Technical guides for the execution layer.
Ten original, long-form articles on VM architecture, EVM internals, WebAssembly, zero-knowledge execution, rollup pipelines, security, and developer workflow.
Parallel Blockchain Execution: Scheduling Transactions Without Breaking Determinism
Learn how declared access lists, optimistic concurrency, conflict detection, state partitioning, and deterministic commit order can increase blockchain execution throughput.
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How to Review Blockchain VM Security: Boundaries, Traces and Failure Modes
Review blockchain VM security across bytecode validation, host functions, metering, state journaling, calls, upgrades, client diversity, tracing, and operational controls.
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Smart Contract Upgrade Patterns: Proxies, Storage Layout and Governance
Understand proxy upgrades, delegate-call context, implementation slots, initializers, storage compatibility, admin boundaries, timelocks, and rollback planning.
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Building a Local EVM Development Stack: Compile, Test, Trace and Fork
Create a reproducible EVM workflow with pinned compilers, local nodes, deterministic accounts, unit and invariant tests, forked state, traces, and deployment checks.
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Gas, Bytecode and Determinism: How Blockchain VMs Bound Execution
See how bytecode semantics, gas schedules, memory expansion, storage costs, host functions, and protocol versions keep blockchain execution finite and reproducible.
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Rollup Execution Environments: Sequencers, State Roots and Settlement
Map a rollup transaction from sequencing through data publication, deterministic derivation, VM execution, state commitments, fault or validity proofs, and settlement.
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zkVMs Explained: Proving Computation Instead of Re-executing It
Learn how zero-knowledge virtual machines turn guest-program execution into proofs, including traces, public and private I/O, receipts, recursion, and performance trade-offs.
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EVM vs WebAssembly: Choosing a Smart Contract Runtime
Compare EVM and WebAssembly blockchain runtimes across execution model, language support, metering, host functions, compatibility, determinism, and tooling.
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Ethereum Virtual Machine Explained: Stack, Memory, Storage and Gas
Follow an EVM message call through bytecode, the 256-bit stack, temporary memory, persistent storage, gas accounting, nested calls, logs, and reverts.
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What Is a Blockchain Virtual Machine? A Practical Architecture Guide
A blockchain virtual machine turns ordered transactions into deterministic state changes. Learn the roles of bytecode, state, host functions, gas, and verification.
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