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Appendix A.docx (57.73 kB)
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Appendix B.docx (57.88 kB)
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Appendix C.docx (67.85 kB)
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Appendix D.docx (69.23 kB)
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Appendix E.docx (77.59 kB)
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Appendix F.docx (74.69 kB)
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Appendix G.docx (62.22 kB)
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Appendix H.docx (61.04 kB)
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Appendix I.docx (59.81 kB)
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Appendix J.docx (60.25 kB)
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Ettercap capture of MITM attack.png (118.99 kB)
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Packet capture for Publisher.png (160.45 kB)
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Packet capture for Subscriber.png (167.54 kB)
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Rejected SV PDU.png (70.27 kB)
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Terminal output for subscriber device.png (182.37 kB)
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Unsecure GOOSE.png (207.05 kB)
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Wireshark capture of corrected GOOSE PDU.png (122.07 kB)
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Wireshark capture of GOOSE PDU with error.png (71.07 kB)
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Wireshark Capture of MITM attack.png (93.42 kB)
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Development of authentication algorithms for IEC 61850 goose and sampled value messages
Version 2 2024-03-11, 10:03
Version 1 2024-03-11, 08:36
dataset
posted on 2024-03-11, 10:03 authored by Africa NdzekuAfrica NdzekuThis study aims to develop an authentication algorithm for Routable-GOOSE (R-GOOSE) or Routable-SV (R-SV). Critical security features must be enabled to support authentication and authorization. The EtM algorithm is proposed for maintaining message confidentiality and integrity, with AES-128 encryption for privacy and MAC algorithms for message authentication. Simulation results indicate that the EtM algorithm can be successfully used for R-SV messages while meeting the stringent 3 ms latency criteria. The results suggest that future IEC 62351 security standards can confidently advocate for encryption for R-SV communication.
History
Is this dataset for graduation purposes?
- Yes
