GNS3 Projects

GNS3 Projects combine the Virtual and Real Devices in the simulation of complex networks. Graphical Network Simulator-3 shorted as GNS3, which is a notable network emulator. GNS3 is useful to Emulate, Configure, Test, and Troubleshoot the virtual and real network. The scale may vary from small topology (like few nodes on a laptop) to a large scale (like thousands of nodes in the cloud or multiple hosts). In essence, GNS3 is open-source so that anyone can use it. 

For what GNS3 offers its support?

• Multiple Switching
  • NM-ESW16 Etherswitch
  • IOU/IOL Layer 2
  • VIRL IOSvL2
• Hypervisors (including commercial)
  • Virtualbox
  • VMware workstation
  • VMware player
  • ESXi and Fusion
• VRL Images
  • IOSv, IOSvL2, and IOS-XRv
  • CSR1000v
  • NX-OSv and ASAv
• Multi-vendor Environments
• Customized Topologies
• And more

   To be clear, GNS3 also embraces the IP based protocols to make up a realistic environment. On the one hand, it offers a more scalable network simulation. On the other hand, it also supports the virtualization of those networks. All in all, GNS3 network simulation projects are the most apt tool for wireless networking projects.

GNS3 Console Window Commands- Every Developer Must Know

• capture
  • For capturing packets
  • Example: capture West f0/0 west.cap
• confreg
  • Sets Configuration for Registered Value
  • Example: confreg / all 0x2102
• filter
  • To filter out packets in the networks
  • Example: filter R1 s1/0freq_drop 
• reload 
  • To reload network entity like a router
  • Example: reloadR1

   Firstly, these commands are only for the sample. In GNS3, we can find thousands of commands to configure the network. In detail, GNS3 has diverse commands for all processes, such as firewalls, traffic management, and so on. Just spend some time in the below list to get GNS3 aided out of the box ideas. 

Up-to-the-minute Ideas that use GNS3

• MPLS Routing in IPv6 Traffic Engineering
• Data Protection in Backbone Networks
• Multimedia Transfer under Load Balanced Network
• IPTV, RoIP, and VoIP Conversion in Best Effort Mode
• SDN and NFV Modelling under Distributed Topologies

   We have come up with these ideas by analysing research gaps in the literature. For this purpose, we only refer to reputed journals. As a result, any idea from us will get better gratitude from the world. 

GNS3 Associated Operating Systems

• Windows 7 or 8 or 10 (64 bit)
• Windows Server 2012/2016 (64 bit)
• Mac OS X (version 10.9 and later)
• GNS3 VM Associated Platforms
• Bare Metal Cloud Providers like Packet.Net
• And also ESXi

   GNS3 is the kind of tool that not relies on all operating systems. In the above, we listed out the supported OS for your notice. If we need to use GNS3, then we must have any of the OS from the above list. OS alone is not sufficient to do a project since it also requires specific hardware settings. 

Hardware Requirements to Implement GNS3 Projects

• Processor
  • Recommended: More than 4
  • Optimal: More than 8
• Memory
  • Recommended: 8 GB RAM
  • Optimal: 32 GB RAM
• Storage
  • Recommended: 35 GB Available
  • Optimal:80 GB Available
• Needs Virtualization Extensions

   So far, we have introduced GNS3 and its functions. This is not an end since it is the starting point of your project. Without delay, hear our expert’s words. From that, you will dig more and more novel stuff to take off your project.

   At the end of your work, we will endow detail regarding Installation and Execution procedures. For that, we offer our add-ons like a video file, screenshots, and so on. With our work, you will get the confidence to present your work with perfect grades.

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