Network Resilience Assessment
Professional-grade DDoS stress testing and network resilience assessment. We simulate real-world attack scenarios across Layer 3, 4, and 7 to identify vulnerabilities, validate mitigation systems, and quantify your infrastructure's breaking point — before attackers find it first.
Comprehensive coverage across the full OSI stack. Each vector is calibrated to expose specific weaknesses in your defense chain.
High-volume ping floods to saturate bandwidth and overwhelm network interfaces
Malformed fragmented packets designed to exhaust reassembly buffers
Amplified ICMP traffic via broadcast addresses to multiply attack volume
Half-open connection exhaustion targeting TCP state tables and backlog queues
Volumetric UDP packet storms targeting random ports to consume bandwidth
Spoofed ACK packets to bypass stateless firewalls and overload session tracking
Connection reset injection to disrupt established TCP sessions
High-rate legitimate-looking HTTP requests to exhaust web server resources
Slow HTTP headers keeping connections alive to exhaust concurrent connection limits
Slow POST body transmission targeting application thread pools
Amplified DNS queries exploiting open resolvers for volumetric amplification
Randomized query strings forcing origin server processing on every request
A structured, six-phase approach designed for safety, accuracy, and actionable results.
We map your infrastructure topology, identify public-facing assets, document CDN/WAF configurations, and define test boundaries. No production systems are tested without explicit authorization.
Capture pre-test performance metrics: request latency (p50/p95/p99), throughput capacity, CPU/memory utilization, connection pool status, and bandwidth saturation thresholds.
Attacks ramp from 10% to 100% of target volume in controlled increments. Each escalation phase runs for a defined window with continuous monitoring. Tests are immediately halted if predefined safety thresholds are breached.
Real attackers don't use a single vector. We combine volumetric floods with protocol exploitation and application-layer attacks simultaneously to test defense correlation and failover behavior.
Verify that your DDoS mitigation triggers correctly: scrubbing center activation times, rate limiting effectiveness, geo-blocking rules, challenge pages, and CDN failover behavior.
Comprehensive technical report including attack traffic profiles (PPS, Gbps, CPS), time-to-mitigation metrics, identified vulnerabilities, infrastructure bottlenecks, and prioritized remediation steps.
Enterprise-grade testing infrastructure with real-time visibility and safety controls.
Live dashboards showing attack traffic volume (Gbps/PPS), latency impact, packet loss rates, and mitigation system response times during active tests.
Traffic generated from geographically distributed nodes to simulate realistic botnet patterns. No single-source fingerprinting.
Automated kill switches, pre-defined traffic ceilings, and real-time health monitoring ensure tests never exceed agreed parameters or impact production.
Test against emerging attack patterns including encrypted floods (HTTPS), DNS-over-HTTPS amplification, and protocol-specific exploits.
Configurable test duration from 30-second burst tests to 24-hour sustained load scenarios. Simulate both quick-hit and prolonged campaign attacks.
Post-test analysis with packet captures (PCAP), flow data, time-series graphs, and comparative baselines against industry benchmarks.