Ddosphere provides fast and configurable DDoS testing across five different attack intensity levels. It operates using TCP, UDP, and ICMP protocols and more to simulate real-world threats and measures performance based on key metrics such as BPS, PPS and TPS.
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Ddosphere runs fast, configurable simulations at five intensity levels. Scope, thresholds and stop criteria are agreed before anything begins. The test proceeds under control and halts automatically once a defined threshold is crossed.
Attack patterns encountered in the field are reproduced across three protocols. Traffic can be generated in a distributed way from different geographic regions, bringing test conditions closer to the distribution of a genuine attack.
Measurement is taken through bandwidth (BPS), packet (PPS) and transaction (TPS) metrics. Where the defence weakens is established by number rather than by estimate, and the result becomes a comparable resilience score.
Results from different test conditions are set side by side. The effect of a security investment becomes visible as a number, and the claim that something improved rests on a measured difference.
Measured data is produced for bandwidth and protection layer investment. The capacity conversation leaves the realm of instinct, and the budget request rests on a report.
Test scope, method, intensity levels and results are documented. The report can be presented as evidence in audit processes that carry a resilience testing obligation.
Agree the systems to be tested, the target thresholds and the stop criteria together. Everything outside scope stays protected.
Institutions where transaction continuity is mandatory and an outage creates both a revenue problem and a regulatory one.
Businesses whose revenue depends directly on the site, and whose attack surface grows alongside traffic during campaigns.
Operators where network resilience determines subscriber experience and service commitments directly.
Institutions where an outage affects service access and public confidence.
Operations where the booking infrastructure is the revenue gateway and sales stop the moment it does.
| Before | With Ddosphere |
|---|---|
| Defence effectiveness learned during the first real attack | Measured in advance through controlled simulation |
| Generating a realistic attack scenario carries risk | A test with defined scope, thresholds and a stop switch |
| Bandwidth limits and weak points unknown | Resilience measured through BPS, PPS and TPS |
| Compliance evidence gathered by hand | Audit-ready reports generated automatically |
| A purely reactive security posture | Proactive validation before the risk materialises |
Proven experience in industries where the cost of a performance failure is highest.
Test scope, intensity level and stop thresholds are defined together before anything starts. The simulation is applied only to systems in scope and halts automatically when a threshold is crossed. The test window and the teams to be notified are planned in advance, and the process runs under control.
Ddosphere runs simulations at five intensity levels across the TCP, UDP and ICMP protocols. Traffic can be generated in a distributed way from different geographic regions. Measurement is taken through BPS for bandwidth, PPS for packets and TPS for transactions.
Ddosphere produces a report documenting test scope, method, intensity levels and results. That report can be presented as evidence in audit processes carrying a resilience testing obligation. The format and scope your auditor expects are clarified up front in the project.
A single simulation scenario usually completes within hours. The common approach is to repeat the test after a significant infrastructure change and ahead of high-traffic periods. Repeating it regularly lets you see the effect of your defence investments comparatively.
Penetration testing investigates whether unauthorised access to a system is possible. DDoS simulation measures whether the system stays up under heavy traffic. They cover different risks and do not substitute for each other; for resilience validation they should be planned together.
Complete the form and we will discuss your externally facing services, your critical business flows and your current defence layers. A controlled simulation will show you which layer engages, and where.
