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This paper aims to manage better the conflicts in labor disputes by improving the understanding of mediation dynamics from a game-theoretical perspective.

Signaling game model is adapted to a hypothetical labor dispute based on the legislative regulations on the mandatory mediation system in Turkey.

The paper determines mediation equilibria in which both players get positive payoffs. Analysis of the mediation equilibria helps to improve the understanding about the litigation and mediation dynamics depending on the variables. The variables are clearly separated from each other due to their reverse effects on strategy choices of the parties. Mediation payoff and litigation cost are characterized by their incentive effects on mediation preferences, whereas mediation fee and litigation payoff are characterized by their disincentive effect. While increasing amounts of incentive variables strengthen the mediation tendency of the employee, increasing amounts of disincentive variables reveal the opposite effect. Furthermore, the analysis also indicates that if the litigation payoff is too small to recover litigation costs, accepting the mediation becomes the optimal strategy. This prediction is contrary to that of traditional game-theoretic litigation/settlement models, in which small-claim disputes typically cannot be settled.

The assumption that the mediation fee is not a part of the litigation cost eliminates the disincentive effect of mediation fee and makes it neutral on the strategy choice of employee.

This paper first analyzes the strategic role of mediation in labor disputes by using a signaling game. Despite its mediation focus, the paper also provides practical insights for litigation.

Purpose: The study is designed to investigate internal audit functions in banks’ cyber security governance processes by assessing the pros and cons of blockchain technology through swot analysis.

Need of the Study: The study is needed to clarify the complexities in internal audit fields integrated into cyber security governance and explore the blockchain application opportunities.

Methodology: Blockchain technology is explored from the point of technical concepts and policy framework by swot analysis to propose a set of solutions for continuous audit methods in cyber security governance.

Limitations: The sample of this study is limited to the personal ideas and evaluations of academicians, experts in the banking sector and legal regulators of Türkiye, with the data received between March and December 2021.

Findings: Blockchain technology can be applied as an alternative to conventional risk control methods as a mechanism of continuous audit methods to reduce human mistakes and special causes.

Practical Implications: The control of risk management operations for cyber security processes should be performed with the support of audit units of the banks. Therefore, innovations are being implemented to cyber-risk controls to drop the defects that cause technical and ethical issues with blockchain technology as a way of using automation. So, this advancement can be applied in audit operations practically for unanticipated events which can emerge in cyberspace to mitigate inherent risk to residual levels. However, there is ample room to adapt this technology for cyber security management and audit practices from the point of view of the labour force, regulations and environmental issues.