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+# Introduction
+
+Below shows the workflows for the two most common BGP Plugin use cases: modeling internal and external peering. We will showcase how to create each type of peering with the minimum number of steps and inputs required from users.
+
+## Menu Item
+
+All of the "Add object" actions are available under BGP Models Plugin Menu in the top navigation bar:
+![Menu](images_manual/menu.png)
+
+## Internal Peering Creation
+
+To model an internal peering (two devices sharing the same ASN), following has to be defined for two BGP speaker devices:
+
+- a BGP Routing Instance
+- IP Address of an endpoint
+
+
+Note that having a BGP Routing Instance is not mandatory, however we recommend creating this object for devices modeled in Nautobot.
+
+### Autonomous System Creation
+
+The first step is to add an Autonomous System object (via the top menu).
+
+Fill the object details:
+
+![Menu](images_manual/add_asn_12345.png)
+
+### BGP Routing Instances creation
+
+The next step is to create a BGP Routing Instance for each device of an internal BGP peering.
+A BGP Routing Instance itself is a representation (or a declaration) of a BGP process on a given device.
+
+Fill the object details:
+
+![Menu](images_manual/add_new_ri.png)
+
+Repeat for next devices and check the overall result in the BGP Routing Instance list view:
+
+![Menu](images_manual/ri_list_view.png)
+
+### Peering creation
+
+Under the menu "BGP Peerings - Peerings" click on the "Add" button to add a new peering.
+You will be redirected to a view with two columns in a table, each column representing one side of a BGP peering.
+To create a BGP Peering, you have to complete information for two sides.
+
+![Menu](images_manual/add_internal_peering.png)
+
+To create an internal BGP Peering, you only need to specify an existing BGP Routing Instance and an IP Address.
+
+### Peering detail view
+
+Once the BGP Peering is created, you could review its details.
+
+![Menu](images_manual/internal_peering_created.png)
+
+
+## External Peering Creation
+
+To model an external peering (two devices having different ASN), the following has to be defined:
+
+- For a device present in Nautobot:
+    - a BGP Routing Instance
+    - IP Address of an endpoint
+
+- For a device not present in Nautobot:
+    - an Autonomous System
+    - IP Address of an endpoint
+
+The steps required to create an internal peer have been explained in the previous section.
+
+### Autonomous System Creation - for Provider
+
+The first step is to add an Autonomous System object for a Provider.
+Fill in the object details and ensure the optional field "Provider" is filled.
+
+### Peering creation
+
+Once the Autonomous System and BGP Routing Instance objects have been created you are ready to create a peering between two devices.
+Under the menu "BGP Peerings - Peerings" click on the "Add" button to add a new peering.
+You will be redirected to a view with two columns in a table, each column representing one side of a BGP peering.
+To create a BGP Peering, You have to complete information for both sides.
+
+![Menu](images_manual/add_external_peering.png)
+
+To create an external BGP Peering, for the Provider's side You have to fill in the information with the Provider's ASN and IP Address of the provider's endpoint.
+
+### Peering detail view
+
+Once the BGP Peering is created, you could review its details.
+
+![Menu](images_manual/external_peering_created.png)
diff --git a/mkdocs.yml b/mkdocs.yml
index 63177b7..a01621d 100644
--- a/mkdocs.yml
+++ b/mkdocs.yml
@@ -21,6 +21,11 @@ plugins:
   - "include-markdown"
 nav:
   - Introduction: "index.md"
-  - Examples: "example.md"
-  - Development Environment: "development.md"
-  - Models: "models.md"
+  - User Guide:
+    - Models: "models.md"
+    - Examples:
+      - Creating peerings workflow: "manual.md"
+      - Generating Cisco BGP Config: "cisco_use_case.md"
+      - Generating Juniper BGP Config: "juniper_use_case.md"
+  - Developer Guide:
+    - Development Environment: "development.md"