Test Environment Setup Still Manual?
Hours wasted on repetitive VM configuration. Inconsistent environments. Knowledge lost with every team change.
Manual test environments block innovation
Every team faces the same bottlenecks
QA Teams
3 days for test setup
Testing delayed by infrastructure
Development
Inconsistent envs
'Works on my machine' issues
Training Labs
8 hours setup
Per classroom environment
DevOps
No standardization
Every setup is different
QA Teams
3 days for test setup
Testing delayed by infrastructure
Development
Inconsistent envs
'Works on my machine' issues
The Pattern
Every organization hits the same wall: Manual VM provisioning doesn't scale. What starts as "just a few VMs" becomes a full-time job, blocking your team from actual work.
Ready for consistent test environments?
Deploy perfect test VMs in minutes, not days
Windows test environment challenges
Manual processes that don't scale
Manual VM Setup
GUI clicking for every VM: creation, software install, configuration
→ Hours of repetitive work, inconsistent results
Inconsistent Configs
No two test environments match exactly
→ Test results can't be trusted
No Version Control
VM configurations exist only as snapshots
→ Can't track or rollback changes
Can't Share Setups
Each team member builds from scratch
→ Duplicate effort everywhere
Knowledge Silos
Only experts know the right configs
→ Teams blocked waiting for help
No Automation
Same steps repeated manually
→ Human error inevitable
Manual VM Setup
GUI clicking for every VM: creation, software install, configuration
→ Hours of repetitive work, inconsistent results
Test VMs that inherit and evolve
Perfect for dev, test, staging, training, and POC environments
Manual Test Setup
- ✗Hours of manual configuration
- ✗Inconsistent test environments
- ✗No sharing between teams
- ✗Knowledge walks out the door
- ✗Can't reproduce exact setups
- ✗Testing blocked by infrastructure
Evolved Test Automation
- 2-minute test deployments
- 100% consistent environments
- Share configurations as genes
- Knowledge becomes permanent
- Perfect reproducibility
- Self-service test infrastructure
Manual Test Setup
- ✗Hours of manual configuration
- ✗Inconsistent test environments
- ✗No sharing between teams
- ✗Knowledge walks out the door
- ✗Can't reproduce exact setups
- ✗Testing blocked by infrastructure
Evolved Test Automation
- 2-minute test deployments
- 100% consistent environments
- Share configurations as genes
- Knowledge becomes permanent
- Perfect reproducibility
- Self-service test infrastructure
How the gene system works
1. Start with a gene
Choose a proven template from the genepool or create your own
2. Add what's different
Inherit base configs, customize only what you need
3. Deploy in minutes
Your improvements become new genes others can inherit
Real example: Deploy an Ubuntu web server from YAML
# Deploy Ubuntu web server from YAML:
# Perfect for dev, test, and staging workloads
$webServer = @"
name: web-server-01
parent: dbosoft/ubuntu-2204/latest
# Configure web server stack
fodder:
- source: gene:myorg/ubuntu-nginx-base
variables:
- name: site_name
value: myapp.local
"@
# Deploy it
New-Catlet -Config $webServer | Start-Catlet
# Done! Ubuntu web server ready in minutes.
Teams transforming their testing
Real results from test automation with eryph
Ready for Consistent Test Environments?
Join teams deploying perfect test VMs in minutes, not days.