Business Continuity

Know where your limits are
before they find you.

A Stress Test pushes your systems beyond their limits. The goal: discover what happens when load exceeds the expected maximum. Does the application fail gracefully or does everything crash? Does the system recover automatically?

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What is a Stress Test?

A Stress Test deliberately increases load beyond the expected maximum to find the breaking point and observe system behaviour under extreme conditions. Where does performance start degrading? Which component fails first? Does the system fail gracefully or catastrophically? Does it recover automatically when load drops? These are the questions a stress test answers.

The Service

Find the breaking point in a controlled environment

The team gradually increases load until the system fails. Every step is monitored: where do response times start climbing, where do the first errors appear, which component fails first? This information is crucial for capacity planning and graceful degradation design.

A stress test also reveals how your system recovers. Auto-scaling, circuit breakers, fallback mechanisms and recovery procedures are all tested under realistic conditions.

The results inform capacity planning decisions and help your team design systems that fail gracefully rather than catastrophically when overwhelmed.

Why it matters

Unknown limits become production surprises

  • Unexpected viral traffic can exceed limits by orders of magnitude

    A viral social media post, press coverage or a product launch can bring traffic orders of magnitude above normal. Without knowing your system's limits, you cannot plan for or respond to these events.

  • Catastrophic failure is worse than graceful degradation

    A system that fails completely under overload is far worse than one that gracefully degrades while serving some users. Stress testing reveals whether your system handles overload gracefully or catastrophically.

  • Auto-scaling that has not been tested may not work

    Cloud auto-scaling configurations have gotchas: scaling triggers set too high, scaling too slow, or scaling limits that are lower than needed. Stress testing validates that auto-scaling activates correctly and in time.

Scope

What we test

Load beyond expected maximum
Breakpoint identification per component
Graceful degradation assessment
Auto-recovery after overload
Auto-scaling effectiveness
Error handling under stress
Data integrity under stress
Recovery time measurement
Methodology

How we run a stress test

01

Scoping

Target components, maximum load levels, monitoring points and emergency stop conditions.

02

Baseline

Performance under normal traffic established as reference. This defines what "normal" looks like before the stress begins.

03

Gradual build-up

Stepwise load increase with monitoring at every level. Each step is held long enough to observe stable behaviour.

04

Breakpoint analysis

Documentation of the breaking point and system behaviour beyond it. What fails first? How does the system behave?

05

Recovery test

Load is reduced after the breakpoint to measure recovery speed and completeness. Does auto-scaling and auto-recovery work?

06

Reporting

Report with breakpoints, failure modes, recovery assessment and capacity recommendations.

What You Receive

Deliverables

  • Stress test report
  • Breakpoint analysis per component
  • Recovery assessment
  • Graceful degradation evaluation
  • Capacity recommendations and scalability advice
For Whom

Who needs a stress test

Organisations wanting to know their system limits

Before expanding capacity or making architecture decisions, understand exactly where your current limits are.

Companies wanting to validate auto-scaling or graceful degradation

Auto-scaling and circuit breaker configurations need to be tested under real overload conditions to verify they work as designed.

Teams wanting to support capacity planning with data

Capacity decisions based on stress test data are far more accurate than estimates. Know what headroom you actually have.

Organisations with SLA commitments in worst-case scenarios

If your SLA covers availability and response time under all conditions, a stress test validates you can meet commitments even when traffic spikes unexpectedly.

Frequently Asked Questions

FAQ

Can a stress test cause damage?
The goal is to push the system to its limit. In a test environment, that is safe. In production, extra precautions and emergency stop procedures are required.
What is the difference from a Load Test?
A Load Test measures performance under expected load. A Stress Test deliberately goes beyond that limit to find the breakpoint and test recovery behaviour.
How high do you go?
Until the system fails, unless otherwise agreed. The build-up is gradual and every step is monitored. At unexpected behaviour, the test is immediately stopped.
Do you also test recovery?
Yes. After reaching the breakpoint, load is reduced to measure how quickly and completely the system recovers.
How often should a stress test be performed?
With every significant architectural change, capacity expansion or major release. At minimum annually as a baseline.
Load Test

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Endurance Test

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DDoS Test

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Business Continuity Plan

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Find your limits in a controlled environment.
Not in production.

Request a stress test. Know your breaking point and validate your recovery before users discover them.

Request a stress test Schedule a call