Title :
Autonomous architecture for managing firewalling Cloud-based service
Author :
Amine Guenane, Fouad ; Jaafar, Bendriss ; Nogucira, Michele ; Pujolle, Guy
Author_Institution :
UPMC Univ. Paris 06, Paris, France
Abstract :
The Cloud computing model is considered as a very promising internet-based computing platform, the resources it provides to create virtual machines are rarely used to manage security. Researchers used this power in a new way, in order to offer new security services based on Cloud paradigm to copc with threats such as DDOS (Distribute Denial Of Service) attacks, using the extensible resources and other Cloud´s characteristics. Our model is based on the SECaaS (SECurity as a Service) to manage security using specialized virtual firewalls proposed as a service by the Cloud Provider. The main advantage of this approach is to instantiate firewalls when needed and adapt resources to filter the network flow avoiding bottlenecks and congestion. In this paper, we present a new autonomous model to manage cloud based firewalling services using the Multi-Agent System. The aim of this solution is to manage and provide optimal resource provisioning for this type of service.
Keywords :
cloud computing; firewalls; multi-agent systems; resource allocation; virtual machines; DDOS attacks; Internet-based computing platform; SECaaS; autonomous architecture; autonomous model; cloud computing model; cloud provider; distributed denial of service attacks; firewalling cloud-based service management; network flow; optimal resource provisioning; security as a service; security management; security services; specialized virtual fire walls; Adaptation models; Analytical models; Computational modeling; Load modeling; Logic gates; Security; Tag clouds; Agent; Cloud computing; Firewall; MAS; Network security; SECAAS; Secaas; Security as a Service; autonomous;
Conference_Titel :
Network of the Future (NOF), 2014 International Conference and Workshop on the
DOI :
10.1109/NOF.2014.7119774