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growth-loops Checked

Identify growth loops (flywheels) for sustainable traction. Evaluates 5 loop types: Viral, Usage,…
⚡ Productivity skills By phuryn Version v1.0.0 Added 2026-09-03 Updated 2026-09-03 Source ↗
7.5Overall rating
2Views
5Downloads
26.0kStars

Installation

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Install the "growth-loops" skill by following the instructions at https://skill123.me/install/growth-loops.
⌨️ Command line install

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⬇ Download v1.0.0 · 3 KB
📊 Static rating
7.5/10
Trigger
6.5
Structure
7.3
Workflow
5.2
Content
8.0
Engineering
10.0
Security
10.0

Six-dimension rubric with reviewer rationale.

View scorecard ↓
🛡 Dynamic test
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Not live-tested yet — this skill is rated on static analysis only.

About this skill

Identify growth loops (flywheels) for sustainable traction. Evaluates 5 loop types: Viral, Usage, Collaboration, User-Generated, and Referral. Use when designing growth mechanisms, building product-led traction, or understanding how growth loops work.

Growth Loops

Documentation

Identify growth loops (flywheels) for sustainable traction. Evaluates 5 loop types: Viral, Usage, Collaboration, User-Generated, and Referral. Use when designing growth mechanisms, building product-led traction, or understanding how growth loops work.

Growth Loops

Overview

Identify and design growth loops (flywheels) that create sustainable traction. This skill evaluates five proven growth loop mechanisms to reduce reliance on paid acquisition and build product-led growth.

When to Use

  • Designing growth mechanisms for a product
  • Building sustainable viral or referral traction
  • Reducing reliance on paid acquisition
  • Analyzing competitor growth strategies
  • Optimizing product for product-led growth

The 5 Growth Loop Types

### 1. Viral Loop

Product content created by users gets shared on external platforms, bringing new users back to the product.

  • **Mechanism**: Users create content in-product → Share on social/external platforms → New users discover and signup
  • **Example**: Figma designs shared as links, Loom videos shared in emails
  • **Strength**: Exponential user acquisition if content is inherently shareable
  • **Challenge**: Requires highly shareable output and strong incentive to share

### 2. Usage Loop

Users create content or value within the product, then share it, which invites new users or drives re-engagement.

  • **Mechanism**: User creates → Shares creation → Others consume → Become engaged users
  • **Example**: Twitter threads, Medium articles, Notion templates shared publicly
  • **Strength**: Growth tied directly to product usage and network effects
  • **Challenge**: Requires content creation friction to be very low

### 3. Collaboration Loop

Users invite colleagues to co-create or collaborate within the product, expanding the user base within organizations.

  • **Mechanism**: User creates → Invites colleagues for collaboration → Colleagues discover product value
  • **Example**: Google Docs invitations, Figma team projects, Slack channels
  • **Strength**: Deep organizational penetration and high retention
  • **Challenge**: Works best for collaborative/team-based products

### 4. User-Generated Loop

Users discover new content or features through other users' creations, then create and share their own content.

  • **Mechanism**: User discovers content → Creates similar content → Shares creation → Others discover
  • **Example**: TikTok, Pinterest, YouTube trends driving creator participation
  • **Strength**: Creates content flywheel and network effects
  • **Challenge**: Requires critical mass of quality content to sustain
View full documentation

### 5. Referral Loop

Users invite other potential users in exchange for rewards, incentives, or social recognition.

  • **Mechanism**: User refers → Referred user joins → Referrer gets reward → Shares more referrals
  • **Example**: Dropbox referral bonus, Uber rider referrals, PayPal signup bonuses
  • **Strength**: Directly incentivizes acquisition; easy to measure ROI
  • **Challenge**: Requires valuable incentive without eroding unit economics

How It Works

### Step 1: Define Product Value

Clarify the core value users experience:

  • Primary action users take in your product
  • Value created per user action
  • Network effects present (if any)
  • Friction points in the experience

### Step 2: Evaluate Loop Fit

Assess which growth loops align with your product:

  • Product type (collaborative, content-based, utility, etc.)
  • Target user behavior and sharing habits
  • Network effects already present
  • Existing user base and engagement

### Step 3: Design Loop Mechanics

Create specific loop implementation:

  • Trigger that initiates sharing or invitations
  • Incentive for participation (intrinsic or extrinsic)
  • Ease of sharing mechanism
  • Conversion rate from invite to activation
  • Frequency of loop repetition per user

### Step 4: Calculate Loop Coefficient

Estimate growth velocity:

  • Invites/shares per user per cycle
  • Conversion rate of invites to new users
  • Net new users per cycle
  • Time per cycle iteration

### Step 5: Build the Loop

Implement the highest-leverage loop first:

  • Start with the most natural loop for your product
  • Optimize messaging and friction
  • Measure loop metrics and conversion rates
  • Compound results over time

Input Format

Use $ARGUMENTS to pass:

  • Product description and primary user action
  • Target user demographics and behavior
  • Existing sharing/collaboration features
  • Current growth channels and metrics
  • Constraints or opportunities

Output

A growth loops analysis including:

  • Ranked evaluation of all 5 loop types for your product
  • Recommended primary growth loop with implementation plan
  • Secondary loops to layer over time
  • Key metrics and measurement framework
  • 30-60-90 day implementation roadmap
  • Potential loop coefficient and growth projections

Framework

Based on growth loops research by Ognjen Bošković. Focuses on compounding user acquisition through built-in, product-native sharing and collaboration mechanisms.

Tips

  • Start with one loop and master it before adding complexity
  • Viral loops compound fastest but take time to build
  • Collaboration loops create strongest retention and LTV
  • Measure loop health weekly during optimization phase
  • Combine loops for multiplicative effect once operating at scale

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### Further Reading

Score breakdown

Trigger
6.5
Decent What/When with loop-design scenarios but description also targets conceptual understanding and lacks When-Not
Structure
7.3
Single 126-line file heavy on explanatory taxonomy; no offload or progressive disclosure
Workflow
5.2
Five steps are advisory bullet checklists; no guardrails, output template, or verification loop
Content
8.0
Readable structured writing but lengthy explanatory sections dilute action guidance
Engineering
10.0
Valid frontmatter; no scripts or internal references
Security
10.0
No scripts or sensitive content; credible external blog links only
Educational framework skill explaining 5 loop types with a brief 5-step process; taxonomy outweighs executable instructions, no template or verification.