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Data Self-Healing Technique Using ASIC Level Security Mechanisms


Affiliations
1 St.Peters University, Chennai, India
2 Department of ECE, Dr. M.G.R. University, Chennai-600 095, India
3 Dr. MGR University, Chennai, India
4 Department of ECE, SR Engineering College, Warangal, India
     

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Computers have a plethora of different applications, spread over a wide spectrum of different branches such as electronic fund transfers, air traffic control, and storage of information in medical systems and so on. In all these security is an important aspect of any operating system and access of information to only properly authorized individuals or processes through the use of special security features should be ensured. The main objective of the proposed self healing scheme is to share and secure the information of any system at the same time. However, sharing and protection are two contradictory goals. Protection programs may be completely isolated from each other by executing them on separate non-networked computer, however, this precludes sharing. The proposed work provides data security based on Dynamic Information Flow Tracking by keeping track of the modified capabilities of the resources. A novel feature of this work is that the proposed architecture allows passive threats to co-exist, thus, making the architecture more user-friendly.

Keywords

Self-Healing, ASIC, Data Security, PCI Bus, Snoop Cycle.
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  • Data Self-Healing Technique Using ASIC Level Security Mechanisms

Abstract Views: 223  |  PDF Views: 3

Authors

M. Anand
St.Peters University, Chennai, India
S. Ravi
Department of ECE, Dr. M.G.R. University, Chennai-600 095, India
Kuldeep Chouhan
Dr. MGR University, Chennai, India
Syed Musthak Ahmed
Department of ECE, SR Engineering College, Warangal, India

Abstract


Computers have a plethora of different applications, spread over a wide spectrum of different branches such as electronic fund transfers, air traffic control, and storage of information in medical systems and so on. In all these security is an important aspect of any operating system and access of information to only properly authorized individuals or processes through the use of special security features should be ensured. The main objective of the proposed self healing scheme is to share and secure the information of any system at the same time. However, sharing and protection are two contradictory goals. Protection programs may be completely isolated from each other by executing them on separate non-networked computer, however, this precludes sharing. The proposed work provides data security based on Dynamic Information Flow Tracking by keeping track of the modified capabilities of the resources. A novel feature of this work is that the proposed architecture allows passive threats to co-exist, thus, making the architecture more user-friendly.

Keywords


Self-Healing, ASIC, Data Security, PCI Bus, Snoop Cycle.