diff --git a/_data/new-data/landing/callouts.yml b/_data/new-data/landing/callouts.yml
index b8663792c..d2908f5cb 100644
--- a/_data/new-data/landing/callouts.yml
+++ b/_data/new-data/landing/callouts.yml
@@ -54,8 +54,8 @@
     let uMagnitude = vec_mag(u.span)
 
 - title: Interoperable
-  subtitle: Adopt in existing code incrementally.
-  text: Swift provides unmatched interoperability with its combination of natively understanding C and C++ types without the need for foreign function interfaces, and by providing bridging for bi-directional access. Swift’s interoperability features allow you to incrementally adopt the language into existing codebases without requiring a full code rewrite.
+  subtitle: Adopt Swift in existing code incrementally.
+  text: Swift provides unmatched interoperability, with its combination of natively understanding C and C++ types, without the need for foreign function interfaces, and providing bridging for bi-directional access. Swift’s interoperability features allow you to incrementally adopt the language into existing codebases without requiring a full code rewrite.
   code: |-
     import CxxStdlib
 
@@ -71,7 +71,7 @@
 
 - title: Adaptable
   subtitle: From microcontrollers to servers.
-  text: "The only language that can span from embedded and kernel, to server and apps. Swift excels no matter where it’s used: from constrained environments like firmware where every byte counts, to cloud services handling billions of requests a day."
+  text: "Spanning from embedded and kernel to server and apps, Swift excels no matter where it’s used, from constrained environments like firmware, where every byte counts, to cloud services handling billions of requests a day."
   code: |-
     // Configure UART by direct register manipulation 
     // using Swift MMIO. Enables RX and TX, and sets
diff --git a/index.md b/index.md
index da85117f1..d90f3a2fd 100644
--- a/index.md
+++ b/index.md
@@ -53,11 +53,11 @@ atom: true
 <section id="pillar-1" class="section pillar">
     <div class="pillar-wrapper content-wrapper">
         <p class="pillar-intro">
-            Swift is the only language that scales from embedded devices and kernels to apps and cloud infrastructure. It’s simple, and expressive, with incredible performance and safety. And it has unmatched interoperability with C and C++.
+            Swift scales from embedded devices and kernels to apps and cloud infrastructure. It’s simple and expressive, with incredible performance and safety. And it has unmatched interoperability with C and C++.
         </p>
         <br />
         <p class="pillar-intro">
-            It's the combination of approachability, speed, safety, and all of<br class="hide-small"/> Swift’s strengths that make it so unique.
+            It's the unique combination of approachability, speed, safety, and all of<br class="hide-small"/> Swift's strengths that make it so powerful.
         </p>
     </div>
     {% for callout in pillar1_callouts %}