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The Archive289 documents on file“Ethereum Inclusion Lists and Builder Censorship”“Bitcoin Sighash Flags: Partial Signing Explained”“Ethereum Trie Depth and Light Client Proof Costs”The Archive289 documents on file“Ethereum Inclusion Lists and Builder Censorship”“Bitcoin Sighash Flags: Partial Signing Explained”“Ethereum Trie Depth and Light Client Proof Costs”

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289 documents on file
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SectionAllAnalysis 42Bitcoin 55DeFi 34Ethereum 73Markets 7Mining 19Regulation 23Security 33World Cup 3
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№ 025Ethereum

Ethereum Inclusion Lists and Builder Censorship

Inclusion lists let validators force transactions into blocks without ending builder specialization. The mechanism, its limits, and what it changes in practice.

Lucas Harper6 min read / 19.07.2026
№ 026Bitcoin

Bitcoin Sighash Flags: Partial Signing Explained

Sighash flags let Bitcoin signers commit to only part of a transaction, the mechanics, the real tradeoffs, and what each flag actually does.

Daniel Brooks5 min read / 19.07.2026
№ 027Ethereum

Ethereum Trie Depth and Light Client Proof Costs

Ethereum's Keccak-256 state trie depth sets the floor for light client proof costs. Precise mechanics, worked numbers, and what Verkle tries actually change.

Lucas Harper7 min read / 19.07.2026
№ 028Bitcoin

Bitcoin Silent Payments: Unique Addresses via BIP-352

BIP-352 lets senders derive a fresh Bitcoin address from your published keys alone, no coordination, no on-chain fingerprint. The mechanism, plainly explained.

Daniel Brooks6 min read / 18.07.2026
№ 029Ethereum

Ethereum Attestation Aggregation Explained

Ethereum's attestation aggregation shrinks consensus bandwidth by orders of magnitude while keeping fault tolerance intact. The actual mechanism, examined.

Ethan Caldwell4 min read / 18.07.2026
№ 030Bitcoin

Bitcoin Erlay Protocol: Cutting Node Bandwidth by 40%

Erlay uses set reconciliation to cut Bitcoin node bandwidth ~40%. The mechanism, a worked example, and an honest account of the latency trade-off.

Sophia Bennett6 min read / 18.07.2026
№ 031Bitcoin

Bitcoin Transaction Pinning and Fee Bumping Reliability

Transaction pinning can trap a Lightning channel close at a low fee rate, blocking CPFP and RBF. The mechanics, the stakes, and the fixes underway.

Sophia Bennett7 min read / 17.07.2026
№ 032Bitcoin

Bitcoin Covenant Proposals: Security Assumptions Compared

CTV, CSFS, APO, and CAT rest on structurally different trust models. A mechanical breakdown of what actually separates them, and why it matters.

Daniel Brooks5 min read / 17.07.2026
№ 033Bitcoin

Bitcoin Script and Recursive Covenants: The Opcode Gap

Bitcoin Script cannot inspect its own outputs, making recursive covenants impossible today. The mechanics, the proposals, and the tradeoffs, examined plainly.

Daniel Brooks8 min read / 17.07.2026
№ 034Ethereum

Ethereum Validator Exit Queue and Slashing Explained

How Ethereum's exit queue and slashing penalties interact during withdrawal, the mechanics, the math, and what validators actually face.

Ethan Caldwell4 min read / 16.07.2026
№ 035Mining

Bitcoin Nonce Patterns and What They Reveal About ASICs

How a miner's nonce recycling behavior exposes its firmware strategy to anyone watching the blockchain. The mechanics, plainly explained.

Lucas Harper4 min read / 16.07.2026
№ 036Ethereum

Ethereum Withdrawal Queue and Its Real Cost to Yield

Ethereum's activation and exit queues impose a computable drag on effective yield. The mechanism, the arithmetic, and what solo stakers typically miss.

Lucas Harper5 min read / 16.07.2026
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