CYREX
DDoS Testing Services
Validate Your Infrastructure Against High-Volume Attack Traffic

DDoS Testing Services

If your platform goes offline during peak traffic, attackers don't need sophistication—they just need volume. We simulate hostile, high-intensity traffic patterns to ensure your defenses can withstand a distributed attack without impacting legitimate users.

Hostile Traffic Simulation

Controlled Attack Testing

Defensive Validation

If your platform goes offline during peak traffic, attackers don't need sophistication.

They just need volume.

A sophisticated attack is dangerous, but a simple, high-volume volumetric attack is often just as effective at taking a service offline. Cyrex delivers DDoS testing services designed to simulate high-intensity, distributed denial-of-service conditions in a controlled, authorized environment. Using Cyrex Swarm™, we generate large-scale malicious traffic patterns to evaluate how your infrastructure responds under sustained hostile load. We test how your edge defenses, WAFs, and backend services handle the flood, ensuring you don't discover your weaknesses during an actual live incident.

We don't guess at resilience.
We measure it.

What Is DDoS Testing?

DDoS (Distributed Denial-of-Service) testing simulates malicious traffic targeting your critical endpoints. Unlike stress testing, which simulates legitimate user growth to find performance limits, DDoS testing specifically targets the robustness of your security architecture and defensive mitigation strategies.

Infrastructure Resilience: Can your network stack and load balancers withstand sustained, malformed traffic?

Availability Under Attack: Do your services remain reachable for legitimate users while the system is being flooded?

Rate-Limiting Effectiveness: Does your throttling logic successfully identify and drop malicious packets?

Traffic Filtering Accuracy: Does your mitigation strategy filter effectively without triggering false positives?

Auto-scaling Behavior: Does your system attempt to scale in response to an attack, or does it correctly identify the surge as hostile?

Failover Stability: If primary nodes are overwhelmed, does your secondary infrastructure maintain uptime?

Unlike stress testing, which simulates legitimate user growth,
DDoS testing simulates malicious traffic patterns designed to overwhelm specific system components

Why DDoS Resilience Matters

Online platforms - especially games and fintech systems - are constant targets. In today's digital landscape, your platform is a target not just because of the data it holds, but because of the disruption its downtime causes. Whether by competitors, disgruntled users, or opportunistic bad actors, high-value platforms are frequently tested for weaknesses.

Common Failure Points
VOLUMETRIC ATTACKS

Common Failure Points

System weaknesses under hostile traffic

API Gateway Overload: When malicious requests bypass your standard filtering and overwhelm your entry points.

Authentication Service Saturation: Forcing your auth servers to handle massive bursts of login attempts, locking out legitimate users.

Network Interface Exhaustion: Saturating your bandwidth pipes until genuine traffic can no longer reach your servers.

Load Balancer Instability: Causing your load balancers to crash or misroute traffic when they cannot process the volume of incoming packets.

Improper Rate Limiting: Identifying where your "throttling" is either too permissive or too aggressive, potentially blocking real users.

Firewall Misconfiguration: Finding rulesets that do not handle modern, distributed attack vectors effectively.

Cloud Scaling Delays: Forcing your auto-scaling groups to spin up new resources (at your cost) to handle an attack that shouldn't be scaled for in the first place.

DDoS resilience is not theoretical. A robust defense on paper is meaningless if it fails under pressure.
It must be validated under realistic, high-volume attack simulation.

High-Volume, Precision-Targeted Traffic Simulation

Our Technology: Cyrex Swarm™

All DDoS testing engagements are powered by Cyrex Swarm™, our proprietary platform designed to handle massive concurrency. However, we do not believe in blind, indiscriminate packet flooding. We provide surgical, high-volume simulation that allows you to identify exactly where your defenses hold and where they fail.

Swarm Can Generate

Hundreds of thousands to millions of requests per second
High packet-per-second traffic
Targeted endpoint saturation
Protocol-level attack simulation

Integrates Directly With

APIs
TCP/UDP services
Multiplayer networking stacks
Web infrastructure
Custom backend services

This enables precise, controlled testing
without indiscriminate packet flooding

We test specific endpoints
not your entire infrastructure blindly

Trusted by the Best

Real experiences from teams we've protected

Cyrex is clearly the market leader. They go beyond simple testing to provide full player-representative load testing that gives us 10/10 confidence for launch.

Tencent

Productive and insightful. Cyrex helped us uncover potential bottlenecks in Dying Light: The Beast before release, ensuring a smoother player experience.

Techland

Market leaders in security. Their detailed reports and suggested actions gave us the insight needed to ensure our games were stable from day one.

Sumo Digital

Crucial expertise for the launch of Dune: Awakening. They were highly responsive and instrumental in resolving security and performance issues.

Funcom

A key partner in scaling our multiplayer capabilities. Cyrex delivers quality, flexibility, and results that greatly benefit our live service games.

Avalanche Studios

Cyrex made penetration testing a breeze. Their insights are spot-on and their understanding of the gaming industry is exceptional.

AccelByte

Cyrex is clearly the market leader. They go beyond simple testing to provide full player-representative load testing that gives us 10/10 confidence for launch.

Tencent

Productive and insightful. Cyrex helped us uncover potential bottlenecks in Dying Light: The Beast before release, ensuring a smoother player experience.

Techland

Market leaders in security. Their detailed reports and suggested actions gave us the insight needed to ensure our games were stable from day one.

Sumo Digital

Crucial expertise for the launch of Dune: Awakening. They were highly responsive and instrumental in resolving security and performance issues.

Funcom

A key partner in scaling our multiplayer capabilities. Cyrex delivers quality, flexibility, and results that greatly benefit our live service games.

Avalanche Studios

Cyrex made penetration testing a breeze. Their insights are spot-on and their understanding of the gaming industry is exceptional.

AccelByte

Cyrex is clearly the market leader. They go beyond simple testing to provide full player-representative load testing that gives us 10/10 confidence for launch.

Tencent

Productive and insightful. Cyrex helped us uncover potential bottlenecks in Dying Light: The Beast before release, ensuring a smoother player experience.

Techland

Market leaders in security. Their detailed reports and suggested actions gave us the insight needed to ensure our games were stable from day one.

Sumo Digital

Crucial expertise for the launch of Dune: Awakening. They were highly responsive and instrumental in resolving security and performance issues.

Funcom

A key partner in scaling our multiplayer capabilities. Cyrex delivers quality, flexibility, and results that greatly benefit our live service games.

Avalanche Studios

Cyrex made penetration testing a breeze. Their insights are spot-on and their understanding of the gaming industry is exceptional.

AccelByte

DDoS Testing vs. Other Load Tests

Stress Testing

Identifies maximum user capacity

Spike Testing

Tests sudden legitimate traffic bursts

Peak Testing

Validates recurring high-traffic windows

Soak Testing

Validates long-term endurance

DDoS Testing

Validates resilience against malicious traffic

DDoS testing evaluates hostile conditions.
Stress testing evaluates legitimate demand.
Both are essential for resilient infrastructure.

Portfolio

How Our DDoS Testing Works

A structured, collaborative approach

What We Validate During DDoS Testing
VALIDATION POINTS

What We Validate During DDoS Testing

  • Infrastructure scaling under hostile load
  • WAF (Web Application Firewall) configuration
  • Rate-limiting rules
  • Traffic filtering accuracy
  • CDN behavior
  • Edge protection logic
  • Failover and redundancy design
  • Service prioritization under saturation

When to Run a DDoS Test

Before major launches
Before esports tournaments
Before NFT mint events
Before marketing campaigns
After firewall or CDN configuration changes
After infrastructure scaling adjustments

If your platform has high visibility or financial activity, DDoS testing should be part of your resilience strategy

Who This Is For

Multiplayer game studios
Live-service platforms
Fintech systems
Web3 platforms
High-scale SaaS environments

If uptime directly impacts revenue and reputation, DDoS resilience must be validated

Resilience must be engineered — and verified

Why Teams Choose Cyrex for DDoS Testing

Proprietary Cyrex Swarm™ Platform: Our custom-engineered engine built to generate massive traffic loads without the unpredictability of public stress-testing tools.

High-Volume Generation: Capability to simulate millions of requests per second, matching the scale of modern global attacks.

Endpoint-Targeted Simulation: We test specific attack vectors - login gates, checkout flows, or API endpoints - to see exactly which components buckle first.

Real-Time Mitigation Validation: We provide live feedback on how your WAF, rate-limiters, and scrubbing services handle traffic while the attack is active.

Regression Testing: We verify that your defensive patches actually resolve the vulnerability without introducing new performance regressions.

Network-Level Expertise: Our team understands the underlying protocols (TCP/UDP/HTTP), allowing for deep analysis of how your network stack handles malformed or malicious packets.

Engineering-Ready Reporting: We provide clear, forensic-level insights that your DevOps and Security teams can use to implement immediate hardening measures.

We don't simulate chaos.
We simulate controlled, adversarial conditions that reveal the true limits of your security perimeter.

Validate Your Infrastructure Against Hostile Traffic

Attack traffic is predictable in pattern - unpredictable in timing.

Don't wait for a production outage to discover your security gaps. Engage Cyrex to validate your system's resilience against high-volume malicious traffic in a controlled environment, ensuring your defenses are ready before an attacker attempts it.

Controlled Attack Simulation
Real-Time Mitigation
Defensive Architecture Validation