이기종 클라우드 컴퓨팅에서 디지털포렌식 구조 설계
Digital Forensics Design in Heterogeneous Cloud Computing
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The cloud can be interconnected with different characteristics and systems, so the network can be vulnerable to volatility or interference. In a cloud environment, attackers are causing cybercrime. It is becoming very vulnerable to threats and intrusion of external attacks, and unauthorized access or destruction of data is causing significant fatal losses to organizations or agencies. Efficient design for cyber defense is required to enable detection of dangerous cybercrimes such as distributed denial of service (DDoS) on heterogeneous cloud computing platforms. This paper developed a digital forensic structure to detect cybercrime in a heterogeneous cloud environment. A digital forensic model that can operate in a heterogeneous cloud environment was proposed. A diagram that can accommodate the variability and complexity of the cloud was developed when handling inter-cloud resources. This study presented a digital forensic structure so that it can operate stably in a heterogeneous cloud environment.
Abstract
The cloud can be interconnected with different characteristics and systems, so the network can be vulnerable to volatility or interference. In a cloud environment, attackers are causing cybercrime. It is becoming very vulnerable to threats and intrusion of external attacks, and unauthorized access or destruction of data is causing significant fatal losses to organizations or agencies. Efficient design for cyber defense is required to enable detection of dangerous cybercrimes such as distributed denial of service (DDoS) on heterogeneous cloud computing platforms. This paper developed a digital forensic structure to detect cybercrime in a heterogeneous cloud environment. A digital forensic model that can operate in a heterogeneous cloud environment was proposed. A diagram that can accommodate the variability and complexity of the cloud was developed when handling inter-cloud resources. This study presented a digital forensic structure so that it can operate stably in a heterogeneous cloud environment.
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