Advanced Network Design with EVE-NG
Budget: $50 – $100 USD
We are looking to implement an advanced network project using EVE-NG, including the design and configuration of a network with a main site, branch routers, and a backup router. The project should demonstrate advanced routing and site-to-site connectivity concepts.
________________________________________
Project Details:
1. Network Design:
o Main site (HQ)
o Two routers representing branch offices
o An additional router serving as a backup, connected to the HQ
2. IP Address Planning:
o Create an IPv4 addressing scheme (internal and external networks)
o Assign appropriate IP ranges to each site
3. Routing Protocols to Implement:
o OSPF
o BGP
o MP-BGP
o Apply Routing Summarization to optimize routing tables
o Implement Route Redistribution between protocols (e.g., OSPF ↔ BGP)
4. Inter-site Connectivity:
o Use DMVPN between HQ and branches to ensure secure and scalable communication
5. Redundancy and Failover:
o Implement redundancy mechanisms in key routers
o Configure backup paths to ensure continuous network availability
6. Network Testing:
o Perform full functionality testing:
ping, traceroute, SSH, etc.
o Validate reachability and failover scenarios
7. Documentation and Reporting:
o Document all project steps in detail
o Include configuration screenshots and diagrams from EVE-NG
o Prepare a final report including:
Network design
IP addressing
Protocols used
Screenshots
Testing results
Conclusions and recommendations
________________________________________
Deliverables Required:
• EVE-NG project file (fully working lab)
• PDF report with complete project documentation
• Screenshots of configurations and EVE-NG setup
• Configuration files (text/CLI format)
Please follow the following file instructions!
________________________________________
Project Details:
1. Network Design:
o Main site (HQ)
o Two routers representing branch offices
o An additional router serving as a backup, connected to the HQ
2. IP Address Planning:
o Create an IPv4 addressing scheme (internal and external networks)
o Assign appropriate IP ranges to each site
3. Routing Protocols to Implement:
o OSPF
o BGP
o MP-BGP
o Apply Routing Summarization to optimize routing tables
o Implement Route Redistribution between protocols (e.g., OSPF ↔ BGP)
4. Inter-site Connectivity:
o Use DMVPN between HQ and branches to ensure secure and scalable communication
5. Redundancy and Failover:
o Implement redundancy mechanisms in key routers
o Configure backup paths to ensure continuous network availability
6. Network Testing:
o Perform full functionality testing:
ping, traceroute, SSH, etc.
o Validate reachability and failover scenarios
7. Documentation and Reporting:
o Document all project steps in detail
o Include configuration screenshots and diagrams from EVE-NG
o Prepare a final report including:
Network design
IP addressing
Protocols used
Screenshots
Testing results
Conclusions and recommendations
________________________________________
Deliverables Required:
• EVE-NG project file (fully working lab)
• PDF report with complete project documentation
• Screenshots of configurations and EVE-NG setup
• Configuration files (text/CLI format)
Please follow the following file instructions!