Application Security for Modern Web Apps and APIs
Peakhour operates in the request path before origin and close to users. Bot management, WAAP, DDoS protection, rate limiting, caching, image optimisation, traffic control, logs, and observability stay in one operating model.
Deployment choice
Run Peakhour before origin, or connect it to the edge you already operate.
Peakhour supports both Peakhour Edge and existing edge infrastructure without changing the core application security, performance, traffic control, caching, delivery, and observability story.
Higher Quality Traffic, Lower Cost-to-Serve
Peakhour improves the quality of traffic reaching your application. Real users, trusted APIs, useful crawlers, and partner traffic stay fast while bots, scrapers, credential attacks, and noisy automation are blocked, challenged, throttled, cached, or routed away from origin.
30%
Higher conversions from faster, protected journeys
3.3x
Cleaner origin traffic mix
50%
Lower cost-to-serve through cleaner request paths
Comprehensive Application Security in the Request Path
Web Application & API Protection (WAAP)
Prevent costly data breaches and ensure compliance by stopping OWASP Top 10 attacks, zero-day exploits, and API-specific threats.
Intelligent Bot Management
Stop credential stuffing, account takeovers, and scraping attacks with behavioural signals, risk scores, and challenge decisions that keep known customers moving.
DDoS Protection & Rate Limiting
Maintain service availability with DDoS mitigation, anomaly detection, and intelligent rate limits for applications and APIs.
Request-Path Decisions for DevSecOps
Peakhour turns each request into an observable decision before origin. Bot signals, network fingerprints, WAAP policy, API context, and rate limits decide whether traffic is allowed, challenged, throttled, or blocked, then the action is written to logs and observability streams for DevOps and security teams.
Enterprise WAAP for Critical Applications
Our Web Application and API Protection (WAAP) protects web and API traffic before it reaches the application. Peakhour applies WAF checks, bot decisions, API risk, Layer 7 flood controls, and rate limits in the request path, then keeps blocked-event evidence available for review.
Secure Request-Path Control and Delivery
Use Peakhour Edge as the full delivery layer, or connect Peakhour to existing edge infrastructure already in place. The same caching, image optimisation, traffic control, WAAP, bot management, logs, and observability controls stay attached to the request path.
Built for DevOps and Security Teams
Operate security and performance from one request evidence loop.
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Enterprise WAAP: WAF, API, bot, and Layer 7 controls with event evidence
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Bot decisions: Separate verified users from credential stuffing, scraping, and automation
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Rate limits: Apply path, identity, ASN, fingerprint, and threshold controls
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Delivery performance: Tune caching and image optimisation from the same control model
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Logs and observability: Stream enriched request events into DevOps and security workflows
Performance Controls Stay in the Request Path
Security decisions do not have to sit apart from delivery. Peakhour applies cache policy, image optimisation, origin shielding, and traffic control beside WAAP, bot management, and rate limits so teams can tune protection and performance with the same request logs and observability evidence.
Security Operations and Performance Intelligence
SOC-ready
Comprehensive logging, real-time alerts, and detailed security analytics for enterprise security operations.
Advanced Threat Intelligence
Machine learning-powered threat detection with behavioural analysis and adaptive security policies.
Performance Monitoring
Delivery performance metrics, Core Web Vitals monitoring, and application performance insights.
DevOps Integration
API-first platform with webhooks, CI/CD integration, and infrastructure-as-code support.
Deploy Enterprise Application Security in Minutes
Choose Peakhour Edge or connect Peakhour to existing edge infrastructure, then review WAAP, bot, rate limit, cache, image optimisation, and log evidence from one operating model.
