Stress Testing & Load Optimization
Simulate massive viral traffic events to identify exactly where your system bottlenecks before it happens in real life.
What you might face
You are launching a huge marketing campaign but have no idea if the servers will survive 50,000 concurrent users.
How we engineer it
Write Artillery or K6 scripts simulating user journeys, blast the servers with traffic, and pinpoint CPU/DB bottlenecks.
The concrete outcome
A comprehensive performance report and patched infrastructure guaranteed to survive the spike.
System Architecture Flow
Hover over the pipeline nodes to inspect our live engineering data-flow breakdown.
Journey Mapping
We define the most critical user flows (e.g., the checkout process).
Core Service Capabilities
Concrete engineering features we integrate into your digital footprint.
K6 / Artillery Scripting
We write scripts that simulate thousands of users logging in, adding to cart, and checking out simultaneously.
Distributed Bot Nets
We fire traffic from 10+ global AWS regions simultaneously to test global CDN performance.
Bottleneck Identification
Pinpointing exactly which API route or SQL query fails first under pressure.
Memory Leak Tracing
Monitoring node processes for gradual memory spikes that cause eventual crashes.
Auto-Scaler Tuning
Adjusting Kubernetes or AWS ASG rules to ensure they provision new servers faster than the traffic spikes.
Supported Stacks & Infrastructure
We implement custom codebases tailored to your speed, scalability, and integration requirements.
Stress & Load Engineering
Performance OpsSimulating massive viral traffic events to intentionally break infrastructure and patch bottlenecks.
Startups preparing for Shark Tank, Super Bowl ads, or massive product launches.
- K6/Artillery Scripting
- Bottleneck Isolation
- Auto-Scaler Tuning
Shark Tank Survival
Simulated 100,000 concurrent users hitting a Shopify headless build prior to a national TV broadcast.
"CanWe broke our site in staging so it wouldn't break on national television. Worth every penny."
Scale Validation
Telemetry from simulated blast events proving the infrastructure can handle viral traffic.
Concurrent User Capacity
Comparison of engineering benchmarks (Higher is better).
Simulation
Headless browsers mimic real user journeys.
Bot Nets
Traffic injected from multiple AWS regions.
Downtime
Tested in staging so live users aren't affected.
Tracing
Pinpointing the exact CPU/DB bottleneck.
Common Questions
Everything you need to know about starting a project with this service.