Cyber-risk Management

Refsdal, Atle; Solhaug, Bjørnar; Stølen, Ketil

doi:10.1007/978-3-319-23570-7_5

Cited by 27 publications

(18 citation statements)

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“…Pada era industri 4.0, segala proses interaksi fisik mulai mengalami peralihan ke arah digital karena munculnya istilah cyber physical system yang pada intinya adalah mengubah interaksi digital menjadi seolah-olah seperti interaksi secara fisik karena adanya perangkat fisik yang terhubung melalui internet (Refsdal, 2015). Saat ini berbagai perusahaan berlomba-lomba untuk melakukan digitalisasi sehingga akibatnya segala proses transaksi bisnis mulai beralih ke transaksi digital.…”

Section: Pendahuluanunclassified

Pengaruh Product Usability Dan Cashback Promotion Terhadap Brand Loyalty Layanan Digital Wallet Di Indonesia

Putra

2021

BJM

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Digital Wallet was a financial technology that was currently being used by people in Indonesia. However, the majority of users of this service were less loyal because they often use more than 1 application. In this study the authors analyzed the influence of product usability and cashback promotion factors on brand loyalty of digital wallet service users. The results of this study indicate that the product usability and cashback promotion factors have a significant positive effect on brand loyalty of digital wallet service users both simultaneously and partially. This proves that these two factors are determinants of how loyal the community is to a brand of digital wallet services.

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Section: Pendahuluanunclassified

Pengaruh Product Usability Dan Cashback Promotion Terhadap Brand Loyalty Layanan Digital Wallet Di Indonesia

Putra

2021

BJM

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“…Our key challenge when utilizing such data is to determine the exact sources of relevance and to choose only those aspects that are relevant to our assessment from these sources. Here's an easy four-step process to follow Ruan 2017; (Antonucci 2017;Refsdal et al 2015):…”

Section: Risk Identification Techniquesmentioning

confidence: 99%

Cyber-risk management: identification, prevention, and mitigation techniques

Hariharan¹

2021

Preprint

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Cyber-attacks on critical infrastructure, as well as the possibility of cyber-terrorism and even cyberwarfare, pose a threat to societies on a larger scale. Stakeholders are vulnerable to information theft,service disruptions, privacy and identity theft, fraud, espionage and sabotage. This article provides abrief overview of risk management, with a particular emphasis on cyber security and cyber-riskassessment. This article provides an overview of risk management, with a particular emphasis oncyber security detection, prevention, and mitigation techniques. We showed how organizations couldmitigate their cyber risk with careful management.

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“…The ISO 31000 lists 11 of these principles. The process consists of risk assessment, monitoring and review, and communication and control [31]. Risk assessment is again broken down into three parts, risk identification, risk estimation and risk evaluation.…”

Section: Risk Managementmentioning

confidence: 99%

Tool Support for Risk-driven Planning of Trustworthy Smart IoT Systems within DevOps

Thompson

Erdogan

2020

Proceedings of the 6th International Conference on Information Systems Security and Privacy

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The Internet of Things is rising in popularity across many different domains, such as build automation, healthcare, electrical smart metering and physical security. Many prominent IT experts and companies like Gartner expect there to be a continued rise in the amount of IoT endpoints, with an estimated 5.8 million endpoints in 2020. With the rapid growth of the devices, the physical nature of these devices, and the amount of data collected, there will be a greater need for trustworthiness. These devices often gather personal data and as the devices have relatively less computational power than other devices, security and privacy risks are greater. With the IoT systems often operating in highly dynamic environments, the development of these systems should often be done in an iterative manner. De-vOps is an increasingly popular agile practice which combines the development and operations of systems to provide continuous delivery. This is well suited for the development of IoT systems. However, there is currently a lack of support for risk driven planning of trustworthy smart IoT systems within DevOps. This thesis investigates currently available tools and methods for the planning of trustworthy smart IoT systems within DevOps. We also propose a tool-supported method with the purpose of assisting developers in the planning phase of DevOps with identifying security and privacy risks, and executing risk assessment algorithms. Furthermore we facilitate automatic real-time security and privacy risk assessment through our custom made API. Moreover we conduct a case study where we apply both our method and tool in a real-life smart home case. Based on our initial result we argue that our tool-supported method: is easy to use and understandable for developers, supports the planning of trustworthy smart IoT systems in the DevOps practice in terms of security and privacy risk assessment and it is appropriate for use in the DevOps practice in terms of adapting to new plans and flexible in response to changes in the system.

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Cyber-risk Management

Cited by 27 publications

References 0 publications

Pengaruh Product Usability Dan Cashback Promotion Terhadap Brand Loyalty Layanan Digital Wallet Di Indonesia

Pengaruh Product Usability Dan Cashback Promotion Terhadap Brand Loyalty Layanan Digital Wallet Di Indonesia

Cyber-risk management: identification, prevention, and mitigation techniques

Tool Support for Risk-driven Planning of Trustworthy Smart IoT Systems within DevOps

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