Quality & Testing

Performance Testing Infrastructure

Build a comprehensive performance testing infrastructure to validate application scalability, identify bottlenecks, and ensure consistent performance under load. This includes load testing, stress testing, spike testing scenarios, performance monitoring, and optimization recommendations.

Complexity: Medium 8-13 effort units 2-3 weeks

Project Milestone & Feature Breakdown

3
Project Milestones
7
Features
13
Total Effort Units
1

Load Testing Setup

Configure load testing tools and create test scenarios

5 pts 1 week 2 Features

Load Testing Tool Configuration

2 pts Simple

Set up K6, JMeter, or Gatling for load testing

Test Scenario Creation

3 pts Medium

Create realistic load test scenarios based on usage patterns

Technical Details: Ramp-up, sustained load, spike tests
Deliverables
  • Load testing tool configuration
  • Test scenarios and scripts
  • Virtual user profiles
2

Performance Test Scenarios

Execute load, stress, and spike tests

5 pts 1 week 3 Features

Load Testing Execution

2 pts Medium

Test application under expected load conditions

Stress Testing

2 pts Medium

Identify breaking point and failure modes

Spike Testing

1 pts Simple

Test sudden traffic spikes and recovery

Deliverables
  • Load test results
  • Stress test reports
  • Spike test analysis
3

Performance Monitoring & Analysis

Monitor and analyze application performance during tests

3 pts 3-5 days 2 Features

APM Integration

2 pts Simple

Integrate with New Relic, Datadog, or Dynatrace

Bottleneck Analysis

1 pts Simple

Identify performance bottlenecks in code and infrastructure

Deliverables
  • APM dashboard setup
  • Performance bottleneck report
  • Optimization recommendations

Technical Stack

K6 JMeter/Gatling New Relic/Datadog Prometheus Grafana InfluxDB Docker

Key Considerations

Realistic test scenarios matching production traffic patterns

Infrastructure capacity for generating load

Monitoring all layers: frontend, backend, database

Testing both peak and sustained load scenarios

Cost of cloud resources during load tests

Success Criteria

Application handles expected peak load (2x current traffic)

Response times under 500ms at 95th percentile under load

Zero errors under normal load conditions

System recovers gracefully after spike tests

Performance bottlenecks identified and documented

Related Use Cases

View All Use Cases

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