Automated regression test suite for event management module reduced release cycle by 60%

CRM HubSpot
, , , , , , , ,
1

Sharing our success story implementing automated regression testing for HubSpot’s event management module. We reduced our release cycle from 3 weeks to 1.2 weeks while improving test coverage from 65% to 92%.

Background: Our event management workflows were tested manually, taking 40 hours per release. With monthly releases, our QA team was constantly in regression testing mode with no time for exploratory testing or test improvement.

Solution: Built a comprehensive automated regression test suite integrated into our CI/CD pipeline using Jenkins and Selenium. The suite covers event creation, registration workflows, attendee management, and reporting.

Key implementation details:

pipeline {
  stage('Regression Tests') {
    parallel {
      stage('Event Workflows') { steps { sh './run-event-tests.sh' } }
      stage('Registration API') { steps { sh './run-api-tests.sh' } }
    }
  }
}

Results after 6 months:

  • Release cycle: 3 weeks → 1.2 weeks (60% reduction)
  • Test coverage: 65% → 92%
  • Regression testing time: 40 hours → 4 hours
  • Production defects: 12 per release → 3 per release

Happy to share more details about our approach, challenges we faced, and lessons learned.

2

Great questions! Jennifer - we use dynamic test data generation with UUID-based naming to avoid conflicts. Alex - full suite runs on release branches only, smoke tests on every commit. Sam - yes, 4 hours is manual exploratory and compliance validation. Rita - both factors contributed, but automated tests found 30% more edge cases than manual testing.

3

60% release cycle reduction is significant. I’m guessing the 4 hours of remaining regression testing is manual exploratory testing? How did you decide what to automate versus keep manual? And what was your total implementation timeline for building the automated suite?