Monitoring and controlling geographically distributed Dual Stack networks on the present Internet architecture is a complex task. The diffused use of Network Address Translation (NAT) and issues caused by border firewalls make remote network monitoring difficult. It is also necessary to physically be connected to the remote networks to sniff packets. There are several situations in which it is convenient to have an easy to use tool, accessible from every location, for monitoring and managing various networks, distributed in different locations, using a single management interface. This article is proposing a geographically distributed, scalable and extensible open tool for monitoring and controlling geographically distributed Dual Stack (IPv4/Ipv6) networks using a single management interface by solving the NAT traversal and firewall issues.
6MoNPlus: Geographically distributed Dual Stack network monitoring
Filippo Lauria;Claudio Porta;Andrea De Vita;Abraham Gebrehiwot;Alessandro Mancini
2016
Abstract
Monitoring and controlling geographically distributed Dual Stack networks on the present Internet architecture is a complex task. The diffused use of Network Address Translation (NAT) and issues caused by border firewalls make remote network monitoring difficult. It is also necessary to physically be connected to the remote networks to sniff packets. There are several situations in which it is convenient to have an easy to use tool, accessible from every location, for monitoring and managing various networks, distributed in different locations, using a single management interface. This article is proposing a geographically distributed, scalable and extensible open tool for monitoring and controlling geographically distributed Dual Stack (IPv4/Ipv6) networks using a single management interface by solving the NAT traversal and firewall issues.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.