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ENTERPRISE DDoS TESTING

DDoS Simulation
Service

Safely stress-test your network and infrastructure against real multi-vector DDoS attacks. Find your breaking points before attackers do — with zero production risk and full audit-ready reporting.

What is DDoS Simulation?

A Distributed Denial of Service (DDoS) simulation replicates the traffic patterns, volumes, and techniques of real-world DDoS attacks against your network — in a fully controlled, agreed, and safe environment. The goal is to test whether your existing DDoS mitigation solutions actually work under real threat conditions.

Unlike generic load testing, MST Networks uses real adversary tactics: multi-vector floods, protocol exploitation, and application-layer attacks — all calibrated to your specific infrastructure and threat model.

Every engagement is governed by a signed Rules of Engagement (RoE) document, agreed traffic thresholds, and multi-layer kill switches that can halt the simulation instantly at any point.

// MST NETWORKS — DDoS SIMULATION
5+
Attack Vectors
0
Production Risk
48h
Report Delivery
14
MITRE Tactics

Why DDoS Simulation Matters

DDoS attacks are increasing in frequency, sophistication, and impact. Testing your defenses before attackers do is no longer optional.

15M+
DDoS attacks per year globally
$120K
Average cost per hour of downtime
71%
of organizations hit by DDoS in 2024
46min
Average time to mitigate without testing

Most organizations invest in DDoS mitigation tools but never validate whether they actually work under real attack conditions. MST Networks closes that gap — giving you evidence-based confidence in your defenses, not assumptions.

Types of Simulations

We simulate the attack types most relevant to your infrastructure and threat model.

Layer 3/4

Volumetric Flood Attacks

UDP flood, ICMP flood, and DNS amplification attacks that overwhelm network bandwidth and upstream links. Tests the capacity of your ISP-level protection and scrubbing services.

Layer 4

Protocol Exhaustion

SYN flood and TCP state exhaustion attacks targeting firewall and load balancer connection tables. Identifies stateful device limits and misconfigured timeouts.

Layer 7

Application Layer Attacks

HTTP/HTTPS GET and POST floods targeting your web applications, APIs, and login pages. The most sophisticated vector — bypasses many traditional DDoS mitigations.

Multi-Vector

Combined Attack Campaigns

Simultaneous multi-layer attacks that mirror how real APT groups operate — stressing multiple defense layers at once to find the weakest link in your stack.

DNS

DNS Amplification & Reflection

Exploits open DNS resolvers to amplify traffic by 14–70x. Tests whether your upstream providers and DNS infrastructure can absorb amplified query floods.

Slow & Low

Slowloris & R.U.D.Y.

Low-bandwidth attacks that hold connections open indefinitely, exhausting web server thread pools. Often undetected by volumetric-only DDoS mitigations.

Our Methodology

A structured, safe, and repeatable engagement process from scoping to final report.

01

Scoping & RoE

Review infrastructure, agree targets, thresholds, attack windows. Sign Rules of Engagement.

02

Environment Setup

Configure simulation environment with your network topology. Arm kill switches. Measure baseline.

03

Simulation Execution

Execute controlled simulation traffic across agreed vectors. Monitor detection and mitigation in real time.

04

Analysis

Measure MTTD, MTTR, mitigation effectiveness, and infrastructure degradation points.

05

Report & Remediation

Deliver full report within 48h: resilience scores, gaps, and prioritized remediation roadmap.

Service Features

Everything included in every DDoS simulation engagement.

🛡️

Zero Production Risk

Agreed traffic thresholds, isolated execution, and multi-layer kill switches ensure your live environment is never actually threatened.

📊

Real-Time Analytics

Live dashboard showing attack traffic, mitigation response, infrastructure load, and resilience scoring as the simulation runs.

🔍

Mitigation Validation

Test whether your WAF, CDN, scrubbing centre, and upstream ISP protections actually block attack traffic or let it through.

🎯

MITRE ATT&CK Mapping

Every simulated technique is mapped to MITRE ATT&CK framework IDs for compliance reporting and gap analysis.

⏱️

MTTD & MTTR Measurement

Precisely measure your mean time to detect and mean time to respond under real attack conditions.

📝

Audit-Ready Reports

Compliance-ready documentation for regulators, boards, and cyber insurance providers. Delivered within 48 hours.

Industries We Serve

DDoS simulation for organizations where uptime is critical.

🏦

Banking & Finance

Protect trading systems, payment gateways, and online banking from volumetric attacks.

🏥

Healthcare

Ensure patient portals, EHR systems, and telemedicine services remain available under attack.

🏛️

Government

Validate resilience of citizen-facing services, critical infrastructure, and national security systems.

🛒

E-Commerce

Protect revenue-critical storefronts, checkout flows, and API endpoints during peak traffic periods.

☁️

SaaS & Cloud

Stress-test multi-tenant architectures, API gateways, and cloud-native infrastructure at scale.

📡

Telecom & ISP

Validate backbone capacity, peering resilience, and customer-facing service availability.

🎮

Gaming & Media

Protect live services, streaming infrastructure, and real-time multiplayer systems from disruption.

🔌

Energy & Utilities

Test SCADA/ICS network resilience and operational technology systems against targeted attacks.

Live Dashboard Preview

Real-time visibility into every simulation. Here is what your team sees during an engagement.

Attack Traffic Analytics

HTTP Flood
2.4 Gbps
UDP Flood
890K pps
SYN Flood
1.2M conn
DNS Amplification
14x amp
Peak traffic generated: 2.4 Gbps • Duration: 12 minutes • Status: MITIGATED

Resilience Scoring

DDoS Resistance
82/100
Detection Speed
4.2s
Mitigation Rate
94%
Recovery Time
11.8m
Overall posture: STRONG • Scrubbing effectiveness: 94% • MTTD: 4.2s

What You Receive

Every engagement delivers a comprehensive, audit-ready report within 48 hours.

Executive Summary

  • Board-ready overview of simulation results
  • Overall resilience score with traffic/risk context
  • Key findings and critical gaps identified
  • Strategic recommendations for leadership
  • Compliance posture summary (NIST, ISO, CIS)

Technical Findings

  • Per-vector attack results and mitigation effectiveness
  • Infrastructure degradation points and thresholds
  • MITRE ATT&CK technique mapping with IDs
  • MTTD and MTTR measurements per attack phase
  • Single points of failure identified

Remediation Roadmap

  • Prioritized fix recommendations (critical/high/medium)
  • Configuration changes for firewalls, WAF, and CDN
  • Upstream provider recommendations
  • Architecture improvements for resilience
  • Re-test timeline and validation plan

Compliance Evidence

  • NIST CSF alignment documentation
  • ISO 27001 & ISO 9001 control mapping
  • CIS Controls evidence package
  • Cyber insurance supporting documentation
  • Regulator-ready audit trail

Frequently Asked Questions

Common questions about our DDoS simulation service.

No. All simulations operate within agreed traffic thresholds that are scoped specifically to avoid production impact. Multi-layer kill switches can halt the simulation instantly at any point. Your live services are never at risk.

A standard engagement takes 1–3 days including scoping, execution, and initial debrief. The full report is delivered within 48 hours of completion. Larger or multi-phase engagements may run up to 1 week.

Traffic volumes are agreed during the scoping phase based on your infrastructure capacity and testing objectives. We can simulate from hundreds of Mbps to multi-Gbps attacks across multiple vectors simultaneously.

Yes. We recommend notifying your upstream providers and including them in the Rules of Engagement. This prevents false-positive alerts and ensures your scrubbing services respond as they would in a real scenario.

Reports include compliance evidence mapped to NIST CSF, ISO 27001, ISO 9001, CIS Controls, and SOC 2. They are designed to satisfy regulatory requirements and support cyber insurance applications.

Yes. Because our simulations operate within agreed safe thresholds, they can run during business hours. However, many clients prefer off-peak windows for their first engagement. We accommodate both approaches.

Ready to Stress-Test Your Network?

Book a scoping call with our team. We’ll design a DDoS simulation tailored to your infrastructure, threat model, and compliance requirements.