top of page
PNG - Yellow.png

Case Studies

How MakerDAO Maintains Stability in DeFi

What you'll learn in this Analysis
  • How MakerDAO keeps its stablecoin (DAI) near $1

  • Why its model is more resilient than algorithmic stablecoins

  • The mechanisms that maintain stability

  • Lessons about collateral, risk management, and system design

1. What is MakerDAO?


MakerDAOΒ is a DeFi protocol that issues:

  • DAIΒ β†’ a decentralized stablecoin

  • Backed by crypto collateral


Its goal:

Maintain DAI β‰ˆ $1 without relying on a central issuer

Key Insight

MakerDAO achieves stability through overcollateralization + risk control. Not through pure algorithms.

2. The Core Mechanism


How DAI is Created:

  1. Users deposit collateral (e.g., ETH)

  2. Borrow DAI against it

  3. Must maintain a safe collateral ratio


Core Relation

CollateralΒ Value β‰₯ 150% Γ— DAIΒ Borrowed

πŸ‘‰ Example:

  • Deposit $150 worth of ETH

  • Borrow $100 DAI


To borrow DAI:

  • You must deposit more value than you borrow


πŸ‘‰ This ensures safety


3. Why Overcollateralization Matters


Protection Mechanism:

If collateral value drops:

  • Position becomes risky

  • System can liquidate

πŸ‘‰ This protects DAI’s peg


Without collateral:

  • No backing

  • No stability

πŸ‘‰ This is where many systems fail


4. Stability Mechanisms


1. Stability Fees

  • Borrowers pay interest

  • Controls supply

πŸ‘‰ Higher fees β†’ less borrowing


2. Liquidations

  • Undercollateralized positions are liquidated

πŸ‘‰ Prevents system insolvency


3. Peg Arbitrage

If DAI β‰  $1:

  • Traders exploit price differences

  • Market pushes price back

πŸ‘‰ Self-correcting mechanism


4. Collateral Diversity

  • Multiple asset types

  • Reduces dependency on one asset

πŸ‘‰ Improves resilience


5. Why MakerDAO Works


Key Strengths


1. Real Backing

  • DAI is backed by assets


2. Strong Risk Controls

  • Liquidations

  • Collateral ratios


3. Market-Driven Stability

  • Arbitrage mechanisms


4. Governance Adjustments

  • Parameters can change


6. MakerDAO vs Algorithmic Stablecoins


Algorithmic Model (e.g. Terra)

  • No real collateral

  • Relies on confidence


MakerDAO Model

  • Backed by assets

  • Risk managed

πŸ‘‰ This is the key difference


7. Risks in MakerDAO


Not Risk-Free


Collateral Volatility

  • Crypto prices can crash


Liquidation Cascades

  • Mass liquidations during downturns


Governance Risk

  • Decisions may be flawed

πŸ‘‰ But still more robust than many systems


8. Key Lessons from MakerDAO


Lesson 1

Stability requires real backing

Lesson 2

Risk must be actively managed

Lesson 3

Incentives must align with system health

Lesson 4

Overcollateralization creates safety

9. Operator Framework


When evaluating stablecoins, ask:


1. What backs the stablecoin?


2. Is collateral sufficient?


3. How are risks managed?


4. What happens during market stress?


πŸ‘‰ These determine stability


10. Real Insight (Critical)


Stability in DeFi is not magic. It is engineered through collateral and incentives.

πŸ‘‰ Without these β†’ systems fail


Final Takeaway


MakerDAO maintains stability because of:

βœ… Overcollateralization

βœ… Risk management

βœ… Market incentives

βœ… Governance controls


πŸ‘‰ The real reason:

It is built on real economic backing, not just belief

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 9, 2026

How MakerDAO Maintains Stability in DeFi

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 9, 2026

How MetaMask Became the Default Web3 Wallet

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 9, 2026

Olympus DAO vs GMX vs Friend.tech

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 9, 2026

Why Ethereum Became the Foundation of Web3

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 8, 2026

Why Uniswap Became a Leading DeFi Protocol

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 8, 2026

How OpenSea Dominated the NFT Market Early On

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 7, 2026

Growth Strategy Behind StepN (And Why It Slowed Down)

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 7, 2026

How Blur Disrupted OpenSea

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 6, 2026

Stablecoin collapse scenarios

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 6, 2026

Uniswap vs SushiSwap: Which Model Works Better?

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 5, 2026

What Went Wrong with Terra Luna

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 4, 2026

The Rise and Fall of Axie Infinity

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 3, 2026

Why Some Projects Fail to Retain Users

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 2, 2026

Why Most NFT Projects Fail (Real Case Breakdown)

ChatGPT Image May 16, 2026, 10_31_29 PM.png

March 1, 2026

Why Many Play-to-Earn Models Fail (Economic Breakdown)

ChatGPT Image May 16, 2026, 10_31_29 PM.png

February 27, 2026

NFT success vs failure analysis

ChatGPT Image May 16, 2026, 10_31_29 PM.png

February 26, 2026

DAO governance evolution (Aave)

ChatGPT Image May 16, 2026, 10_31_29 PM.png

February 24, 2026

Governance comparison (MakerDAO vs Aragon vs Optimism)

ChatGPT Image May 16, 2026, 10_31_29 PM.png

February 23, 2026

Different DAO Models Compared (What Works Best?)

ChatGPT Image May 16, 2026, 10_31_29 PM.png

February 21, 2026

NFT Marketplaces: What Makes One Win Over Another?

bottom of page