Advanced blockchain

MEV (Maximal Extractable Value) & Its Mitigations: Flashbots, PBS, and MEV-Boost in Ethereum Post-Merge After the Merge, Ethereum’s block production changed forever. So did MEV, the extra value extractable from transaction ordering beyond normal block rewards. This masterclass explains MEV from first principles, the rise of searchers, builders, relays, and proposers, and dives deep into […]

Modular Blockchain Design: Celestia, Fuel, EigenLayer and the Separation of Execution, Consensus, and Data Availability Monolithic chains tried to do it all in one place: consensus, data availability, and execution. The new wave of modular blockchains unbundles those responsibilities into specialized layers that compose like cloud services. This masterclass explains modular architecture from first principles

Decentralized Autonomous Economies (DAEs): The Next Evolution of DAOs with Tokenized GDP What happens when a decentralized organization gains a native currency, a labor market, productive assets, fiscal policy, and transparent national accounts? You get a Decentralized Autonomous Economy (DAE) a programmable micro-economy whose growth, productivity, and public goods can be measured and financed on-chain.

State Channels & Payment Channels: A Deep Guide to the Lightning Network (Bitcoin) and Raiden (Ethereum) State channels turn blockchains into instant, high-throughput payment rails by moving most activity off-chain and only using the base layer for opening, closing, and dispute resolution. This masterclass explains the mechanics behind payment channels, how HTLCs enable multi-hop transfers,

Sharding & Danksharding in Ethereum 2.0: How Proto-Danksharding (EIP-4844) Changes Ethereum Scaling Ethereum’s long-term scaling roadmap has two pillars: execution off-chain (rollups) and data availability on-chain (blobs and eventually full Danksharding). This masterclass explains classic sharding, why Ethereum pivoted to rollup-centric scaling, how Proto-Danksharding (EIP-4844) introduces a new “blob” resource that slashes rollup costs, and

Validium & Volition Models: Scaling While Handling Data Availability Tradeoffs Rollups proved that validity proofs can scale blockchain execution without compromising security. But what if the cost of publishing all transaction data on-chain is too high for your use case? Enter Validium (validity proofs with off-chain data availability) and Volition (per-transaction choice between on-chain and

Formal Verification of Smart Contracts: Mathematical Guarantees Against Exploits A practical, end-to-end guide to specifying, modeling, and proving smart contract properties so exploits become mathematically impossible. We cover EVM semantics, specification styles, SMT/model checking, theorem proving, DeFi invariants, upgradeable proxies, cross-contract reasoning, and how to integrate formal methods into everyday Web3 development. Quick navigation: Introduction

Post-Quantum Cryptography in Blockchain: How Quantum Threats Could Break Bitcoin/Ethereum and the Paths to Safety A deep, practical guide to quantum risk for public blockchains, what Shor’s and Grover’s algorithms actually mean for Bitcoin/Ethereum, and the migration playbook using NIST-selected post-quantum algorithms, hybrids, wallets, L2s, and governance. Written for protocol engineers, wallet builders, DAO governors,

Homomorphic Encryption in Web3: Privacy-Preserving Computation for DeFi and DAOs A comprehensive exploration of homomorphic encryption and its potential to transform privacy in decentralized finance (DeFi), decentralized autonomous organizations (DAOs), and beyond. Learn the history, mathematics, protocols, real-world use cases, threats, and integration paths for this breakthrough cryptographic tool. Quick navigation: Introduction • Basics of

Threshold Signatures & Multi-Party Computation (MPC): Modern Wallet Security Beyond Multisig How threshold signatures and secure multi-party computation harden digital asset custody, streamline UX, and enable enterprise-grade controls without exposing a single private key. This deep dive explains the math, protocols (ECDSA and Schnorr), risk models, real-world architectures, policies, compliance, disaster recovery, and practical migration