Update src/content/docs/reference-architecture/diagrams/iot/optimizing-and-securing-connected-transportation-systems.mdx

Co-authored-by: Claire W <[email protected]>

Author: securitypedant

src/content/docs/reference-architecture/diagrams/iot/optimizing-and-securing-connected-transportation-systems.mdx

@@ -37,7 +37,7 @@ These systems are prime targets for cyberattacks, which could disrupt services,
 
 This reference architecture diagram illustrates the key Cloudflare components and technologies involved in effectively minimizing latency, ensuring high reliability, and maintaining strong security for connected transportation system communications. Each component plays a crucial role in processing, routing, optimizing, and securing data flow, ensuring that critical data is delivered efficiently and securely.
 
-Devices connect to Cloudflare's anycast network, which inspects and filters incoming data to protect against threats like DDoS attacks, malicious bots, and unauthorised access. Cloudflare's integrated services (including the content delivery network, load balancing, edge computing, and storage solutions), work together seamlessly to enhance data delivery, scalability, and resilience. This ensures that data is processed, optimized and delivered efficiently to reduce latency, distribute traffic effectively, and handle requests closer to users. Additionally, the routing of data to origins is optimized by the vast global network and smart routing to identify the fastest, most efficient paths. This combination of security, scalability, performance and routing results in a safer and faster connection between devices and their destination services.
+Devices connect to Cloudflare's anycast network, which inspects and filters incoming data to protect against threats like DDoS attacks, malicious bots, and unauthorised access. Cloudflare's integrated services (including the content delivery network, load balancing, edge computing, and storage solutions), work together seamlessly to enhance data delivery, scalability, and resilience. This ensures that data is processed, optimized, and delivered efficiently to reduce latency, distribute traffic effectively, and handle requests closer to users. Additionally, the routing of data to origins is optimized by the vast global network and smart routing to identify the fastest, most efficient paths. This combination of security, scalability, performance, and routing results in a safer and faster connection between devices and their destination services.
 
 ![Figure 1: Optimizing and securing connected transportation systems](~/assets/images/reference-architecture/optimizing-and-securing-connected-transportation-systems/figure1.svg)