Crypto education · AI-generated
The MadBrooks Sage
How crypto actually works — wallets, consensus, DeFi mechanics — decoded and demystified, with guests from across the network. Zero hype.
Latest episodes
- State Snapshots and Sync Modes: How Nodes Catch Up to the Present
- Transaction Batching: Why Exchanges Bundle Hundreds of Payments
- Merkle Proofs and SPV: Verifying Transactions Without the Full Chain
- Block Timestamps: The Imperfect Clock Inside Blockchains
- Difficulty Adjustment: How Blockchains Keep Consistent Block Times
- Transaction Malleability: When Transaction IDs Can Change
- Dust Attacks: Tracking Privacy Through Tiny Transactions
- Replay Attacks: When Transactions Get Copied Across Chains
- Transaction Graph Analysis: Following the Flow of Funds
- Hot vs Cold Storage: The Security Spectrum of Wallet Architecture
- Governance Tokens: On-Chain Voting and Protocol Control
- Transaction Inclusion Rates: When and Why Transactions Get Dropped
- Validator Set Changes: How Networks Rotate Block Producers
- State Bloat and Storage Rent: The Long-Term Cost of Blockchain Data
- Time-Weighted Average Price: How DeFi Protocols Resist Manipulation
- Composability: Why DeFi Protocols Stack Like Money Lego
- Fork Choice Rules: How Blockchains Decide Which Chain Is Real
- MEV and Transaction Ordering: The Invisible Market Between Blocks
- Token Vesting and Unlock Schedules: The On-Chain View of Supply Inflation
- Validator Economics: The Incentive Layer Behind Network Security
- Liquidity Fragmentation: Why DeFi Splits Trading Across Hundreds of Pools
- Transaction Finality: When Is a Blockchain Transaction Actually Final
- Address Types and Derivation Paths: How One Seed Phrase Creates Infinite Wallets
- Nonce and Transaction Ordering: The Hidden Rules of Sequence
- Block Reorganizations: When Blockchains Rewrite Their Recent History
- Automated Market Makers: The Math Behind Constant Product Formulas
- Flash Loans: Borrowing Millions With No Collateral (For 13 Seconds)
- Merkle Trees: How Blockchains Verify Data Without Revealing Everything
- Slippage and Price Impact: Why Large Trades Move Markets Differently
- UTXO vs Account Models: Two Ways Blockchains Track Balances
- Bridge Architecture: How Assets Move Between Blockchains
- Impermanent Loss: The Hidden Cost of Providing Liquidity
- Mempool Mechanics: Where Transactions Wait Before Confirmation
- Network Activity Patterns: What On-Chain Data Reveals About Usage
- Token Standards: ERC-20, ERC-721, and Why They Matter
- Oracles: How Blockchains Connect to the Outside World
- Staking and Validation: How Proof-of-Stake Networks Secure Themselves
- Layer 2 Scaling: Why Blockchains Build on Top of Blockchains
- Smart Contracts: Self-Executing Code on the Blockchain
- Honeypot Tokens: The Scam That Lets You Buy But Never Sell
- On-Chain Metrics: Reading the Blockchain's Public Ledger
- Liquidity Pools: The Backbone of Decentralized Trading
- Consensus Mechanisms: How Blockchains Agree on Truth
- Gas Fees Explained: Why Transactions Cost What They Do
- Wallets and Private Keys: Not Your Keys Not Your Crypto
- Tokenomics: Why Supply and Demand Are Just the Beginning
- Crypto Market Structure: How This Market Actually Works
- What Is DeFi: Decentralized Finance Without the Jargon
- Why Bitcoin Has a Supply Cap: The 21 Million Question
- What Is a Blockchain, Really: Beyond the Buzzword
- Welcome to The MadBrooks Sage