diff --git a/content/snippets/0250-configuring-a-mikrotik.md b/content/snippets/0250-configuring-a-mikrotik.md
index faa8a49..1fbcd8d 100644
--- a/content/snippets/0250-configuring-a-mikrotik.md
+++ b/content/snippets/0250-configuring-a-mikrotik.md
@@ -8,14 +8,14 @@ date: 2025-04-15
 Experiments have been made on a hEX S, RB760iGS, in the final deployment a CCR2004-1G-12S+2XS will be used.
 
 Setup is
-- FFTH connection
+- FTTH connection
 - Several VLANs for
-  - Intranet (highly protected, for laptops, mobile phones, printer, scanner, NAS, ..., access from here to more or less everywhere, no access at all into this network)
-  - Guest net (just access to the Internet, no access into this network)
-  - IoT network (all IoT devices are here, no access to the Internet (to avoid calling-home of devices), access from Intranet is allowed)
-  - TV network (TVs, Alexas, ..., access to the Internet)
-  - Network for Kubernetes cluster hosting several public and private services, restricted access from the Internet)
-  - Network for time servers, restricted access from the Internet)
+    - Intranet (highly protected, for laptops, mobile phones, printer, scanner, NAS, ..., access from here to more or less everywhere, no access at all into this network)
+    - Guest net (just access to the Internet, no access into this network)
+    - IoT network (all IoT devices are here, no access to the Internet (to avoid calling-home of devices), access from Intranet is allowed)
+    - TV network (TVs, Alexas, ..., access to the Internet)
+    - Network for Kubernetes cluster hosting several public and private services, restricted access from the Internet)
+    - Network for time servers, restricted access from the Internet)
 
 ## First Challenge: Internet Connection using FTTH