network analysis and a blockchain

This paper aims to develop a design for an accounting information system that will enhance the representational faithfulness of financial reporting information. One of the functions of financial reporting is to aggregate and report the entity's private data. This paper shows that recognizing that some of the firm's private data is already shared with others allows the methods of multiparty security to be applied to the reporting and audit processes. We contend that using both public key cryptography and network analysis allows the identity of an entity to be modelled as a place on a network. We also develop accounting recordkeeping techniques to balance public access with privacy using a blockchain. Taken together, these three design ideas can enhance the representational faithfulness of financial reporting systems because they use shared data from independent entities, a transparent system, and open-access immutable storage. Faithful representation is enhanced because information from this system can be used by auditors to support their audit opinion or by stakeholders who need credible information about the entity.