diff --git a/accesscontrol.tex b/accesscontrol.tex
index d2103d1..d8d41e5 100644
--- a/accesscontrol.tex
+++ b/accesscontrol.tex
@@ -28,7 +28,7 @@ The fundamental weakness of the traditional UNIX DAC model, and even its extensi
 
 This vulnerability stems from the “all or nothing” nature of user ownership. A process running with user’s EUID inherits all of user’s privileges, treating all files they own as equally accessible. There’s no way to restrict a specific process, even one initiated by the user themselves, from accessing certain files or performing certain operations. 
 
-These limitations highlight the need for more sophisticated access control mechanisms that go beyond simple user identity and consider the context and trustworthiness of the process attempting to access a resource. Mandatory Access Control (MAC) and sandboxing technologies are emerging solutions aiming to address these shortcomings by introducing finer-grained control over process privileges and resource access. The following sections will explore these alternatives in detail.
+These limitations highlight the need for more sophisticated access control mechanisms that go beyond simple user identity and consider the context and trustworthiness of the process attempting to access a resource. Mandatory Access Control (MAC) and sandboxing technologies are emerging solutions aiming to address these shortcomings by introducing finer-grained control over process privileges and resource access. The following chapter will explore these alternatives in detail.
 
 \todo[inline, author={\textbf{Draft note}}]{Talk more about the threat model?}