Deep dives into blockchain infrastructure, zero-knowledge cryptography, smart contract security, DeFi protocol design, and the hardware powering it all.
In 2026, over 80% of all Ethereum transactions are settled on rollups. We break down optimistic vs. zk-rollups, data-availability trade-offs, and what EIP-4844 (proto-danksharding) actually changed.
Formal verification, fuzzing, invariant testing and economic exploit modeling. What a real audit looks like in 2026.
What a prover actually computes, why trusted setups matter, and how recursive proofs are changing on-chain verification.
From flashbots to SUAVE, the MEV supply chain is more complex than ever. Here's how value flows through Ethereum's block pipeline.
Generating a zk-proof requires serious compute. We survey the hardware landscape from consumer GPUs to cloud FPGA instances.
How Aave v4, Morpho and Euler approach risk parameterization, interest-rate curves and oracle-free liquidations.
From IBC to LayerZero to Hyperlane — comparing the security models and latency profiles of today's interoperability protocols.
Storage packing, transient storage with EIP-1153, CREATE2 factories and post-Cancun optimizations every Solidity dev should know.
Multi-party computation, fully homomorphic encryption, and trusted execution environments are converging. We map the trade-offs.
Social recovery, spending limits, paymasters and session keys. How smart contract wallets are reshaping user expectations.