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Google Cloud Armor and Google Load Balancer work together to shield your website from digital villains. We will see how they are connected and how traffic flows using an architecture diagram Explanation : Client sends request: The user (client) initiates a request to your website or application. Request reaches internet: The request travels through the internet and reaches your network. Router directs traffic: Your router routes the request towards GCP Network. Load Balancer distributes traffic: The GCP Load Balancer receives the request and distributes it evenly among your backend servers. Cloud Armor inspects traffic: Before reaching the backend servers, the request passes through Cloud Armor. Cloud Armor filters and protects: Cloud Armor analyzes the request using your configured security policies. It filters malicious traffic, mitigates DDoS attacks, and blocks web application vulnerabilities. Clean request to backend servers: If the request passes Cloud Armor's scrutiny, it ge

Google Cloud Armor stands as your valiant protector, a multi-layered shield against the ever-evolving digital threats. It's like a fortified outpost at the edge of your network, meticulously inspecting incoming traffic, neutralizing malicious intent before it reaches your critical assets. Cloud Armor absorbs and distributes attack traffic, ensuring your website remains operational even under the heaviest bombardment. Shield your applications from common vulnerabilities like SQL injection and cross-site scripting. Cloud Armor's pre-configured and customizable WAF rules act as vigilant sentries, blocking malicious requests before they wreak havoc. Cloud Armor's intelligent rate limiting throttles suspicious traffic patterns, preventing bots and unauthorized access attempts from overwhelming your systems. Benefits: Unbreakable Security: Focus on your core business knowing your website and applications are shielded from a vast array of threats. Uptime Uninterrupted: Deliver a s