link fix

Author: D-C4ptain

_posts/2024-11-15-P3rf3ctr00t CTF 2024.md

@@ -30,7 +30,7 @@ From the description, this was definitely referring to Active Directory.
 
 **“…roasts”** This hinted on kerberoasting. Kerberoasting is a technique that exploits Kerberos authentication protocol where a threat actor steals Kerberos service tickets to uncover the plaintext passwords of network service accounts. 
 
-At first I thought of ACLs but then looking around with a team mate([https://jnmunene.com/](https://jnmunene.com/)) I got hold of “schema” that defines all the objects and attributes that the directory service uses to store data as per Microsoft.
+At first I thought of ACLs but then looking around with a team mate([jnmunene](https://jnmunene.com/)) I got hold of “schema” that defines all the objects and attributes that the directory service uses to store data as per Microsoft.
 
 `r00t{schema}`
 
@@ -58,7 +58,7 @@ Just a heads up, I **blooded** this challenge!
 
 I found it quite easy since I had done something similar at Huntress CTF 2023.
 
-Check it out here [https://d-c4ptain.github.io/posts/HuntressCTF-2023-writeup/](https://d-c4ptain.github.io/posts/HuntressCTF-2023-writeup/)
+Check it out here [HuntressCTF 2023 writeup](https://d-c4ptain.github.io/posts/HuntressCTF-2023-writeup/)
 
 I will not go much into this but here is a breakdown of what is happening.
 
@@ -102,7 +102,7 @@ To decode the extracted and transformed string, I used **CyberChef** with the fo
 r00t{8f93d0a6b7c8d90e4f7a1b9e6c3d4f8e9a2d0f3c5e7b8c6d1f3a5b9c4d2}
 ```
 
-The author explained it well here - [https://k4p3re.github.io/posts/P3rf3ctr00tCTF/](https://k4p3re.github.io/posts/P3rf3ctr00tCTF/)
+The author explained it well here - [P3rf3ctr00tCTF](https://k4p3re.github.io/posts/P3rf3ctr00tCTF/)
 
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