Capatone project

The DHCP server(s) must be configured to assign IP addresses to wired and wireless clients, both internal and guests. • Ensure statically assigned addresses are excluded from the DHCP scope • Devices on the Infrastructure Management VLAN should be configured with static IP addresses • The Internal wireless networks should be able to connect to all internal networks • The Guest wireless networks should only have Internet access • Each department should have at least one PC to simulate functionality. There is no need to put the full number of PCs in the Packet Tracer file • An A record must exist in your DNS server that maps [login to view URL] to the IP address of your web server • An A record must exist in your DNS server that maps [login to view URL] to the IP address of your wireless LAN controller • Enable VTP Submission The following items are to be submitted in a single Zip file in Moodle • A Word document that includes at least the following items: o Cover Page with your name, student number and date of submission o Total page count in the bottom right corner of the document’s footer o Calibri font size 11, 1.5 line spacing o Network diagram o Table showing the IP addressing scheme used o All subnets with their VLAN information, subnet masks and default gateways o Any default routes o Any statically assigned IP addresses and to which device o Details of all access control lists that are used o Summary of router access credentials (IP addresses and all appropriate passwords) • Completed Cisco Packet Tracer File • Startup configurations for all network switches and routers Marking Matrix Points Redundancy at critical points in the network 5 Spanning tree brings up interfaces immediately and configured per VLAN 5 Best security practices are followed 5 Efficient use of IP addresses per VLAN 7 Proper use of DHCP, including the exclusion of statically assigned addresses 7 Enable VTP 5 All Internal VLANs can ping each other 7 Guest VLAN can’t ping internal VLANs 7 Complete and clear documentation 20 Efficient network design 10