Understanding Bonding Curves

Bonding curves are automated market makers that determine token prices based on supply and demand. TokenFabric offers several curve types to suit different project needs.

What is a Bonding Curve?

Basic Concept

A bonding curve is a mathematical formula that:

  • Automatically sets token prices
  • Manages buy/sell operations
  • Creates predictable pricing
  • Ensures constant liquidity

How It Works

  1. Price Calculation

    • Based on current supply
    • Adjusts automatically
    • Transparent mechanism
    • Continuous liquidity
  2. Key Benefits

    • Always liquid
    • Predictable pricing
    • No order books
    • Instant trades

TokenFabric Curve Types

1. Linear Curve

Price=mSupply+bPrice = m Supply + b

Best for:

  • Steady growth
  • Predictable pricing
  • Simple tokenomics
  • New projects

Characteristics:

  • Constant price increase
  • Easy to understand
  • Lower volatility
  • Stable growth

2. Exponential Curve

Price=ae(bSupply)Price = a e^(bSupply)

Best for:

  • Scarcity-driven tokens
  • Reward systems
  • Collector items
  • High-growth projects

Characteristics:

  • Accelerating price growth
  • Early adopter benefits
  • Higher potential returns
  • More volatility

3. Logarithmic Curve

Price=aln(Supply+1)+bPrice = a ln(Supply + 1) + b

Best for:

  • Utility tokens
  • Large supply tokens
  • Stable projects
  • Community currencies

Characteristics:

  • Diminishing price growth
  • More stable long-term
  • Controlled appreciation
  • Lower volatility

Choose your curve type carefully - it cannot be changed after token creation.

Choosing Your Curve

Factors to Consider

  1. Project Goals

    • Growth expectations
    • Target audience
    • Token utility
    • Market strategy
  2. Economic Model

    • Supply dynamics
    • Price targets
    • Distribution plan
    • Investment timeline

Use Case Examples

Curve Parameters

Key Settings

  1. Initial Price

    • Starting point
    • Entry barrier
    • Market positioning
    • Growth potential
  2. Curve Steepness

    • Price sensitivity
    • Growth rate
    • Market dynamics
    • Risk level

Parameter Impact

Linear Curve

  • Slope affects price growth rate
  • Higher slope = faster price increase
  • Lower slope = more stable pricing
  • Consider market size

Exponential Curve

  • Base affects growth acceleration
  • Higher base = steeper growth
  • Lower base = gentler curve
  • Plan carefully

Logarithmic Curve

  • Coefficient affects curve shape
  • Higher = more initial growth
  • Lower = more gradual growth
  • Balance accessibility

Best Practices

Testing Strategy

  1. Parameter Testing

    • Use test transactions
    • Simulate scenarios
    • Check price impacts
    • Verify mechanics
  2. Market Analysis

    • Study similar projects
    • Analyze market size
    • Consider competition
    • Project growth

Risk Management

  1. Price Protection

    • Set appropriate limits
    • Plan for volatility
    • Monitor activity
    • Adjust parameters
  2. Supply Control

    • Manage initial distribution
    • Plan token releases
    • Consider burning
    • Monitor circulation

Advanced Topics

Price Impact

  • Understanding slippage
  • Large order effects
  • Market depth
  • Trading strategies

Liquidity Management

  • Reserve ratios
  • Pool balancing
  • Emergency measures
  • Market making

Next Steps

Continue your learning:

  1. Explore token metrics →
  2. Learn about marketing →
  3. Start creating →

Ready to Configure?

Create your token with the perfect curve on TokenFabric →

Quick Reference

Curve Selection Checklist

  • Define project goals
  • Analyze target market
  • Choose curve type
  • Set parameters
  • Test thoroughly
  • Plan monitoring
  • Prepare launch

Start with conservative parameters - you can always adjust your strategy in future tokens.