Recently, a branch office of your company has upgraded its network by changing the network topology of the branch, and the site-to-site VPN tunnel that runs between the branch and the corporate office has been reconfigured to perform Reverse Route Injection to accommodate the recent change. You are performing OSPF between the corporate Cisco ASA security appliance and routers on the internal network. Assume that the VPN configuration is correct, which step will be taken on the corporate Cisco ASA security appliance to make sure that these new routes are visible to internal routers running OSPF?
A.
Reverse Route Injection uses RIP, so you must add a RIP process and redistribute the learned RIP routes into OSPF.
B.
Reverse Route Injection requires that you configure a new OSPF process that will add these routes to the Cisco ASA security appliance routing table.
C.
Reverse Route Injection uses static routes, so you must configure OSPF to redistribute the static routes.
D.
Reverse Route Injection uses EIGRP, so you must add an EIGRP process and redistribute the learned EIGRP routes into OSPF.
E.
Reverse route injection requires that you add a static route for each branch-office network to the Cisco ASA security appliance routing table.