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The Archive89 documents on file“Bitcoin Hashrate Escrow and Merged-Mined Sidechains”“Bitcoin Miniscript: Complex Spending Conditions Explained”“Bitcoin's Dandelion Protocol and Transaction Origin Privacy”The Archive89 documents on file“Bitcoin Hashrate Escrow and Merged-Mined Sidechains”“Bitcoin Miniscript: Complex Spending Conditions Explained”“Bitcoin's Dandelion Protocol and Transaction Origin Privacy”

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89 documents on file · #security
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SectionAllAnalysis 42Bitcoin 55DeFi 34Ethereum 73Markets 7Mining 19Regulation 23Security 33World Cup 3
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№ 001Bitcoin

Bitcoin Hashrate Escrow and Merged-Mined Sidechains

Hashrate escrow lets Bitcoin miners secure sidechains without a second consensus system, the exact mechanism, BIP 300 numbers, and honest caveats included.

Sophia Bennett6 min read / 27.07.2026
№ 002Bitcoin

Bitcoin Miniscript: Complex Spending Conditions Explained

Miniscript compiles human-readable Bitcoin spending policies into verifiable, non-malleable Script, concrete mechanism and a worked treasury example inside.

Daniel Brooks5 min read / 24.07.2026
№ 003Bitcoin

Bitcoin's Dandelion Protocol and Transaction Origin Privacy

Dandelion splits Bitcoin propagation into stem and flood phases to defeat IP-to-transaction correlation. Mechanics, real tradeoffs, and deployment status.

Daniel Brooks6 min read / 23.07.2026
№ 004Bitcoin

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
№ 005Bitcoin

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
№ 006Bitcoin

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
№ 007Ethereum

Ethereum's Keccak-256 vs SHA-3: Same Sponge, Different Hash

Ethereum uses Keccak-256, not NIST SHA-3. Same sponge construction, different padding, different output, and the gap has broken real production tooling.

Lucas Harper4 min read / 15.07.2026
№ 008Ethereum

Ethereum Proposer Boost: Stopping Short-Range Reorg Attacks

Proposer boost adds a 40% committee-weight bonus to timely blocks, raising the cost of short-range reorg attacks above rational MEV profit thresholds.

Ethan Caldwell6 min read / 12.07.2026
№ 009Bitcoin

Bitcoin Script Cannot Read External Data

Bitcoin Script is a sealed execution environment with no I/O. This piece traces the exact mechanism, the design reasoning, and what DLCs build around it.

Daniel Brooks6 min read / 11.07.2026
№ 010Ethereum

Ethereum Weak Subjectivity Period: How It's Calculated

Ethereum's weak subjectivity period isn't arbitrary. Learn how validator withdrawal rates set its length and why it matters for node security.

Ethan Caldwell7 min read / 11.07.2026
№ 011Mining

Miner Fee Sniping: The Risk That Grows With Each Halving

Bitcoin's block subsidy suppresses fee sniping today. As it declines toward zero across successive halvings, the incentive math shifts, and the stakes rise.

Lucas Harper6 min read / 11.07.2026
№ 012Security

Bitcoin Script Stack Evaluation: Order Creates Bugs

Bitcoin Script's stack-based execution order produces subtle, costly bugs in complex spending conditions, mechanics and a worked example examined.

Daniel Brooks6 min read / 10.07.2026
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