Risk analysis on the development of a business continuity plan

Setiawan, Alexander; Wibowo, Adi; Susilo, Andrew Hartanto

doi:10.1109/caipt.2017.8320736

Cited by 8 publications

(4 citation statements)

References 2 publications

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“…Penelitian tersebut merancang BCP menggunakan siklus PDSA (Plan-Do-Study-Act) dan menghasilkan daftar strategi efektif yang dapat diterapkan ketika catatan kesehatan elektronik terhenti [10]. Penelitian lain telah merancang BCP dengan menggunakan tahapan 1) inisiasi projek, 2) penilaian risiko, 3) analisis dampak bisnis, 4) strategi mitigasi, 5) pengembangan BCP, 6) pengujian dan audit, 7) pemeliharaan, namun penelitian tersebut lebih berfokus pada penilaian dan evaluasi risiko [11]. Selain itu, juga terdapat peneliti yang merancang BCP menggunakan acuan ISO 22301:2102 [12] [13].…”

Section: Tinjauan Literaturunclassified

Proposed Business Continuity Plan Information Technology using ISO 22301 And ISO 27031

Puspitaningrum¹

2022

SISTEMASI

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Mayoritas organisasi memiliki ketergantungan yang tinggi terhadap peran teknologi informasi (TI). TI memiliki peran yang sangat penting bagi sebuah bisnis, sehingga implementasi TI perlu dilindungi dari berbagai ancaman dan gangguan untuk menghindari kegagalan TI dan terjadinya risiko TI yang akan berdampak buruk pada aktivitas bisnis organisasi. Penjaminan keberlangsungan bisnis dapat dilakukan dengan membuat perencanaan keberlanjutan bisnis atau dikenal dengan Business Continuity Plan (BCP). BCP merupakan seperangkat prosedur yang lengkap untuk merespon gangguan operasi bisnis secara efektif dan efisien, sehingga bisnis dapat terus berlanjut. Selama ini belum banyak organisasi yang memiliki kesadaran akan pentingnya penerapan BCP yang baik. Hal ini disebabkan oleh kurangnya pengetahuan bagaimana merancang dokumen BCP dengan komprehensif, termasuk analisis dampak bisnis dan memprioritaskan proses bisnis kritis. Organisasi yang tidak menerapkan BCP berpotensi merugi, karena tidak memiliki persiapan apapun jika terjadi bencana terkait teknologi informasi yang memiliki peran krusial dalam organisasi bisnis. Hal ini menunjukkan bahwa BCP penting untuk diterapkan di seluruh organisasi agar bisnis dapat terus berlanjut karena mengurangi dampak negatif dari gangguan bisnis. Penelitian sebelumnya, telah membahas BCP namun masih sedikit yang mengusulkan BCP untuk industri minyak dan gas. Hasil dari penelitian ini adalah usulan BCP pada industri minyak dan gas dengan menggunakan acuan ISO 22301:2012, ISO 27031:2011 terkait keberlangsungan bisnis pada teknologi informasi, dan penelitian sebelumnya tentang elemen BCP.

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Section: Tinjauan Literaturunclassified

Proposed Business Continuity Plan Information Technology using ISO 22301 And ISO 27031

Puspitaningrum¹

2022

SISTEMASI

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“…These networks provide a large amount of information that can be accessed anonymously, making them ideal platforms for spreading false information, mischief, and misdemeanors: fraudsters and attackers can hide their harmful actions within the mountains of data. As these networks continue to spread, fraudsters' possibilities to manipulate them for their own gain have grown as well [61,62].…”

Section: Risk Control and Fraud Detectionmentioning

confidence: 99%

A Review on Risk Management in Information Systems: Risk Policy, Control and Fraud Detection

Taherdoost

2021

Electronics

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Businesses are bombarded with great deals of risks, vulnerabilities, and unforeseen business interruptions in their lifetime, which negatively affect their productivity and sustainability within the market. Such risks require a risk management system to identify risks and risk factors and propose approaches to eliminate or reduce them. Risk management involves highly structured practices that should be implemented within an organization, including organizational planning documents. Continuity planning and fraud detection policy development are among the many critically important practices conducted through risk management that aim to mitigate risk factors, their vulnerability, and their impact. Information systems play a pivotal role in any organization by providing many benefits, such as reducing human errors and associated risks owing to the employment of sophisticated algorithms. Both the development and establishment of an information system within an organization contributes to mitigating business-related risks and also creates new types of risks associated with its establishment. Businesses must prepare for, react to, and recover from unprecedented threats that might emerge in the years or decades that follow. This paper provides a comprehensive narrative review of risk management in information systems coupled with its application in fraud detection and continuity planning.

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“…Furthermore, they can help in dealing with similar virus outbreaks in the future. A disturbing incident is any form of security breach, whether intentional or not, that causes economic growth to not run normally [5].…”

Section: Introductionmentioning

confidence: 99%

Comparison and analysis of the artificial neural network method and SIRD on Covid-19 cases in Surabaya

Setiawan,

Rostianingsih,

Santoso

2023

Sixth International Conference of Mathematical Sciences (Icms 2022)

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Since the first case of Covid-19, it is evidence that the spread of the disease in Indonesia is unavoidable. The virus continues to be widespread in Indonesian cities, one of which is Surabaya. Surabaya attained the 'crimson zone' status on June 2, 2020 due to the drastic increase of positive Covid-19 cases which tallies to 2748 people. The rapid pace at which Covid-19 spreads can result in a high death rate. This research tries to prevent high casualty rates by predicting the need for health equipment, isolation rooms, medical personnel, and the need for Personal Protective Equipment (PPE) for Covid-19 patients. There are two methods used for the sake of predicting, namely the Artificial Neural Network (ANN) and Susceptible Infectious Recovered Decease (SIRD) methods. The methods being mentioned will have their accuracies tested using error measurement methods which include the Mean Absolute Deviation (MAD), Mean Square Error (MSE), and Mean Absolute Percentage Error (MAPE). After measurements have been made, the prediction results from these 2 methods will be utilized to calculate the needs for equipment, isolation rooms, medical personnel, and PPE needs based on the regulatory patterns owned by the S, N, and X hospitals. Based on the results of the website implementation analysis, the ANN method is shown to have average error rates of 68,7467 for training and 75,4533 for testing based on the MAD method, 12487,67 for training and 13957,9267 for testing based on the MSE method, and 19,57% for training and 17,6% for testing based on the MAPE method. The SIRD method is shown to have average error rates of 551,1533, 1072639,5567, and 26,3033% for the MAD, MSE, and MAPE methods respectively.

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Risk analysis on the development of a business continuity plan

Cited by 8 publications

References 2 publications

Proposed Business Continuity Plan Information Technology using ISO 22301 And ISO 27031

Proposed Business Continuity Plan Information Technology using ISO 22301 And ISO 27031

A Review on Risk Management in Information Systems: Risk Policy, Control and Fraud Detection

Comparison and analysis of the artificial neural network method and SIRD on Covid-19 cases in Surabaya

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