Digital Forensic Readiness In Wireless Medical Systems

Cusack, Brian; Lutui, Raymond

doi:10.1109/itnac46935.2019.9078005

Cited by 9 publications

(2 citation statements)

References 21 publications

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“…In this chapter, the digital assets, such as work manager and work group, are identified. In DFR, due diligence and good corporate governance are key considerations to manage the company's information assets [98]. Therefore, it is necessary to identify major areas of work and assets, the source of DE, to preserve the PDE while maintaining the company's objectives.…”

Section: ) Digital Assets Identification Planmentioning

confidence: 99%

K-FFRaaS: A Generic Model for Financial Forensic Readiness as a Service in Korea

Lee

Kim

2021

IEEE Access

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While Korean financial companies are currently providing electronic financial services by establishing the high-level information technology and security system in accordance with the Electronic Financial Supervision Regulations (EFSR), they are rarely equipped with digital forensic readiness (DFR) to maximize the capability to collect critical digital evidence (DE). So, there is a limit to identifying the root cause of financial incidents and securing admissible DE. In this paper, there, the authors present Financial Forensic Readiness as a Service in Korea (K-FFRaaS), as DFR of financial companies to secure the admissible DE. Based on ISO/IEC 27043:2015 international standard, K-FFRaaS consists of 3 processes groups, namely: Planning processes group, Implementation processes group, and Assessment processes group. Planning processes group is the processes group to prepare the organization to be forensically ready before potential incidents happen. Implementation processes group is the stage to carry out the processes defined in the planning group. Assessment processes group consists of activities that evaluate whether the result of the implementation process group is consistent with the objective of K-FFRaaS. The contribution of this research is to present that the financial company can adopt the systematic management procedure for mitigating the causes of incidents, store admissible DE, and present scientific evidence to a court of law through K-FFRaaS.

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Section: ) Digital Assets Identification Planmentioning

confidence: 99%

K-FFRaaS: A Generic Model for Financial Forensic Readiness as a Service in Korea

Lee

Kim

2021

IEEE Access

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“…There is a balance to forensic readiness, specifically, the ability to collect credible digital evidence while reducing the costs to perform digital forensics on a medical device. 8 To determine whether a medical device has forensic readiness maturity means that the digital forensics practitioner or manufacturer has to determine what information is stored on the file system.…”

mentioning

confidence: 99%

Medical Device Forensics

Schmitt¹

2022

IEEE Secur. Privacy

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A digital forensic analysis of an electrocardiogram medical device: A first look

Grispos,

Tursi,

Mahoney

2024

WIREs Forensic Science

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The increased frequency and severity of cybersecurity incidents impacting healthcare organizations has prompted the publication of suggested best practices for these organizations, when attempting to respond to incidents in their respective settings. While these best practices provide a wealth of information on how to respond to a cybersecurity incident impacting medical devices, minimal information is provided related to the forensics investigation of the devices themselves. A growing appetite for digital evidence from medical devices, coupled with limited practical guidance from industry best practices prompts an investigation into identifying tools and techniques to assist digital forensic investigators with device disassembly, data acquisition, and preservation of evidence in medical devices. This paper presents the results of a detailed exploratory case study involving the digital forensic investigation of a General Electric MAC 800 electrocardiogram medical device. The contributions of this research are threefold. First, it provides an empirical demonstration of practical techniques for acquiring and examining residual data from the electrocardiogram medical device. Second, the research documents the artifacts that can be recovered from the medical device, which could be used as potential evidence. Third, it provides the foundation for future investigations regarding the tools and processes suitable for examining additional medical devices.This article is categorized under: Digital and Multimedia Science > Cybercrime Investigation Digital and Multimedia Science > IoT Forensics

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Digital Forensic Readiness In Wireless Medical Systems

Cited by 9 publications

References 21 publications

K-FFRaaS: A Generic Model for Financial Forensic Readiness as a Service in Korea

K-FFRaaS: A Generic Model for Financial Forensic Readiness as a Service in Korea

Medical Device Forensics

A digital forensic analysis of an electrocardiogram medical device: A first look

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