diff --git a/hardware_init_review.pdf b/hardware_init_review.pdf
index 2752c5f..f982d04 100644
Binary files a/hardware_init_review.pdf and b/hardware_init_review.pdf differ
diff --git a/hardware_init_review.tex b/hardware_init_review.tex
index 971b224..e9ce2c3 100644
--- a/hardware_init_review.tex
+++ b/hardware_init_review.tex
@@ -733,7 +733,7 @@
         Built-In Self-Test (BIST) information, which involves checking the
         integrity of the processor's internal components to ensure they are
         functioning correctly. The BSP also determines the type of reset
-        that has occurred—whether it's a cold reset, which happens when
+        that has occurred whether it's a cold reset, which happens when
         the system is powered on from an off state, or a warm reset, which
         is a restart without turning off the power. Identifying the reset
         type is crucial for deciding which initialization procedures need
@@ -1397,8 +1397,8 @@
         restricting their freedom \cite{uefi_what_is_uefi}. This is further
         reinforced by Intel ME's remote attestation capabilities, where the
         system’s state is reported to a remote server. This process verifies
-        that only systems meeting specific security standards—dictated by third
-        parties—are allowed to access DRM-protected content, potentially
+        that only systems meeting specific security standards dictated by third
+        parties are allowed to access DRM-protected content, potentially
         limiting users' control over their own devices \cite{proprivacy_intel_me}.
         Moreover, Intel ME supports High-bandwidth Digital Content Protection
         (HDCP), a technology that restricts how digital content is transmitted
@@ -4166,7 +4166,9 @@ if (best_count > 2) {
     advanced firmware interfaces such as UEFI and \textit{coreboot}. The
     evolution from a simple set of routines stored in ROM to complex systems
     like UEFI and \textit{coreboot} highlights the growing importance of
-    firmware in modern computing. Firmware now plays a critical role not
+    firmware in modern computing.
+
+    Firmware now plays a critical role not
     only in hardware initialization but also in memory management, security,
     and system performance optimization. \\