The Future of Law and eTechnologies

Kerikmäe, Tanel; Rull, Addi

doi:10.1007/978-3-319-26896-5

Cited by 24 publications

(5 citation statements)

References 27 publications

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“…When discussing the results of the study, one should compare them with several scientific works of other researchers on similar topics. Kraftova and Kraft [11], Kerikmä e and Rull [12], Slakoper and Tot [13] are focused on the revealed essence of digital and computer technologies and their place in legal activity. They consider the features of digital and computer technology algorithms in the legal field.…”

Section: Discussionmentioning

confidence: 99%

The Main Systemic Engineering Problems of Using Computer and Digital Technologies in Legal Activities in the Context of Ensuring Security

Khomyshyn¹,

Ortynska²,

Skochylias-Pavliv³

et al. 2022

IJSSE

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The relevance of the research topic is accompanied by a great demand for digital and computer technologies and their rapid growth in the activities of any organization. Legal activity and security have changed a lot in recent years and also feels the impact of modern digital and computer technologies. The main purpose of the article is to study the main systemic engineering problems of using digital and computer technologies in the legal activities of firms in terms of ensuring security. To achieve this goal, we used the methodology of hierarchical ordering using information and mathematical tools of the theory of graphs and relationships, which allows you to streamline and form a connection between the main systemic engineering problems of using digital and computer technologies in the legal activities of firms. Based on the results of the analysis, we have formed an information model of the hierarchical ordering of the influence of the main systemic engineering problems of using digital and computer technologies in the legal activities of firms in terms of ensuring information security. Our study has a number of limitations, and they are related to the inability to cover all types and types of problems of using digital and computer technologies in legal activities due to a large amount of data and limited work. Further research will require the question of analyzing the impact of Industry 4.0, which is already practically here and with us, in the legal activities of firms.

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Section: Discussionmentioning

confidence: 99%

The Main Systemic Engineering Problems of Using Computer and Digital Technologies in Legal Activities in the Context of Ensuring Security

Khomyshyn¹,

Ortynska²,

Skochylias-Pavliv³

et al. 2022

IJSSE

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“…It is worth recognizing that the legal aspect of smart contracts is not sufficiently covered. In connection with the characteristic direction of the parks and resident companies for innovation activity is considered a significant need to bridge the gap between legal semantics smart contract, business semantics and the regulatory semantics of and between semantic translation, performed by a computer and its operating activities, with the assurance and guarantee of the empirical reliability of the information [18,19]. This requires certain efforts to include semantic security mechanisms in the digital environment of technopolises when concluding smart deals by creating an ontological database of smart contracts containing the semantics of such contracts.…”

Section: Discussionmentioning

confidence: 99%

Digital Security of “Smart Cities” as a Factor in the Sustainable Development of the Economy

Borisova¹,

Panfilova²,

Raza³

2021

Advances in Social Science, Education and Humanities Research

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The purpose of the research conducted by the authors is to identify key problems in organizing the digital security of technology parks as prototypes of the "smart city" and points of innovative development of the economy. In the research the authors adhered to the hypothesis that the development in Technopolis's of a single digital platform for the interaction of the management company, residents, government bodies will serve as the basis for the development of the regional economy if key informational cyber threats are considered taking into account the maturity of business processes of organizations and newly involved information technologies. Within the framework of the article different tasks were solved. They were an analysis of automation efficiency of key business processes in resident companies and the management company; comparison the approaches of leaders in the digital transformation of the business to the choice of information technology / systems to form the "digital layer" of the organization; development of guidelines for the digital security of information systems of representatives in the real sector of the economy on a single digital platform. The empirical material of the research were 169 technology parks of the Russian Federation, which were evaluated in terms of information openness and contribution to the sustainable development of the region. Information openness involved an assessment of the information systems and technologies used by foreign resident companies (including Indonesia). The methodology of the study is based on statistical methods of research, observation, survey, and comparison. The main result of the study is the identification and ranking of digital security threats for technology parks as prototypes of "smart cities" in terms of importance, development of recommendations for monitoring projects of digital business transformation in an unstable environment. The paper clarifies the features of building information systems of resident companies during their integration into the information system of a Technopolis's and further into a single digital platform. The authors' basic research area is the digital security of information systems of industrial organizations under the conditions of the development of smart contract technologies, predictive analytics, reverse engineering, and enhanced digital qualified signatures. The authors consider the further research development in this area as improvement of interaction mechanisms of single digital platforms of Technopolis's with state authorities, financial institutions, and fiscal authorities, as well as with investors, both in the Russian Federation and Indonesia.

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“…When the value is 1, it indicates that the contract does have a vulnerability of that sort. and when the value is 0, it indicates that the contract does not have a vulnerability, a contract is labeled as vulnerable (1) if it secures at least two votes in the analysis of fuzzing tools indicating a vulnerability. otherwise, the labels as non-vulnerable (0).…”

Section: Labelingmentioning

confidence: 99%

“…In the age where blockchain technologies are flourishing, smart contracts have become a fundamental element in decentralized applications, bestowing automation, transparency, and security to a range of transactions and engagements. Smart contracts are contracts that execute themselves, with the conditions embedded directly into the code [1]. These contracts serve as the foundational elements of decentralized applications and are crucial for executing intricate business processes on the blockchain.…”

Section: Introductionmentioning

confidence: 99%

Power of Fuzzing and Machine Learning in Smart Contract Security Validation

Ali,

Chen

2023

Fuzzy Systems and Data Mining IX

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Blockchain technology revolutionized digital payments and transactions by introducing disruptive capabilities. It operates through smart contracts, automated software code facilitating transactions without intermediaries. Smart contracts, written in various languages, have gained popularity but are vulnerable to logic flaws and security threats, potentially leading to financial losses and undermining blockchain integrity. Validating their security is essential, although current tools only detect specific attacks, lacking a comprehensive automated solution. This article presents a two-stage process wherein the initial phase involves the extraction of characteristics from smart contracts through the analysis of abstract syntax trees (ASTs) and control flow graphs (CFGs). In order to improve the precision of our results, we can leverage the distinctive capabilities of the fuzzing technique to label the data prior to its integration into the training model. In the subsequent phase, approach is utilized neural decision tree (NDT) typically combines a decision tree structure with neural network components. The mixed-method approach is utilized, leveraging the distinct advantages offered by neural networks and decision trees. The purpose of this collaborative technique is to enhance the probability of identifying vulnerabilities in smart contracts. The experimental assessment yielded favorable outcomes in the detection of smart contract vulnerabilities, namely those pertaining to Reentrancy, integer overflow, and Block Number Dependency.

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The Future of Law and eTechnologies

Cited by 24 publications

References 27 publications

The Main Systemic Engineering Problems of Using Computer and Digital Technologies in Legal Activities in the Context of Ensuring Security

The Main Systemic Engineering Problems of Using Computer and Digital Technologies in Legal Activities in the Context of Ensuring Security

Digital Security of “Smart Cities” as a Factor in the Sustainable Development of the Economy

Power of Fuzzing and Machine Learning in Smart Contract Security Validation

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