Discover the key steps to enable efficient route leaking between VRFs in a Hub FortiGate. Learn how to create a vdom link and configure route-maps with our comprehensive guide.
Table of Contents
Question
A Hub FortiGate is connecting multiple branch FortiGate devices separating the traffic centrally in unique VRFs. Routing information is exchanged using BGP between the Hub and the Branch FortiGate devices.
You want to efficiently enable route leaking of specific routes between the VRFs.
Which two steps are required to achieve this requirement? (Choose two.)
A. Create a vdom link between VRF10 and VRF12
B. Enable Multi-VDOM mode on the Hub FortiGate and add a VDOM to connect VRF10 and VRF12
C. Enable BGP recursive routing on the HUB FortiGate
D. Configure route-maps to leak the selected routes using BGP
Answer
A. Create a vdom link between VRF10 and VRF12
D. Configure route-maps to leak the selected routes using BGP
Explanation
To efficiently enable route leaking of specific routes between the VRFs in a Hub FortiGate connecting multiple branch FortiGate devices, the following two steps are required:
- Create a vdom link between VRF10 and VRF12 (Option A): A vdom link is a secure connection between two VRFs that allows for the exchange of routing information. By creating a vdom link between VRF10 and VRF12, you can facilitate the route leaking process.
- Configure route-maps to leak the selected routes using BGP (Option D): Route-maps provide a mechanism to manipulate and control the routes that are propagated in routing updates. By configuring route-maps, you can specify which routes to leak using BGP.
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