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How it compares

HTML + CSS · 2000sHTML5 · average todayHTML67
Typical buildhand-written HTML, one CSS fileframework + bundler + utility CSS + component libsnative elements, no build
Total page weight~50–200 KB~2–5 MB~150–400 KB
Loading time~1–3 s (slow line)3–10 s< 1 s
External servers / origins0–1 (just your own)8–20+ (CDNs, fonts, analytics, embeds, ads)1 (your own)
CDNs / third partiesnone, or one for jQuery later5–150none
HTTP requests5–1570–150+1–10
Legal (DSGVO · DMA · accessibility)nonoyes — built in
Renders without server / networkyesrarely (CDN-dependent)yes
AI- & SEO-ready (machine-readable meaning)nonoyes
Universal standard (web · print · apps)nonoyes

Performance

Data centres are racing toward 950 TWh a year — near 3% of the world's electricity by 2030, growing more than four times faster than demand overall (IEA, Energy & AI 2025). And most of what they move isn't meaning. Around 70% of all web traffic now flows through CDNs — by some counts over 80%. Much of that is video, but for the pages, apps and documents people actually read, a large share of every transfer isn't content at all. It's scaffolding: framework code, duplicate libraries, dependencies, trackers — markup written to be rendered, not understood. HTML67 ships the meaning and drops the scaffolding. Here's what that saves.

–90%
energy & data waste
meaning, not scaffolding

A modern page ships ~3 MB to deliver ~20 KB of real meaning — the HTML is barely 1% of the download; the rest is frameworks, fonts and images. HTML67: ~200–400 KB.

Source: HTTP Archive / Web Almanac 2025 — median desktop page ~2.6 MB, ~180× heavier than the 90s; JS ~25% of weight.

–99%
HTTP requests
not 5–15 servers

A typical page fires 70–150+ requests across 10–20 origins — CDNs, fonts, trackers, embeds. HTML67: 1–10, from one server, zero CDNs in front.

Source: HTTP Archive / Web Almanac 2025 — median page ~70+ requests; 92% of sites load third-party scripts.

–75%
server computing power
self-hosted, zero third parties

Servers are ~60% of data-centre electricity; every framework re-render, duplicate dependency and third-party call adds load. Fewer bytes and no third parties means less to process.

Source: IEA Energy & AI 2025 — servers ~60% of data-centre power; data centres ~1.5% of global electricity, doubling to ~950 TWh by 2030.

–50%
AI tokens
compressed context, better indexing

A semantic <price> or <norm> says in one tag what class-soup takes twenty to imply — so a crawler indexes less and a model reads fewer tokens for the same meaning.

Source: IEA Energy & AI 2025/26 — a simple AI query draws ~10× a web search; per-page token savings measured vs. a typical framework + utility-CSS build.