TY - GEN
T1 - "LUDO" - Kids playing Distributed Denial of Service
AU - Steinberger, Jessica
AU - Cardoso de Santanna, José Jair
AU - Spatharas, E.
AU - Amler, H.
AU - Breuer, N.
AU - Graul, K.
AU - Kuhnert, B.
AU - Piontek, U.
AU - Sperotto, Anna
AU - Baier, H.
AU - Pras, Aiko
PY - 2016/12/15
Y1 - 2016/12/15
N2 - Distributed denial of service attacks pose a serious threat to the availability of the network infrastructures and services. GE̿ANT, the pan-European network with terabit capacities witnesses close to hundreds of DDoS attacks on a daily basis. The reason is that DDoS attacks are getting larger, more sophisticated and frequent. At the same time, it has never been easier to execute DDoS attacks, e.g., Booter services offer paying customers without any technical knowledge the possibility to perform DDoS attacks as a service. Given the increasing size, frequency and complexity of DDoS attacks, there is a need to perform a collaborative mitigation. Therefore, we developed (i) a DDoSDB to share real attack data and allow collaborators to query, compare, and download attacks, (ii) the Security attack experimentation framework to test mitigation and response capabilities and (iii) a collaborative mitigation and response process among trusted partners to disseminate security event information. In addition to these developments, we present and would like to discuss our latest research results with experienced networking operators and bridging the gap between academic research and operational business.
AB - Distributed denial of service attacks pose a serious threat to the availability of the network infrastructures and services. GE̿ANT, the pan-European network with terabit capacities witnesses close to hundreds of DDoS attacks on a daily basis. The reason is that DDoS attacks are getting larger, more sophisticated and frequent. At the same time, it has never been easier to execute DDoS attacks, e.g., Booter services offer paying customers without any technical knowledge the possibility to perform DDoS attacks as a service. Given the increasing size, frequency and complexity of DDoS attacks, there is a need to perform a collaborative mitigation. Therefore, we developed (i) a DDoSDB to share real attack data and allow collaborators to query, compare, and download attacks, (ii) the Security attack experimentation framework to test mitigation and response capabilities and (iii) a collaborative mitigation and response process among trusted partners to disseminate security event information. In addition to these developments, we present and would like to discuss our latest research results with experienced networking operators and bridging the gap between academic research and operational business.
KW - EWI-27042
M3 - Conference contribution
T3 - European Journal of Higher Education IT
SP - 3
BT - Proceedings of the 32th Trans European Research and Education Networking Conference (TNC 2016)
A2 - Bergström, Johan
A2 - Hórvath,, Gyöngyi
A2 - Schofield, Brook
PB - EUNIS Research and Analysis Initiative
CY - Sweden
T2 - 32th Trans European Research and Education Networking Conference (TNC 2016)
Y2 - 12 June 2016 through 16 June 2016
ER -