Information Density: Gavin Wood – Signal Evidence & AI Readability

Gavin Wood

(https://gavwood.com) 📸 Data Snapshot: May 26, 2026
Information Density — The Lens

Classify each sentence as substantive or hollow. Grounding markers — numbers, currencies, dates, technical units, named entities — outweigh marketing adjectives. When fluff sits right next to hard evidence, the fluff is forgiven.

Info Density Power-words vs. Substance ratio.
29 Impact Weight: 30 / 100
97% Reputation

The site exhibits extremely high information density with a near-zero fluff ratio. Headings like [H2] Who I am and [H2] These days… are functional rather than promotional. The body text contains high-specificity technical nouns and proper names including EVM, gas, Solidity, PoC-1, and OxLegal, rather than generic power words.

Information Density is read straight from the body copy: how much of the text carries grounded, checkable substance versus hollow filler. Below is the clean text the engine analyzed, then the industry’s known generic-claim patterns to weigh it against.

📝 The Narrative — clean text per page (the substance-vs-filler signal)
HOMEPAGE (https://gavwood.com) Gavin Wood
Since my childhood economics and game theory have always interested me, even to the point of co-publishing a strategy board game of my own design. When I first read about Bitcoin in 2011, I was largely uninterested, focusing too much on the currency aspect rather than the technology. However, when I revisited it in early 2013, I began to realise new possibilities opening up between the fields of ICT and game theory, and the inevitable social change to which this would lead. A mutual friend made the introduction to Vitalik that year and blockchain/crypto has dominated my life since.
I coded the first functional Ethereum client in January 2014 released as "PoC-1" (i.e. the first proof of concept) and co-founded the project. Shortly after, I authored the Yellow Paper, the first formal specification of any blockchain protocol and one of the key ways Ethereum distinguished itself from other blockchain-based systems. I went on to co-design much of the "1.0" Ethereum protocol including the EVM, gas and the caller-pays account model. I also conceived/invented and designed much of what would become the Ethereum technology stack including the Solidity contract language, the RPC, the Whisper/Swarm protocols and the Javascript API. My original ideas for a decentralised web date back to early 2013, but my first post on the topic was in April 2014, later followed by a less-techy version.
Prior to Ethereum, I accrued a masters degree and doctorate in computer science. I consulted for Microsoft Research on technical aspects of embedded domain-specific languages, designed and implemented the first truly smart lighting controller for one of London's top nightclubs, designed and implemented most of the world's first C++ language workbench, and built the software systems of OxLegal, a smart text contract-editor.
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🧭 Industry Context — common generic-claim patterns in Crypto, Blockchain & Web3 to weigh the text against
Generic Claims: the future of finance, revolutionizing the financial system, passive income with crypto, guaranteed returns, decentralizing the world, financial freedom for everyone…
Red Flags: anonymous team with no verifiable identities, guaranteed return percentages on investments, urgency and FOMO language in token sales, roadmap with no completed milestones, fork of existing project presented as innovation, liquidity locked claims without verifiable proof…
Semantic Drift Patterns: whitepaper describes complex technology but product is a simple token swap, roadmap promises features already months overdue, homepage claims decentralized but team controls majority of tokens, claims community governance but all decisions are team-made…
Proof Expectations: published and verifiable smart contract audit reports, named team members with verifiable LinkedIn or GitHub profiles, live on-chain metrics and contract addresses, specific VC or investor names with verifiable investment rounds, working product or testnet with demonstrated functionality, transparent token distribution and vesting schedules…