Design Small Network IP Scheme
Budget: £20 – £250 GBP
I’ve put together a small multi-segment network and now need a clean IP addressing plan plus router configurations that rely only on static routes—no RIP, EIGRP, OSPF or any other dynamic protocol.
Here is what I need from you:
• Analyse the existing topology (I’ll share the diagram) and decide how many subnets are appropriate.
• Create a logical IPv4 subnetting plan that leaves sensible room for growth.
• Assign addresses to all required interfaces and any servers or other fixed hosts, documenting them in an easy-to-read table.
• Write the static route statements for each router so every host can reach every other host.
• Deliver the final running-config for each router along with a short verification report (ping/traceroute screenshots or equivalent commands) showing full end-to-end connectivity.
If you prefer working in Packet Tracer, GNS3 or directly on Cisco CLI, let me know—whatever helps you produce configs I can paste straight into my devices. Accuracy and clear documentation matter more to me than fancy graphics, so focus on a solid, well-explained solution I can implement immediately.
Here is what I need from you:
• Analyse the existing topology (I’ll share the diagram) and decide how many subnets are appropriate.
• Create a logical IPv4 subnetting plan that leaves sensible room for growth.
• Assign addresses to all required interfaces and any servers or other fixed hosts, documenting them in an easy-to-read table.
• Write the static route statements for each router so every host can reach every other host.
• Deliver the final running-config for each router along with a short verification report (ping/traceroute screenshots or equivalent commands) showing full end-to-end connectivity.
If you prefer working in Packet Tracer, GNS3 or directly on Cisco CLI, let me know—whatever helps you produce configs I can paste straight into my devices. Accuracy and clear documentation matter more to me than fancy graphics, so focus on a solid, well-explained solution I can implement immediately.