Skip to main content

Documentation Index

Fetch the complete documentation index at: https://unko.design/llms.txt

Use this file to discover all available pages before exploring further.

​
Inheritance, Conflict & Constraints

DNA isn’t static. It evolves. But evolution isn’t random—it follows rules. This page explains the physics of how your company’s DNA changes and self-organizes.

​
Inheritance: How Genes Extend

Inheritance is when a new gene builds on an existing one.

​
Example: Color Hierarchy

Parent Gene: Brand.ColorPrimary
Rule: Brand color is #0066FF (blue)

Child Gene: UI.InteractiveColor
Rule: Interactive elements use Brand.ColorPrimary
Inherits: Brand.ColorPrimary

Grandchild Gene: UI.HoverState
Rule: Hover states darken by 10%
Inherits: UI.InteractiveColor
Calculation: darken(Brand.ColorPrimary, 10%)
When Brand.ColorPrimary changes, all descendants automatically update.

​
Why Inheritance Matters

Without inheritance:
  • Change brand color
  • Manually update 47 places
  • Miss 3 of them
  • Product feels inconsistent
With inheritance:
  • Change brand color (one gene)
  • All descendants update automatically
  • Zero manual work
  • Perfect consistency

​
Conflict: When Genes Contradict

Sometimes genes contradict each other. This is not a bug—it’s information. Conflicts reveal hidden tensions that need resolution.

​
Example: Speed vs. Security

Gene: Operations.ShipFast
Rule: Ship features within 2-week sprints
Priority: High velocity

Gene: Security.ReviewRequired
Rule: All code changes require security review (3-5 days)
Priority: Zero vulnerabilities

Conflict: Security review timeline exceeds sprint length
What do you do?

​
Conflict Resolution Strategies

​
1. Prioritization

Decide which gene wins. 
Resolution: Security.ReviewRequired takes precedence
Outcome: Sprints adjusted to 3-week cycles
Rationale: Security breach costs > slower shipping

​
2. Synthesis

Create a new gene that satisfies both. 
New Gene: Security.FastTrackReview
Rule: Security reviews prioritized for sprint-critical features
  - Daily review slots reserved
  - 2-day SLA for P0 features
  - 5-day SLA for P1 features
Satisfies: Both speed and security needs

​
3. Context-Dependent

Both genes apply in different contexts. 
Resolution: Context-based priority
  - Customer-facing features: Security.ReviewRequired wins
  - Internal tools: Operations.ShipFast wins
Outcome: Split review process by risk level

​
4. Deprecation

One gene is outdated. 
Resolution: Deprecate Operations.ShipFast
Reason: Company maturity, can't sacrifice security anymore
New Gene: Operations.BalancedShipping (includes security in timeline)

​
Conflict as Signal

Conflicts are valuable. They show:
  • Where your company is growing
  • Where old assumptions no longer fit
  • Where implicit values need to become explicit
Don’t avoid conflicts. Resolve them explicitly.

​
Constraints: How Genes Limit Each Other

Constraints are when one gene restricts possibilities for another. This isn’t conflict—it’s physics. Some genes naturally limit others.

​
Example: Tech Constrains UI

Gene: Tech.ResponsiveFramework
Rule: All UI must be mobile-responsive
Constraint on: UI Strand

Impact on UI:
  - Can't use: Fixed-width layouts
  - Can't use: Hover-only interactions
  - Must use: Touch-friendly hit targets (min 44px)
  - Must use: Fluid typography
Tech gene creates boundaries that UI genes must respect.

​
Common Constraint Patterns

​
Tech → UI/UX

Tech.Browser Support
  Constrains: UI.Animations (no advanced CSS)
  Constrains: UX.Features (no WebRTC on old browsers)

Tech.Performance Budget
  Constrains: UI.ImageSize (max 200kb)
  Constrains: UX.VideoAutoplay (not on mobile)

​
Brand → Product

Brand.Positioning ("Premium, not cheap")
  Constrains: Product.PricingStrategy (no low-end tier)
  Constrains: Product.FeatureScope (no "good enough" features)

​
Security → Data

Security.Compliance (GDPR, HIPAA)
  Constrains: Data.Storage (encrypted at rest)
  Constrains: Data.Retention (delete after 90 days)
  Constrains: Data.Access (audit logs required)

​
Product → AI

Product.UserControl ("Users always in control")
  Constrains: AI.Autonomy (AI suggests, never decides)
  Constrains: AI.Automation (user approval required)

​
Why Constraints Are Good

Constraints:
  • Prevent bad decisions before they happen
  • Clarify boundaries between systems
  • Force creativity within limits
  • Make dependencies visible
Constraints are not limitations—they’re guardrails.

​
The Constraint Graph

Your DNA forms a directed acyclic graph (DAG) of constraints. 
Brand ─→ Product ─→ UX ─→ UI
  ↓         ↓        ↓     ↓
  └────→ Sales    Tech    Data
            ↓        ↓     ↓
         Operations ← AI ← Security
Arrows = “constrains” This graph shows:
  • Which genes depend on which
  • What order to make decisions
  • Which changes will ripple through the system

​
Constraint Conflicts

Sometimes constraints form impossible situations.

​
Example: Impossible Triangle

Gene: Product.FeatureRichness
Rule: Build comprehensive features, not MVPs

Gene: Tech.FastShipping
Rule: Ship features in 1-week cycles

Gene: Team.SmallTeams
Rule: Keep engineering teams at 3-5 people

Conflict: Can't build comprehensive features + ship weekly + stay small
This is real tension that needs resolution. Options:
  1. Relax Product.FeatureRichness (ship MVPs)
  2. Extend Tech.FastShipping (2-week cycles)
  3. Grow Team.SmallTeams (hire more engineers)
  4. Reduce Product.FeatureScope (build less)
The constraint conflict forces an explicit strategic decision.

​
Evolution: How DNA Changes Over Time

DNA evolves through four mechanisms:

​
1. Mutation (Gene Change)

A gene changes because context changed. 
Old Gene: Brand.Voice
Rule: Playful, casual, use emojis

New Gene: Brand.Voice (v2)
Rule: Professional, clear, no emojis
Reason: Target market shifted from consumers to enterprise

​
2. Insertion (New Gene)

A new gene is added. 
New Gene: AI.TransparencyRequirement
Rule: All AI-generated content must be labeled
Context: Regulatory requirement introduced
Impact: Affects Conversation, Product, UI strands

​
3. Deletion (Gene Removal)

A gene becomes obsolete. 
Deleted Gene: Tech.IE11Support
Reason: <0.1% of users, maintenance burden too high
Date Deprecated: Q1 2024
Date Removed: Q2 2024

​
4. Recombination (Strand Reorganization)

Genes move between strands. 
Gene: ConversationTone
Old Strand: Brand
New Strand: Conversation (newly created)
Reason: Conversation became its own system as AI expanded

​
DNA Versioning

Every change to DNA should be versioned. 
Company DNA v2.3.0
Date: 2024-03-15

Changes:
- [BREAKING] Brand.Voice updated (removed emojis)
- [NEW] AI.TransparencyRequirement added
- [DEPRECATED] Tech.IE11Support (removed in v2.4.0)
- [FIXED] UI.ButtonHierarchy clarified (max 1 primary button)

Migration Guide:
- Update all marketing copy to remove emojis
- Add AI labels to product UI
- Remove IE11 polyfills in next release
Versioning lets you:
  • Track changes over time
  • Communicate updates to the team
  • Roll back if needed
  • Understand why decisions were made

​
The Self-Organization Property

Here’s the magic: When DNA is explicit, companies start self-organizing.
  • Engineers check Tech genes before building
  • Designers reference UI genes before designing
  • Product checks constraints before proposing features
  • Sales applies Brand genes when talking to customers
You don’t need to be in every meeting. The DNA guides decisions.

​
The DNA Equation

Alignment = (Explicit Genes × Active Constraints) / Entropy
More explicit genes → more alignment More active constraints → fewer bad decisions Less entropy → more coherence DNA increases the numerator and decreases the denominator.

​
Next: Maturity Levels

Now you understand how DNA works. Let’s see where your company sits on the evolution scale.

DNA Maturity Levels

Where your company sits on the evolution scale