[Challenge 1]. This challenge involves configuring a port (FA0/1) for Layer 3 access. The objectives of this challenge are to: Define Layer 3 access; Define an IP address for FA0/1; Define classless IP addresses; and Define zero-subnet.
[Challenge 2]. This challenge involves configuring a static ARP cache, and other ARP details. The objectives of this challenge are to: Define the default gateway (if routing is not enabled); Define a static ARP value; and Define ARP timeout.
[Challenge 3]. This challenge involves configuring ICMP Router Discovery Protocol (IDRP), which can be used to dynamically learn routes to other networks. For this it sends out discovery packets. The objectives of this challenge are to: Define Layer 3 operation on FA0/1; Enable IDRP; and Define IDRP details.
[Challenge 4]. This challenge involves defining the ports and protocols are used for forwarding broadcast packets (ip forward-protocol), and where there is a broadcast-to-physical translation on an interface ( ip directed-broadcast). The objectives of this challenge are to: Define Layer 3 operation on FA0/1; Define details for forwarding broadcast packets (ip forward-protocol); and Enable the broadcast-to-physical translation on an interface ( ip directed-broadcast).
[Challenge 5]. This challenge involves defining the ports and protocols are used for forwarding broadcast packets (ip forward-protocol), and a helper address for broadcasts. The objectives of this challenge are to: Define Layer 3 operation on FA0/1l Define details for forwarding broadcast packets (ip forward-protocol); and Define a helper-address.
[Challenge 6]. This challenge involves defining an address to deal with broadcasts ( ip broadcast-address), and the enabling of fast flooding for UDP broadcast ( ip forward-protocol turbo-flood). The objectives of this challenge are to: Define Layer 3 operation on FA0/1; Define details for the broadcast address; and Enable turbo-flooding support.
[Challenge 7]. This challenge involves enabling IP routing (ip routing), and configuring RIP. The objectives of this challenge are to: Enable IP routing; and Define RIP details for the network to broadcast into.
[Challenge 8]. This challenge involves enabling IP routing (ip routing), and configuring RIP. The objectives of this challenge are to: Enable IP routing; Define RIP version; Define RIP timers; and Disable auto-summary.
[Challenge 9]. This challenge involves enabling RIP authentication. The objectives of this challenge are to: Enable IP routing; Define RIP version; Define RIP Version 2; and Define Authenticated RIP.
[Challenge 10]. This challenge involves defining summary address and split-horizon. The objectives of this challenge are to: Enable IP routing; Define a summary address; and Define no split-horizon.
[Challenge 11]. This challenge involves enabling IGRP authentication. The objectives of this challenge are to: Enable IP routing; and Define IGRP details.
[Challenge 12]. This challenge involves enabling OSPF routing. The objectives of this challenge are to: Enable IP routing; and Define OSPF.
[Challenge 13]. This challenge involves enabling OSPF routing and interface OSPF details. The objectives of this challenge are to: Enable IP routing; Define OSPF; and OSPF details on an interface.
[Challenge 14]. This challenge involves enabling OSPF routing and area details. The objectives of this challenge are to: Enable IP routing; Define OSPF; and OSPF area details.
[Challenge 15]. This challenge involves enabling EIGRP authentication. The objectives of this challenge are to: Enable IP routing; and Define EIGRP details.
[Challenge 16]. This challenge involves enabling BGP routing. The objectives of this challenge are to: Enable IP routing; Define BGP; and BGP AS details.
[Challenge 17]. This challenge involves enabling BGP routing. The objectives of this challenge are to: Enable IP routing; Define BGP; and BGP neighbor details.
[Challenge 18]. This challenge involves enabling BGP routing with a route-map. The objectives of this challenge are to: Enable IP routing; Define BGP; and BGP neighbor details with a route-map
[Challenge 19]. This challenge involves enabling VRF (VPN Routing Forwarding). The objectives of this challenge are to: Enable IP routing; Define VRF; and Apply VRF forwarding on an interface.
[Challenge 20]. Clock_Subnet_zero. This challenge involves the configuration the clock, boot system and DHCP pool. The objectives of this challenge are to: Setup the clock; Define the boot system; and Define the name of the DHCP pool.