iteria: A$.$ Design $1.$ The network designed by each student must contain a minimum of $4$ wired routers and $6$ switches. $2.$ There must be a minimum of $10$ end devices $($e$.$g$.$ printers, PCs$,$ servers $)$ in each student$$s design, including at least $1$ server with DNS services. $3.$ Redundancies must be taken into consideration. $4.$ Design should be realistic and shows certain level of complexity. $5.$ The network designed by each student should complement one another to meet the needs specified in the scenario. B$.$ Routing $1.$ Appropriate routing protocols have been configured to allow connectivity among the various networks $2.$ Default static route has been configured appropriately and correctly C$.$ Wireless $1.$ Wireless LAN must be included in your design, with at least $3$ wireless devices. $2.$ There must be connectivity between the wireless devices and wired devices. D$.$ Security $1.$ Security must be considered and implemented in your design. $2.$ This include securing your switches, routers and wireless devices E$.$ IP Addressing $1.$ Your network must allow both IPv$6$ and IPv$4$ communication. $2.$ Appropriate IP addressing schemes must be considered for your design. VLSM to be used for IPv$4.3.$ Get the IP address from the lecturer once your group has been formed. Each group will have different IP addresses. $2$ F$.$ Connectivity $1.$ You must be able to connect to your team members$$ IPv$4$ and IPv$6$ networks. $2.$ You must connect to the WWW server and enable devices in your network to connect to the WWW server. Refer to the marking rubric for more details. create the network on packet tracer. IPV$4$:$140\mathrm{.}120\mathrm{.}128\mathrm{.}0/17$ and IPV$6$:$2001$:ABCD:C$0$::$/48$