A handy, open source multiplatform graphical network simulation utility that targets both network enthusiasts and professionals.
GNS3 is a multi-platform utility designed from the ground-up to enable users to create simulations of complex networks without having to buy a router or other dedicated equipment.
A complex, yet easy-to-use network simulator with a user-orientated interface
GSN3 does not only target the advanced users, but also students or people that are passionate about networking, by helping them to gain a better understanding of the connection and layout of routers or computers.
In addition, GSN3 comes with a streamlined user interface that has absolutely all the buttons and features arranged at one’s finger tips and will enable the creation, customization and simulation of any network configuration.
Provides a good testing and simulation environment for network operations
Moreover, in order to provide its users with the most real simulation of networks, GSN3 uses emulators such as: VirtualBox, Qemu and Dynamips.
Furthermore, GSN3 is capable to verify and test the network’s layout, thus enabling you to optimize its functionality. At the same time, GSN3 is able to determine the minimum number of routers required in order to have a balanced network connection.
A straightforward network problem solver that will help you in more ways than one
When dealing with network problems you can make use of the built in “Take a screenshot” GSN3 feature: this way, you can compare the result of various actions, or provide relevant data about your network when seeking advice.
On the whole, GNS3 doesn’t replace a router or a switch device, but it does manage to provide an easy to understand network testing environment by enabling you to simulate various configurations.
- Python 2.5.1 or later
- Apple Devs Tools
- 64-bit processor
- Provides a good environment for creating complex networks simulations
- Intuitive user graphics
- Accurately simulates network configurations by using the following emulators: VirtualBox, Qemu and Dynamips.