WAFs should protect against a wide variety of challenging and complicated threats. As such, the firewall can't track what is going on, where the requests are coming, where they are going, and so on as the IP addresses are constantly changing and are obscured by CDN. Customers and employees access them through the web from anywhere. Web apps can live in on-premises, cloud, or hybrid environments. Cybersecurity requirements were very minimal and could be tackled with basic cybersecurity management. Malevolent bots were less sophisticated and straightforward to detect. In the early days, web apps were less common, and so do web threats.
With these increasing security risks, the new age web application firewall is the only solution that can provide proper protection. They are not capable enough to offer full application control and visibility. Though WAFs have been available since the late nineties, this early generation technology is no match for recent sophisticated cyber-attacks. Web Application Firewall's basic function is to establish a hardened boundary to prevent certain malicious traffic types from acquiring resources. Among the wide range of countermeasures, a web application firewall is the first line of defense.
Strikingly, DNS (Domain Name System) related outage and Distributed denial of service (DDoS) lead a negative impact on businesses. Security breaches on the web application can cost millions. At present, web applications have become the top targets for attackers because of potential monetization opportunities.
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