WAF policies
clarify managed rules, custom exceptions and how false positives are reviewed.
Identify suspicious requests, control abusive automation and apply application-aware defenses before malicious traffic overwhelms the client experience.
Configuration, traffic context and false-positive review matter.
Not every client needs every module. The work begins with your environment and the terms available for the selected service.
Inspect selected HTTP traffic for common web attack patterns such as injection and cross-site scripting, with tuning to limit disruption.
Discover applicable API endpoints and evaluate request structure, schemas, behavior and abuse patterns.
Differentiate normal users and useful automation from scraping, automated logins and abusive traffic where the selected tier supports these controls.
Detect and mitigate HTTP request floods at the application layer. Network-layer DDoS mitigation is a separate scope to define where required.
Configure request thresholds, allowlists, policies and application-specific controls with staged rollout and review.
Route protected traffic through the configured edge and examine request outcomes, suspicious activity and security-rule effects.
Concrete questions to resolve before selecting or deploying this service.
clarify managed rules, custom exceptions and how false positives are reviewed.
inventory exposed endpoints and supported request validation methods.
separate application-layer protection from network-layer mitigation.
verify DNS routing, TLS termination, origin lockdown and failure behavior.
Security decisions consider availability and customer experience together.
Automated requests, abusive login attempts or malicious payloads target a public application that legitimate customers rely on.
Inspect relevant traffic, tune application-layer rules, challenge or block abusive patterns, and review the effect on real users.
Understand our response methodPublic websites, API endpoints and login flows attract abusive automation and application attacks. Edge security inspects requests, enforces policies and helps keep legitimate journeys available.
Clear expectations are useful before any configuration begins. These are the questions clients commonly need answered.
No. WAF and application-layer filtering focus on web requests. Broader network DDoS defense can require different infrastructure and configuration.
Traffic policies can be monitored and adjusted using request logs, observed false positives and testing of critical customer journeys such as login and checkout. Exact tuning and managed support depend on the selected web-protection service.
Some API controls inspect requests at the edge or through a proxy in front of the application, while others need API specifications or deeper integration. We review your existing routing, authentication and supported endpoints before deploying controls.
Engagement steps and responsibilities depend on the scope agreed with each client.
Agree requirements and the systems in scope.
Configure services with the required permissions and prerequisites.
Validate the relevant workflow and document responsibilities.
Review outcomes and improve as appropriate.
A useful service description explains what it changes, what a team must decide, and what must be tested.
Maintain an inventory of exposed web and API services before relying on individual traffic rules.
Configure WAF policies, request rates, API checks and bot rules for the application.
Review traffic analytics and rule outcomes to reduce avoidable disruption and false positives.
Important scope consideration
Application-layer WAF protection is not the same as full network-layer volumetric DDoS mitigation.
Tell us what you operate and what concerns you most. Get a tailored conversation about scope and priorities.
A merchant experiences scraping traffic and a sudden flood of requests to login and checkout endpoints. WAF policies, rate controls and bot analysis can help distinguish patterns, but must be tuned not to block legitimate customers.
Plain-language answers and important service boundaries.