Germline Protection
A systematic approach to distinguishing invariant organizational principles (germline DNA) from context-specific adaptations (somatic) and protecting core DNA from drift over time.
A systematic approach to distinguishing invariant organizational principles (germline DNA) from context-specific adaptations (somatic) and protecting core DNA from drift over time. Prevents the accumulation of somatic barnacles that get mistaken for identity.
When to Use Germline Protection
Use for ongoing organizational governance, especially in large or growing organizations. Essential for preventing somatic drift from corrupting germline DNA over time.
How to Apply
Identify Somatic Drift Patterns
Recognize common patterns where somatic adaptations get mistaken for DNA.
Questions to Ask
- Are there rituals that accompanied success but didn't cause it (Success Theatre)?
- Are founder personal preferences mistaken for strategic principles?
- Are processes built for past conditions still being replicated?
- Are local optimizations being mistakenly replicated globally?
Outputs
- Somatic drift patterns identified
- Candidates for removal from DNA
Document Founder's Intent
Capture what original architects considered essential vs. contingent.
Questions to Ask
- What did original architects consider essential?
- What was contingent on early conditions?
- What has remained constant through every pivot and crisis?
Outputs
- Founder's intent documentation
- Essential vs. contingent distinction
Establish DNA Reviews
Create periodic audit process to distinguish DNA from accumulated artifacts.
Questions to Ask
- Is this still DNA, or has it become somatic artifact?
- Would removing this fundamentally change who we are?
- Does this guide current decisions or is it aspirational?
Outputs
- DNA review process
- Schedule for periodic audits
New Market Testing
Use radically different markets to reveal which elements must stay constant.
Questions to Ask
- If we entered a radically different market, which elements must stay constant?
- What's truly universal vs. what's adapted to our original environment?
Outputs
- Universal DNA elements confirmed
- Environment-specific adaptations identified