Cloud-Native
WAAP.

Because the attacks don't respect the line between them. A modern Web Application is a stack of API calls. The same broken auth bug is OWASP A01 (web) and API1 (API). One platform with one rule set is faster to deploy, easier to operate, and harder for an attacker to slip past.

Low enough that 88% of customers run Wallarm WAAP in full blocking mode. We use behavior-based detection, not signature matching, which means we don't generate false positives from URL strings that happen to contain SQL keywords. Most teams skip the "monitor for 90 days" phase entirely.

No. Detection is behavior-based and updates automatically as Wallarm Research analyzes new attack patterns across the platform. You don't write rules. You don't tune signatures. You don't maintain an allowlist.

Cloud (AWS, GCP, Azure, IBM), Kubernetes (Ingress controller or Envoy sidecar), edge (Security Edge with DNS routing), private data center, NGINX modules, Envoy, Kong, MuleSoft, and out-of-band via eBPF. One console regardless.

15 minutes for most environments. Security Edge deployment is the fastest path: a DNS record change routes traffic through the Wallarm distributed network, with CDN, cache, and protection turned on at once.

Yes. Wallarm is a G2 Momentum Leader and High Performer for WAF, rated by security practitioners, not analysts. SOC 2 Type II certified. Trusted to protect billions of API requests daily across technology, financial, and enterprise companies.

No. Wallarm WAAP deploys in-line with your existing infrastructure — cloud, K8s, or on-prem — without routing traffic through a Wallarm CDN. You keep your current CDN or none at all. This also means no vendor lock-in on your traffic path.