Title :
Digital forensic readiness in a cloud environment
Author :
Sibiya, George ; Fogwill, Thomas ; Venter, H.S. ; Ngobeni, Sipho
Author_Institution :
Meraka Inst., Pretoria, South Africa
Abstract :
Although cloud computing is maturing, security issues are still prevalent. Most of the security issues that are in the cloud have existed since the advent of the Internet. These issues are escalated in a cloud environment due to its distributed nature, multi-tenancy and the sensitive and large amount of data that is transmitted over the Internet and hosted by third parties. The security aspect that this paper focuses on concerns digital forensics. The cloud spans over multi-jurisdictions. As such, service providers hosting the data that may be required for digital forensic investigation may be reluctant to comply with foreign law enforcement agencies. Even if they comply, this may be a costly and time-consuming exercise, given the amount of hosted data that belongs to multi-tenants. In this paper we present a forensic readiness model that makes use of a Forensic Service hosted in the cloud. The model is aimed at minimizing costs associated with conducting a digital forensic investigation in a distributed cloud environment. The scope of this paper however is limited to examining the impact that a forensic readiness mechanism put in place may have on other hosted cloud services. Preliminary results have shown a negligible effect in performance of cloud services by a having our proposed digital forensic readiness mechanism in place.
Keywords :
cloud computing; computer crime; data privacy; digital forensics; law; cloud computing; data security service providers; digital forensic investigation; digital forensic readiness mechanism; distributed cloud environment; foreign law enforcement agencies; forensic readiness model; forensic service hosting; hosted cloud services; Cloud computing; Digital forensics; Security; Servers; Software as a service; Virtual machining; Cloud Computing; Digital Forensics; Forensics as a Service; Security as a Service;
Conference_Titel :
AFRICON, 2013
Conference_Location :
Pointe-Aux-Piments
Print_ISBN :
978-1-4673-5940-5
DOI :
10.1109/AFRCON.2013.6757831