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This chapter considers aspects of ensuring competitive advantages of the banking sector of Ukraine in the context of global digital transformation. It is proved that operations that previously required a large amount of resources and time can now be carried out automatically using software solutions and artificial intelligence (AI). Companies like FinTech and BigTech that combine financial technology with their core services pose a serious threat to traditional banks. The authors noted that digital technologies make it possible to provide faster and more efficient customer service and improve the security of operations and reduce costs. The emphasis is placed on the fact that the use of AI in the banking sector will contribute to improving the efficiency and accuracy of banks, reducing risks and costs, and also contributes to the selection of personalized approaches to their customers. It has been proven that, thanks to AI, banking companies can improve the efficiency of their work, reduce costs, and improve interaction with their customers, thereby gaining competitive advantages in the market.

With recent increases in cybersecurity incidents, it is imperative to supplement current accounting curriculum, equip accounting graduates with sufficient knowledge and skills to assess cybersecurity risk, and learn about controls to mitigate such risks. In this chapter, the authors describe 10 teaching modules, supported by 10 professionally produced video series. The authors developed these videos for educating students on cybersecurity and the videos are available free to instructors from other institutions who wish to use them. The videos are filled with insights and advice from our two experts – one a former hacker and the other an experienced cybersecurity professional. This dialogue between two different sides provides a rich discussion that leads to answering many questions that people often have about cybersecurity. Further, in Exhibit 1, this chapter offers a framework for characterizing and analyzing some recent publicized data-breach cases, which can supplement discussion on cybersecurity modules. Instructors can add more cases to this source overtime. Finally, the authors share the analysis of feedback from students who went through the series. The results suggest that the students show interest in the topic, and videos helped them better understand the complexity of cybersecurity risk and controls.

Purpose: A cyber insurance policy’s purpose is to help in the recovering of a person or corporation following a cyber breach and to compensate for civil suit expenses stemming from first- and third-party responsibility claims.

Methodology: The usage of cybersecurity spending has forecast a variety of security categories using F&S projection methodology. Each of these is suited to the end-user organisations of in-scope security mechanisms, as well as the particular market circumstances. Critical national infrastructure (CNI), immigration control, big events, first responding, executive branch, infrastructure, and transportation security are among the worldwide forecast categories. This segmentation is further subdivided into 16 subsegments, each with its own security forecasting system. F&S protection marketplaces are anticipated using a bottom-up technique for each nation, which adds up to worldwide market penetration. This covers 177 nations spread throughout seven zones.

Findings: The cybersecurity insurer industry was valued at USD 7.36 billion in 2020 and is predicted to be worth USD 27.83 billion by 2026, growing at a compound annual growth rate (CAGR) of 24.30% during the forecast time frame (2021–2026). The expanding use of digitalisation innovations such as the cloud, big data, mobile computing, internet of things (IoT), and artificial intelligence (AI) across more lines of employment and society, as well as improved connectivity, have enhanced the burden of already overburdened information technology (IT) staff.

Practical implications: Accepted the innovative Insurance Data Security Model Law (#668), which necessitates insurance providers and other agencies registered by government insurance agencies to advance, integrate, and establish an information security management system; start investigating any cybersecurity events; and advise the private insurance superintendent of such happenings. Too far, the approach has been embraced by governorates.

This chapter critically evaluates opportunities and challenges associated with developing diversity and embracing inclusion of cyber security talent in a multinational consultancy firm and offers recommendations on how to optimize inclusion of young talent in this sensitive business area within a multinational company. Drawing on one of the author's experience as a young cyber security professional with a non-technical background, entering the profession through a consultancy graduate development programme, this paper offers a unique perspective on how to enhance cohesion in diversity across linear and non-linear routes into cyber security.

While the scope is limited to cyber security talent in early careers, the competency-based approach means that recommendations around developing diversity and embracing inclusion can be applied to young talent in other business competence areas. Each recommendation can be used as a building block to influence and shape future equality, diversity and inclusion (ED&I) strategy in consultancy.

This chapter describes the present state and the trends in the Polish information and communications technology (ICT) sector, which today is considered to be one of the most progressively developing part of the national economy. Special attention is given to economic background, ICT employment and governmental policy. Some forecasts for future development were also proposed.

The purpose of this chapter is to present the background, dynamics and future trends in the Polish ICT sector.

The statistical data (Statistics Poland, Eurostat), market reports and scientific articles were analysed. Microsoft Excel and QGIS software was used to analyse the data and visualise the results.

Polish ICT market has stable fundaments, good infrastructure, qualified workers and a good location. Despite the developed infrastructure, e-commerce and e-administration usage is relatively low compared to the average level of EU27. The Polish ICT market specialises in software implementation, IT outsourcing and computer game development. The Polish ICT market development is associated with cloud computing, outsourcing, e-commerce, cybersecurity, big data, artificial intelligence (AI) and Industry 4.0. Poland is also in the top 10 countries for IT outsourcing worldwide, with the leading ICT centers in Warsaw, Cracow and Wrocław.

The growth of the ICT sector was (is) supported also by central programmes and government strategies: Operational Programme Digital Poland, Digital Competence Development Program and Cybersecurity Strategy. In the last 2 years, the development of ICT was also boosted by the COVID-19 pandemic. Market reports and forecasts show that the sector's future development will be related to artificial intelligence, Industry 4.0 and data analytics and financed by private business and central government contracts. The increase in remote work will also be significant.