WAAP Decision Path

Web Application & API Protection

WAAP Protection

Peakhour applies WAF, API, bot, rate limit, and DDoS decisions at the edge before clean app and API delivery.

Compact WAAP workflow showing threats, Peakhour edge policy decisions, clean app and API delivery, and decision logs.
Layered Defense at the Edge
Each web or API request is evaluated across WAF signatures, schema policy, bot signals, and surge controls before it reaches application infrastructure.

91%

detection rate

Policy Decisions Stay Explainable
Allow, challenge, rate-limit, and block actions are captured with request context so security and platform teams can tune controls quickly.

Full

decision context

Deploy on Your Terms
Run Peakhour as your edge or attach Peakhour policy to an existing CDN, cloud, or hybrid path without replacing your current delivery model.

Flexible

Works with your edge

Threat Traffic Rarely Arrives as a Single Pattern

Credential abuse, API probing, malicious automation, and Layer 7 flood traffic often overlap in the same traffic window. WAAP keeps these signals in one decision path so policy can adapt per request instead of relying on a single static rule.

Attack Mix Shifts Fast

Abusive traffic rotates payload shape, endpoint focus, and request cadence to bypass single-control defenses.

Policies Need Context

The right action depends on route sensitivity, user state, request intent, and real-time attack pressure.

Operations Need Confidence

Security teams need to verify that mitigations are working without manually reconstructing why a decision was made.

WAAP policy decision board showing WAF blocks, API schema checks, bot signal scores, rate limits, DDoS controls, and clean app delivery actions.

API Policy and WAF Rules Work as One Control Surface

Peakhour applies API schema, authentication, and route expectations alongside WAF logic, so exposed and internal APIs are governed consistently against API OWASP risks, payload abuse, and origin pressure.
API rule workflow showing REST and GraphQL routes checked against schema, authentication, bot signals, rate limits, and logged outcomes.

Layered Mitigation Protects Origin Without Breaking Delivery

When risk escalates, WAAP combines bot controls, rate limiting, and DDoS protections with WAF policy to absorb hostile traffic before it reaches origin while preserving stable delivery for legitimate sessions.
Unified application security control plane showing WAF, API, bot, rate limit, and DDoS policy decisions before clean app delivery.
WAAP decision-log board showing WAF, API, bot, rate limit, DDoS, and clean delivery logs exported to dashboards and SIEM.

Controls Feed Decision Logs by Default

Every policy branch writes a structured event record so responders can correlate route, signal, selected control, and delivery outcome in one place.

  • Bot and Abuse Mitigation

    Automation signals and behavior profiles feed direct allow, challenge, and block outcomes tied to route-level policy.

  • Rate and IP Intelligence

    Rate controls and IP context suppress flood behavior, hostile origins, and proxy-heavy abuse without overblocking trusted customer traffic.

Dashboard Evidence Confirms Policy Behavior in Production

The visual roadmap explains how controls layer together. Dashboard telemetry then proves those controls are acting as intended under live load, with events that security and platform teams can review quickly.

Signal WAF and API detections Track exploit and abuse patterns
Action Allow, challenge, block Verify policy execution
Outcome Stable clean delivery Confirm app-facing impact

Operational proof remains connected to layered controls, so screenshot evidence supports decision quality instead of replacing the page narrative.

Protect Your Web Applications Today

WAAP conversion workflow showing malicious traffic blocked, bots challenged, surges limited, clean app traffic delivered, and decision logs captured.

Relevant information from our blog

Protecting the browser, an HTTP security header overview

Protecting the browser, an HTTP security header overview

Client side attacks on your website can have devastating impact on business credibility. Learn how to protect your clients with these HTTP Headers.

Read More
Layer 7 DoS attacks and Full Page Caching

Layer 7 DoS attacks and Full Page Caching

Discover how Full Page Caching can help mitigate layer 7 DoS attacks.

Read More
The Rise of OpenBullet: Automation Tool or Cybersecurity Threat?

The Rise of OpenBullet: Automation Tool or Cybersecurity Threat?

A comprehensive look at OpenBullet, its capabilities, and the implications for cybersecurity in the face of its misuse.

Read More

© PEAKHOUR.IO PTY LTD 2025   ABN 76 619 930 826    All rights reserved.