Pick a path. Each track ends with a credential you can prove anywhere.
Build on Bitcoin — master Script, Taproot, the Lightning Network, Ordinals/Runes, and the emerging Bitcoin smart contract landscape including BitVM and Taproot Assets.
Understand how assets move between blockchains — bridge designs, security models, and how to protect against the largest exploit category in crypto history.
From the mathematical primitives underpinning every blockchain signature to the NIST-standardised algorithms that will replace them — this track builds a rigorous, end-to-end understanding of classical and post-quantum cryptography. You will learn why elliptic curve cryptography is vulnerable to quantum attack, how CRYSTALS-Kyber, CRYSTALS-Dilithium, SPHINCS+, and FALCON work at the lattice level, and what a realistic migration path looks like for Bitcoin, Ethereum, and production key-management systems.
Prove your smart contracts correct — coverage-guided fuzzing with Echidna and Foundry, symbolic execution with Halmos and Hevm, formal specification with the Certora Prover (CVL), and the K Framework's EVM semantics.
Master the intent-based trading paradigm. Learn how declarative intents replace imperative transactions, how solvers compete to fill orders, and how protocols like CoW Protocol, UniswapX, and Across protect users from MEV while enabling cross-chain execution.
Understand how blockchains achieve agreement — from Byzantine fault tolerance and Nakamoto consensus to Ethereum's LMD-GHOST+Casper, Tendermint, Solana's PoH, and the economics of running validators.
Master maximal extractable value — from mempool mechanics to Flashbots, PBS, and the evolving economics of block production.
Understand how blockchains access real-world data — Chainlink's decentralized oracle network, Pyth's high-frequency feeds, UMA's optimistic oracle, and how oracle design determines DeFi's security guarantees.
Build on Polkadot's multi-chain ecosystem — master the relay chain/parachain architecture, shared security, Substrate runtime development with FRAME pallets, XCM cross-chain messaging, ink! smart contracts, and OpenGov.
Master the restaking revolution — how EigenLayer lets staked ETH secure multiple networks simultaneously, the economics of Actively Validated Services, and the risks of stacked slashing.
Master the art of finding and preventing smart contract vulnerabilities — from reentrancy and flash loan attacks to professional audit techniques used by top security firms.
Design tokens that work — supply schedules, incentive alignment, vesting mechanics, and the flywheel models powering DeFi's most successful protocols.
Build real ZK applications — from constraint systems and arithmetic circuits through Circom, PLONK, Halo2, Noir, and RISC Zero. Learn to write ZK circuits, generate proofs, and verify them on-chain.
How to design AI-powered products that users trust, understand, and actually want to use — from mental models and uncertainty communication to conversational interfaces, human-in-the-loop patterns, and responsible AI disclosure.
How the Ethereum Virtual Machine works under the hood: accounts, transactions, gas, smart contracts and the execution model every EVM chain inherits.
How large language models work, how to prompt them effectively, and how to build production applications on top of them — from transformer intuition and tokenisation to RAG pipelines, tool use, and AI agent design.
Learn the core foundations of Solana, including how the network works, how wallets and transactions interact, and how to understand the building blocks of Solana dApps, programs, tokens, and on-chain accounts.
Master Ethereum account abstraction. Learn the ERC-4337 standard, build smart contract wallets, implement paymasters and session keys, and deploy production-ready wallet infrastructure.
The intersection of large language models and blockchain — from AI-assisted smart contract auditing and on-chain autonomous agents to verifiable ML inference, AI-driven DeFi strategies, and natural-language interfaces for decentralised applications.
Learn how blockchain technology transforms gaming through true asset ownership, provably fair mechanics, and player-driven economies. Covers NFT standards, on-chain game design, gaming infrastructure, and building your own blockchain game.
From your first API call to production-grade AI features — authentication, model selection, tool use, function calling, prompt caching, embeddings, and the patterns that separate prototypes from products.
Learn how to build sovereign blockchain applications with the Cosmos SDK. Covers Tendermint consensus, the Cosmos SDK module system, IBC inter-blockchain communication, CosmWasm smart contracts, and building production app-chains.
Explore how blockchain enables a new creator economy through NFTs, digital ownership, royalties, and community monetization. Covers NFT platforms, creator tools, fan tokens, intellectual property, and building creator platforms.
Learn how decentralized autonomous organizations govern themselves and manage treasuries. Covers voting mechanisms, Snapshot, on-chain governance, treasury strategy, major DAO case studies, and building governance systems.
Learn how decentralized identity systems let people own and control their digital identities. Covers W3C DIDs, Verifiable Credentials, ENS, Sign-In with Ethereum, on-chain attestations, and building identity-gated applications.
Explore how blockchain token incentives bootstrap real-world infrastructure networks. Covers wireless, compute, storage, and sensor DePIN networks, operator economics, protocol design, and building your own DePIN protocol.
Explore how blockchain and decentralized protocols enable user-owned social networks. Covers the problems with centralized social media, Lens Protocol, Farcaster, Nostr, and building decentralized social applications.
Master the infrastructure of permanent Web3 data — how IPFS, Filecoin, and Arweave solve the data availability problem and power everything from NFT metadata to entire dApps.
The mathematics, mechanics, and security of decentralised finance — from constant-product AMMs and interest rate models to MEV extraction and oracle manipulation. Build the intuition to read, audit, and design production DeFi protocols.
From the properties of sound money to the mechanics of collateralised stablecoins, algorithmic failures, and central bank digital currencies — a complete guide to stable value in the digital economy.
Master Ethereum scaling solutions. Covers rollup architecture, optimistic rollups (OP Stack, Arbitrum), ZK rollups (zkSync, Polygon zkEVM), data availability (EIP-4844, Celestia), and deploying production applications across L2s.
Understand Ethereum Proof of Stake, liquid staking protocols (Lido, Rocket Pool), EigenLayer restaking, liquid restaking tokens (LRTs), and the systemic risks of layered staking derivatives.
Master the modular blockchain paradigm. Learn how separating execution, settlement, consensus, and data availability enables unprecedented scalability. Covers Celestia, EigenDA, EIP-4844 blobs, OP Stack, Arbitrum Orbit, shared sequencing, and building your own rollup.
Build on NEAR — Nightshade sharding, the NEAR account model with named accounts and access keys, smart contracts in Rust and JavaScript, Aurora EVM, Chain Signatures for cross-chain MPC, and NEAR's AI agent ecosystem.
Go beyond JPEG speculation — master ERC-721/1155/6551, token-bound accounts, Soulbound Tokens, NFT marketplaces, financialization, and how NFTs power gaming and digital identity.
Learn how financial derivatives work and how they are implemented in decentralized protocols. Covers options theory, perpetual futures, structured products, and on-chain risk management.
How prediction markets use incentives and market microstructure to aggregate dispersed information — on-chain implementation, AMM vs order-book design, oracle resolution, manipulation vectors, and a deep case study of Polymarket.
Build retrieval-augmented generation pipelines from scratch — document ingestion, chunking strategies, embedding models, vector databases, hybrid search, reranking, and evaluation frameworks for production RAG.
Explore how traditional financial assets are brought on-chain. Covers tokenization frameworks, legal compliance, asset classes including treasuries and private credit, protocol deep dives, and building RWA applications.
The Solana programming model from the ground up — accounts, programs, PDAs, SPL tokens, and cross-program invocation. Build the mental model to design, audit, and deploy production programs on the second-largest smart contract platform.
The object-centric blockchain — Move's resource types and linear type system, Sui's parallel execution model, dynamic fields, Programmable Transaction Blocks, zkLogin, and the full Sui DeFi ecosystem.
Build on the blockchain with 900M users — TON's actor model and infinite sharding, FunC and Tact smart contracts, the Jetton token standard, and Telegram Mini Apps with TON Connect for in-chat payments and DeFi.
Master crypto key management from first principles — HD wallets, hardware security, MPC threshold signing, EIP-4337 smart wallets, social recovery, passkeys, and institutional custody architecture.
Master on-chain data — EVM event logs, The Graph subgraphs, Dune Analytics SQL, modern indexing tools (Ponder, Envio, Goldsky), streaming pipelines, and building production-grade DeFi dashboards.
The attacker's playbook and the auditor's methodology — reentrancy, oracle manipulation, access control failures, signature exploits, and governance attacks. Develop the threat-modelling mindset to read, audit, and harden production smart contracts.
Understand zero-knowledge proofs from first principles and learn how they power privacy-preserving applications. Covers ZK proof systems, Circom and Noir circuits, private transaction protocols, ZK credentials, anonymous voting, and building ZK applications.
