ddos

Botnet Control (Attacker)

Attack Vector

Botnet Size (Nodes) 25,000

Target Attack Rate 150k Req/s

Cyber Defenses (Mitigation)

0/4 Active

Rate Limiting

Throttle excess requests per IP

Web App Firewall (WAF)

Filters malicious payload patterns

JS Challenge / CAPTCHA

Blocks automated headless bots

Cloud Anycast Scrubbing

Absorbs high volumetric L3/L4 floods

Target Infrastructure

Target URL: https://victim-enterprise.internal

Base Capacity: 20,000 Req/s

Active Cluster Nodes: 2 Load Balanced Nodes

Server Load

12%

Incoming Traffic

1.2 Gbps

Legitimate Baseline

Mitigated Traffic

0 %

0 Req/s Filtered

HTTP Error Rate (503)

0.0 %

100% Uptime

Network Packet Flow Simulation

Legitimate User Botnet Node Scrubbing Shield

Live Telemetry & Traffic Scrubbing Volume

Realtime Update (1000ms)

Server Traffic & Security Event Log

[SYSTEM INIT] Target server initialized with 2 load-balanced instances.

[SECURITY] Baseline legitimate traffic active (500 Req/s). System status nominal.

Educational Overview: How DDoS Mitigation Works

Layer 3/4 Attacks (SYN Floods, UDP Amplification) exhaust network bandwidth and router state tables. They are best mitigated using Cloud Anycast Scrubbing which distributes massive gigabit/terabit volume across global data centers.

Layer 7 Attacks (HTTP Floods, Slowloris) simulate real web browsers to deplete server CPU and memory database pools. They require Web Application Firewalls (WAF), Rate Limiting per IP, and JavaScript Challenges (CAPTCHA) to isolate automated bot requests from human traffic.