Master the Crypto Era
A free, 15-week beginner-to-expert course built from the world's most trusted crypto authorities. Interactive. Locked weekly. Complete each lesson to advance.
House of Kong
CryptoMastery · 15-Week Course
By Neal Lloyd
Everything you need.
Nothing you don't.
Curated from CoinDesk, Binance Academy, Investopedia, Andreas Antonopoulos, and the world's leading on-chain researchers.
Blockchain Fundamentals
How distributed ledgers, consensus and cryptographic proofs work.
Wallets & Security
Hot vs. cold storage, seed phrases, hardware wallets.
Charts & Technical Analysis
Candlesticks, RSI, MACD — read price action like a pro.
DeFi & Web3
Yield farming, liquidity pools, DAOs explained.
NFTs & Ownership
Real utility beyond art, gaming, music and IP.
Regulation & Taxes
Navigate legal frameworks and report correctly.
AI & Crypto
On-chain analytics, AI tokens, automated trading.
The Future
CBDCs, Layer 2, quantum threats and what's next.
The Full Course
Complete each week in sequence. Quizzes unlock the next chapter.
Start here. In Week 1 we strip away the jargon and ask the most fundamental question: what problem does cryptocurrency actually solve? You'll trace money from its earliest forms to the digital era, understand why Satoshi Nakamoto's 2009 whitepaper was a watershed moment, and grasp the key ideas that underpin everything you'll learn in this course.
- ▸The history of money: shells, gold, paper, digital
- ▸Why Satoshi published the Bitcoin whitepaper
- ▸The double-spend problem — and how blockchain solves it
- ▸Key terms decoded: cryptocurrency, blockchain, decentralization
- ▸Bitcoin vs. altcoins vs. tokens — what's the difference?
- ▸Why 2025 is the "internet moment" for crypto
Now that you understand WHY Bitcoin exists, it's time to learn HOW it works at a technical level — without needing a computer science degree. This week we open the bonnet and examine the elegant machinery inside a blockchain: cryptographic hashing, Merkle trees, distributed nodes, and the different consensus mechanisms that keep the whole system honest.
- ▸What is a hash? SHA-256 explained intuitively
- ▸How blocks link together to form an immutable chain
- ▸Merkle trees — verifying data efficiently without downloading everything
- ▸Nodes, miners, and validators — who does what on the network
- ▸Proof of Work vs. Proof of Stake — energy, security and trade-offs
- ▸What makes a blockchain truly immutable (51% attacks explained)
- ▸Public vs. private vs. permissioned blockchains
"Not your keys, not your coins." This is the most important security principle in crypto — and this week you'll understand exactly why. We cover everything from how public and private keys are generated, to the difference between hot and cold wallets, to the single most critical thing you must never do with your seed phrase. This is the chapter that prevents losing everything.
- ▸Public vs. private keys — the cryptographic lock and key
- ▸How a seed phrase (mnemonic) is generated and what it controls
- ▸Hot wallets: MetaMask, Trust Wallet, Phantom — risks and uses
- ▸Cold wallets: Ledger, Trezor, Coldcard — hardware security explained
- ▸Custodial vs. non-custodial wallets — who really holds your coins
- ▸Multi-signature wallets and when to use them
- ▸The 5 most common ways people lose their crypto forever
You understand what crypto is and how to store it safely — now it's time to actually acquire some. This week covers the entire landscape of crypto exchanges: centralised platforms like Coinbase, Binance, and Kraken versus decentralised exchanges like Uniswap and dYdX. We walk through the mechanics of placing an order, understanding fees, and the critical question of what to do (and not do) after your first purchase.
- ▸Centralised Exchange (CEX) vs. Decentralised Exchange (DEX)
- ▸KYC/AML explained — why exchanges require identity verification
- ▸Market orders, limit orders, stop-loss — knowing the difference
- ▸Understanding trading fees: maker, taker, spread, and withdrawal costs
- ▸Top exchanges compared: Coinbase, Binance, Kraken, Gemini
- ▸How to read an order book and trading pair (BTC/USDT etc.)
- ▸Never leave large amounts on an exchange — the FTX lesson
Markets speak a visual language — and this week you become fluent in it. Technical analysis (TA) is the art of reading price charts to identify patterns, trends, and potential turning points. While no method predicts the future with certainty, understanding TA dramatically sharpens your decisions and helps you avoid the emotional traps that destroy most beginners' portfolios.
- ▸How to read a candlestick: open, high, low, close, wicks
- ▸Support and resistance levels — the market's memory
- ▸Trend lines, channels and the concept of market structure
- ▸Volume analysis — confirming price moves with conviction
- ▸Key indicators: RSI (overbought/oversold), MACD, Bollinger Bands
- ▸Common chart patterns: head & shoulders, double top, bull flag
- ▸TradingView walkthrough — the professional charting tool
Most people who fail in crypto don't fail because of bad timing — they fail because of poor strategy and uncontrolled emotions. This week covers the frameworks that separate disciplined investors from reactive gamblers. From Dollar-Cost Averaging to portfolio construction to understanding your own psychology under extreme market pressure, this is the most practically impactful week of the course.
- ▸Dollar-Cost Averaging (DCA) — the maths behind why it works
- ▸HODLing strategy — when patience is a genuine edge
- ▸Portfolio construction: core holdings vs. speculative plays
- ▸Position sizing — never bet more than you can afford to lose
- ▸The Crypto Fear & Greed Index — using sentiment as a signal
- ▸Stop-loss strategy: protecting downside without panic-selling
- ▸Bitcoin halving cycles and macro market timing frameworks
Bitcoin proved that decentralised money was possible. Ethereum asked a bigger question: what if you could run any programme on a decentralised, unstoppable computer? This week we unpack Ethereum's revolutionary contribution — the smart contract — and explore how the Ethereum Virtual Machine (EVM) became the foundation for an entirely new financial and creative economy.
- ▸What Vitalik Buterin saw that Satoshi didn't build
- ▸Smart contracts — code that executes automatically, without middlemen
- ▸The Ethereum Virtual Machine (EVM) — the world computer
- ▸Gas and gwei explained — why transactions cost money
- ▸ERC-20 tokens vs. ERC-721 NFT tokens — the token standard landscape
- ▸The Merge — Ethereum's shift from Proof of Work to Proof of Stake
- ▸Solidity in plain English — what smart contract code looks like
Decentralised Finance is arguably the most transformative application of blockchain technology — a global, open financial system that operates 24/7 without banks, brokers, or governments. By the end of this week you'll understand how to lend, borrow, trade, and earn yield using nothing but a crypto wallet and an internet connection — and crucially, you'll understand the real risks involved.
- ▸What DeFi is and how it differs from traditional finance
- ▸Automated Market Makers (AMMs) — Uniswap and how DEXs work
- ▸Lending and borrowing: Aave, Compound — earning interest on-chain
- ▸Liquidity pools — providing liquidity and earning trading fees
- ▸Stablecoins in DeFi: USDC, DAI, USDT — the glue of the ecosystem
- ▸Yield farming and liquidity mining explained step by step
- ▸Impermanent loss, smart contract risk, and liquidation risk
Non-Fungible Tokens exploded into public consciousness in 2021 with million-dollar JPEG sales — and then the market crashed, leaving most people confused about whether NFTs had any real value. The truth is nuanced and fascinating. This week we cut through the noise to explain what NFTs technically are, where they genuinely add value, and why they represent a foundational shift in how humans prove and transfer ownership of digital and physical assets.
- ▸Fungible vs. non-fungible — why uniqueness matters on a blockchain
- ▸How ERC-721 and ERC-1155 token standards enable NFTs
- ▸What you actually own when you buy an NFT (hint: less than you think)
- ▸NFT use cases beyond art: gaming, music royalties, ticketing, real estate
- ▸Soulbound tokens and on-chain identity — the next evolution
- ▸Marketplaces: OpenSea, Blur, Magic Eden — how royalties work
- ▸Why the 2021 bubble happened and what legitimate utility looks like
One of the most dangerous misconceptions in crypto is the belief that it is tax-free or unregulated. Tax authorities in the US, UK, EU, Australia and most other jurisdictions now actively track on-chain activity. This week gives you the knowledge to stay on the right side of the law, understand what constitutes a taxable event, and use the tools available to track and report your crypto activity correctly.
- ▸Is crypto property or currency? The legal classification matters
- ▸What constitutes a taxable event: selling, swapping, staking, airdrops
- ▸Capital gains tax (short-term vs. long-term) — US IRS framework
- ▸UK, EU, and Australian crypto tax frameworks compared
- ▸Cost basis methods: FIFO, LIFO, HIFO — which to choose
- ▸Crypto tax tools: Koinly, CoinTracking, TaxBit — how they work
- ▸The global regulatory landscape: MiCA (EU), SEC battles, and beyond
One of the most legitimate criticisms of cryptocurrency has always been scalability: blockchains like Bitcoin and Ethereum are slow and expensive compared to Visa or Mastercard. Layer 2 solutions solve this elegantly — processing thousands of transactions off-chain and settling them in batches on the secure Layer 1 mainnet. This week you'll understand the technology that makes mass adoption possible.
- ▸The blockchain trilemma: security, scalability, decentralisation
- ▸Bitcoin Lightning Network — instant, near-free BTC payments
- ▸Ethereum Layer 2 ecosystem: Arbitrum, Optimism, Base, Polygon
- ▸Optimistic Rollups vs. ZK-Rollups — the two dominant approaches
- ▸Zero-Knowledge proofs explained intuitively (without the maths)
- ▸State channels, Plasma, and Validium — other scaling techniques
- ▸Why Layer 2s are where most DeFi and NFT activity is moving
Two of the most powerful technological revolutions of our era are converging: Artificial Intelligence and Blockchain. From AI-powered on-chain analytics tools that surface market-moving insights to entirely new crypto tokens designed to power decentralised AI computation networks, this week explores the intersection that is generating the most excitement — and opportunity — in the 2025 crypto landscape.
- ▸How AI is used to analyse on-chain wallet flows and detect smart money
- ▸AI trading bots and algorithmic strategies — what works and what doesn't
- ▸The AI token sector: Fetch.ai (FET), Render (RNDR), Bittensor (TAO)
- ▸Decentralised AI compute networks — renting GPU power on-chain
- ▸Glassnode and Santiment — on-chain analytics tools explained
- ▸ChatGPT and crypto: using LLMs to research, analyse, and code DeFi
- ▸The risks: AI hallucinations, over-automated trading, and narrative cycles
Web3 is more than a buzzword — it represents a fundamental reimagining of how the internet is owned and governed. Where Web1 was read-only and Web2 made you a product, Web3 makes you an owner. This week explores the architecture of this new internet, the DAO governance structures that replace traditional corporate hierarchies, and the real implications of a token-powered ownership economy for creators, workers, and investors.
- ▸Web1 → Web2 → Web3: the evolution of internet ownership
- ▸What makes a platform truly decentralised (and why most aren't)
- ▸DAOs explained: Compound, Uniswap, MakerDAO — real governance examples
- ▸Governance tokens: voting power, quorum, and proposal mechanisms
- ▸Creator economy on-chain: Lens Protocol, Mirror, Sound.xyz
- ▸Token-gated communities and decentralised social media
- ▸The challenges: voter apathy, whale dominance, legal uncertainty
Billions of dollars are lost to crypto scams, hacks, and exploits every year. The decentralised nature of crypto — its greatest strength — also means there is no customer support, no fraud department, and no way to reverse a transaction. This week is your comprehensive guide to threat awareness: the most common attack vectors, red flags for every type of scam, and the specific habits that keep your portfolio safe long-term.
- ▸Phishing attacks — fake websites, fake wallets, and social engineering
- ▸Rug pulls — how to spot them before a project vanishes
- ▸Smart contract exploits: reentrancy, flash loan attacks, oracle manipulation
- ▸The anatomy of the biggest hacks: Ronin ($625M), Wormhole ($320M)
- ▸Pig butchering scams and romance fraud — the human attack vector
- ▸Token approvals — revoking dangerous smart contract permissions
- ▸Your personal security checklist: hardware wallet, 2FA, OpSec habits
You have made it to the final chapter. In 14 weeks you've gone from knowing nothing to understanding the full depth of the crypto ecosystem. Now we look forward. This week synthesises everything you've learned and projects it onto the horizon — CBDCs and state digital money, the threat of quantum computing to cryptographic security, institutional Bitcoin adoption, the rise of tokenised real-world assets, and the personal action plan you should build right now to thrive in the decade ahead.
- ▸Central Bank Digital Currencies (CBDCs) — the government response to crypto
- ▸Bitcoin ETFs and institutional adoption — BlackRock, Fidelity, and beyond
- ▸Real-World Asset (RWA) tokenisation — property, bonds, equities on-chain
- ▸Quantum computing threat to cryptography — timeline and solutions
- ▸Solana, Sui, Aptos — the new Layer 1 contenders challenging Ethereum
- ▸The Agentic Economy — AI agents transacting autonomously on-chain
- ▸Your Personal Crypto Action Plan — a concrete 90-day roadmap
Built from the best.
Every lesson draws from globally recognised crypto authorities.
This curriculum draws directly from the world's most trusted voices in cryptocurrency — including Andreas Antonopoulos, the Binance Academy research team, CoinDesk journalists, Chainalysis on-chain researchers, Federal Reserve CBDC working papers, and MIT OpenCourseWare blockchain modules.
