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Cybersecurity • DDoS & Performance Testing

DDoS Testing and Performance Testing
We Measure Your Systems' Real Limits Under Traffic

With İnvekor DDoS testing, load testing, and stress testing, we test your web applications, APIs, and critical services under controlled load, revealing their real capacity against potential DDoS attacks and sudden traffic spikes.

We measure response times, error rates, and bottlenecks using realistic load scenarios.
We test the DDoS resilience of your security layers, including WAF, CDN, and rate limiting.
Before Campaigns & Launches Test your capacity before digital campaigns, product launches, and high-traffic periods.
Preparation for DDoS Scenarios Identify weaknesses using controlled DDoS-like loads at the application, network, and DNS levels.
Detailed Performance Reports Get a clear roadmap with graphs, threshold values, and recommended improvements.
DDoS & Performance Testing Scope

We push your system to its limits and show where it breaks

DDoS testing is a controlled and authorized load simulation that measures your systems' resilience against distributed denial-of-service attacks. Using scenarios that resemble real user traffic and controlled high-load conditions, we measure where your architecture begins to struggle and identify areas for improvement across both the application and infrastructure layers. DDoS testing is a complement to our penetration testing services: one shows whether an attacker can gain access, while the other shows whether your system can remain operational under heavy load.

Load & Performance Testing

We analyze response times, error rates, and resource utilization on your website, e-commerce infrastructure, or APIs through gradual increases in traffic.

Load test Stress test

Capacity & Scalability Analysis

We determine the maximum number of concurrent users / requests your current architecture can handle and reveal its scaling behavior.

Concurrency Scaling

DDoS-Like Load Scenarios

We test the behavior of your WAF, CDN, rate limiting, and cache layers using application-layer (L7) DDoS-like scenarios.

L7 testing WAF behavior

User Journey-Based Scenarios

Rather than targeting a single endpoint, we design scenarios around real user journeys such as login, product browsing, cart, and payment flows.

Real-world scenarios E2E flows

Reporting & Improvement Recommendations

We present the results with graphs and provide detailed analysis of threshold breaches, critical errors, and recommended infrastructure / code improvements.

Graphical reports Action plan
How We Work

We conduct controlled tests without putting your live environment at risk

If testing is performed in a live environment, limits and thresholds are defined in advance. We can also perform realistic scenario-based testing in staging / pre-production environments.

01

Scope & Objective Definition

The applications, endpoints, campaign period, and acceptance criteria to be tested are defined together, along with the live / test environment.

02

Scenario & Tool Design

User journeys, concurrent request volumes, and load profiles are defined; test tools and monitoring metrics are selected.

03

Test Execution & Monitoring

Tests are executed gradually while real-time metrics are monitored through dashboards; tests are stopped when necessary if critical thresholds are exceeded.

04

Reporting & Improvement

Results are reported through graphs and tables, with short- and medium-term improvement recommendations and a retesting plan.

Why İnvekor?

An End-to-End Perspective with Network + Application + Cloud Expertise

We do not rely solely on results from testing tools. We analyze firewall, WAF, CDN, database, and application logs together. This allows us to move beyond simply saying "the system slowed down" and identify concrete causes such as "the system slowed down because of this specific limitation."

  • Real-world project experience in e-commerce, finance, and SaaS applications
  • A team capable of analyzing both network and application layers
  • Integrated testing with platforms such as Cloudflare, Azure, and AWS
  • Business-focused reports suitable for management presentations
  • Option to combine it with a TSE-approved penetration test in a single package

Measure Your Risk Before the Campaign

Before a period of expected high traffic, measure your risk with performance and DDoS resilience testing, and work with us to eliminate bottlenecks across your infrastructure and application layers.

99%+ campaign-period uptime target
<2 sec recommendations for average page load targets
Frequently Asked Questions

Frequently Asked Questions About DDoS Testing

We have collected the most frequently asked questions about the testing process and potential impacts below.

What is DDoS testing?
DDoS testing is a controlled and authorized load simulation performed to measure your systems' resilience against distributed denial-of-service (DDoS) attacks. It shows in advance how defense layers such as WAF, CDN, and rate limiting would behave during an actual attack and at what load level the service begins to experience an impact.
How is DDoS testing priced?
Pricing is determined based on the number of applications and endpoints to be tested, scenario diversity (L3/L4, L7, and user journey-based), test environment (production or staging), test duration, and reporting scope. A fixed-price proposal is provided once the scope has been defined. Schedule a free initial consultation.
Will the service be interrupted if we test in a live environment?
Thresholds and maximum load levels are defined in advance. We proceed with stop mechanisms at critical points. Especially for DDoS-like tests, we generally use limited and controlled scenarios to minimize risk in live environments.
How long do performance tests take?
Depending on the number of scenarios and scope, the process typically takes anywhere from a few days to several weeks, including scenario design, test execution, and analysis.
Does this work replace a real DDoS attack?
No, it is not a real attack in the full sense; it is a controlled and authorized simulation. However, it is highly effective for observing the behavior of your defense layers and identifying weaknesses. To determine whether an attacker could gain access to your systems, we recommend conducting a penetration test.
What will we receive as deliverables?
You will receive a detailed report containing time-series graphs, threshold breaches, error rates, identified bottlenecks, recommended code / infrastructure improvements, and a proposed plan for follow-up testing.

Are You Ready for a Traffic Spike?

Avoid surprises during campaigns, launches, or unexpected traffic spikes by testing and strengthening your system with DDoS and performance testing.

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