Update README.md

README.md

@@ -8,7 +8,7 @@ Though secure, this imposes the obvious limitation of only being able to access
 
 While maintaining security, and exposing my network as little as possible, I desired a reliable and minimalistic way to access these resources when away from home.
 
-For this task, WireGuard's cryptography, asymmetric key-paring and minimal overhead provided the perfect solution.
+For this task, WireGuard's cryptography, asymmetric key-pairing and minimal overhead provided the perfect solution.
 
 ## Architecture
 
@@ -49,11 +49,11 @@ For this task, WireGuard's cryptography, asymmetric key-paring and minimal overh
 
 - Support for Dynamic home IP addresses via [BashDDNS](https://git.tobiastime.xyz/Tobias/BashDDNS), and specifying a domain name as the endpoint for the client
 
-- Lightweight, with a dedicated virtual machine requiring less than 256MBs of RAM
+- Lightweight, with a dedicated virtual machine requiring less than 256MB of RAM
 
 - Secure through WireGuard's dual-key asymmetric [cryptography](https://www.wireguard.com/protocol/)
 
-- Automated and unattended security updates keeping the underlying virtual machine patched
+- Automated, unattended security updates keep the underlying virtual machine patched
 
 ## Notes for playbook and automated deployment
 
@@ -85,7 +85,7 @@ A typical client configuration is:
 
 - Server Public Key, Allowed IPs (10.10.10.0/31, LAN IP range), Endpoint:51820, Persistent Keep Alive 25 seconds
 
-Persistent keep alive will send a dummy packet every 25 seconds to maintain a connection, useful for when you are roaming with a mobile device that is subject to frequent IP change.
+Persistent Keep Alive will send a dummy packet every 25 seconds to maintain a connection, useful for when you are roaming with a mobile device that is subject to frequent IP change.
 
 ## Extremely useful Linux tools in debugging