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b/432cde7e8423e4b3ce960802ed09f9d2def267dcee8a1118c956d803eac78ed8

@@ -0,0 +1,226 @@
+// holo-animate-core.mjs — the ONE per-request animate core (HOLO-ANIMATE-SERVERLESS, SL-P1): everything
+// that turns a fetched repo file-tree into a servable app tree, shared VERBATIM by BOTH hosts —
+//   · the Node store daemon (holo-apps/apps/tauri/holo-animate-serve.mjs)
+//   · the in-browser animator (holo-apps/apps/tauri/animate-web/animate-client.mjs, via /lib/)
+// One codebase, two hosts: parity is DEFINED by the standing gates (holo-animate-conformance L1–L4 +
+// holo-animate-fidelity F1–F5) running green against either origin, because both serve THIS logic.
+//
+// PURE + ISOMORPHIC (no Node globals, no DOM): bytes are Uint8Array (Node Buffers are Uint8Arrays),
+// text via TextEncoder/TextDecoder. Every effect is INJECTED at the boundary (Law L4):
+//   · the COMPILER (native esbuild in Node · κ-pinned esbuild-wasm in the tab — same API, same κ-transform)
+//   · the VENDOR store + fetch (disk in Node · Cache-API in the tab), hash = blake3hex passed in
+// The fit/fidelity engine (rewriteIndex) is the FID-P0/P1/P4 result — fit=contain faithful default,
+// fill/actual opt-in, backdrop fills letterbox bars, mobile zoom-to-fit. Change it HERE only.
+
+export const VERSION = "holo-animate-core/0.2.0";
+
+import { b64encode, b64decode } from "./holo-dotholo.mjs";   // isomorphic base64 (Node Buffer · browser atob)
+
+const enc = (s) => new TextEncoder().encode(s);
+const dec = (b) => new TextDecoder().decode(b);
+export const asText = (v) => v == null ? "" : (typeof v === "string" ? v : dec(v));
+export const asBytes = (v) => typeof v === "string" ? enc(v) : v;
+
+// ── tree .holo wire format: a built site is a multi-file TREE (Map<path,bytes>); its .holo result is the
+//    JSON {path: base64} — ONE format packed/unpacked identically by the daemon and the tab (SS-P0). ──────
+export const packTree = (files) => JSON.stringify(Object.fromEntries([...files].map(([k, v]) => [k, b64encode(asBytes(v))])));
+export const unpackTree = (s) => new Map(Object.entries(JSON.parse(typeof s === "string" ? s : dec(s))).map(([k, v]) => [k, b64decode(v)]));
+
+// ── MIME — engines (melonJS/Phaser/three) reject wrong content-types; audio/video/game-data included ──────
+export const MIME = { html: "text/html", htm: "text/html", js: "text/javascript", mjs: "text/javascript", cjs: "text/javascript", css: "text/css", json: "application/json", svg: "image/svg+xml", png: "image/png", jpg: "image/jpeg", jpeg: "image/jpeg", gif: "image/gif", webp: "image/webp", avif: "image/avif", bmp: "image/bmp", ico: "image/x-icon", cur: "image/x-icon", woff: "font/woff", woff2: "font/woff2", ttf: "font/ttf", otf: "font/otf", eot: "application/vnd.ms-fontobject", map: "application/json", wasm: "application/wasm", txt: "text/plain", xml: "application/xml", webmanifest: "application/manifest+json",
+  mp3: "audio/mpeg", ogg: "audio/ogg", oga: "audio/ogg", wav: "audio/wav", m4a: "audio/mp4", aac: "audio/aac", flac: "audio/flac", weba: "audio/webm",
+  mp4: "video/mp4", webm: "video/webm", ogv: "video/ogg", m4v: "video/mp4", mov: "video/quicktime",
+  tmx: "application/xml", tsx: "application/xml", fnt: "application/xml", atlas: "text/plain", csv: "text/csv",
+  glb: "model/gltf-binary", gltf: "model/gltf+json", obj: "text/plain", mtl: "text/plain", glsl: "text/plain", vert: "text/plain", frag: "text/plain",
+  bin: "application/octet-stream", dat: "application/octet-stream", mem: "application/octet-stream", data: "application/octet-stream", md: "text/markdown" };
+export const mimeOf = (p) => MIME[(p.split(".").pop() || "").toLowerCase()] || "application/octet-stream";
+
+// ── rewriteIndex(html, id, prefix) — <base> under <prefix>run/<id>/ + viewport + the FIDELITY-FIRST fit
+// engine (FID-P0 contain+backdrop · FID-P1 pixel-art crisp · FID-P4 Fit/Fill/Actual · mobile zoom-to-fit).
+// NON-DESTRUCTIVE: the app's canvas render/aspect/input mapping stay byte-identical.
+// SUBPATH RELOCATION (SS-P3): a sealed .holo is PREFIX-NEUTRAL (its importmap says "/vendor/<κ>" by
+// convention); the serving host passes its scope prefix ("/" for the daemon, the SW scope for a Pages
+// subpath) and THIS rewrite adapts the doc at serve time — the κ never bakes in an origin layout.
+export function rewriteIndex(html, id, prefix = "/") {
+  html = html.replace(/((?:src|href)\s*=\s*["'])\/(?!\/)/gi, "$1");   // "/assets/x" → "assets/x" (strip FIRST)
+  if (prefix !== "/") html = html.split('"/vendor/').join('"' + prefix + 'vendor/').split("'/vendor/").join("'" + prefix + "vendor/");   // importmap κ paths → scoped
+  const hasVp = /<meta[^>]+name\s*=\s*["']viewport["']/i.test(html);
+  const fill = '<script>(function(){function S(e,k,v){try{e.style.setProperty(k,v,"important")}catch(_){}}'
+    + 'var bd,alive=true;'
+    + 'function mfit(){try{if(mode!=="fit")return;var de=document.documentElement;de.style.removeProperty("zoom");var need=Math.max(de.scrollWidth,(document.body||de).scrollWidth||0),have=de.clientWidth||innerWidth;if(need>have+8){var z=have/need;if(z>0.3&&z<0.999)de.style.setProperty("zoom",z.toFixed(4),"important")}}catch(_){}}'
+    + 'function lone(){var cs=[].filter.call(document.querySelectorAll("canvas"),function(x){return x.id!=="__holo_bd"});if(cs.length!==1)return null;if(((document.body||{}).innerText||"").trim().length>400)return null;return cs[0];}'
+    + 'var mode="fit";'
+    + 'function grad(){alive=false;if(!bd)return;S(bd,"filter","none");S(bd,"transform","none");S(bd,"background","radial-gradient(140% 140% at 50% 34%, #171b26 0%, #0b0e16 55%, #05070c 100%)");}'
+    + 'function mk(c){bd=document.createElement("canvas");bd.id="__holo_bd";bd.width=96;bd.height=54;'
+    + 'S(bd,"position","fixed");S(bd,"inset","0");S(bd,"z-index","-1");S(bd,"pointer-events","none");S(bd,"width","100vw");S(bd,"height","100vh");S(bd,"object-fit","cover");S(bd,"filter","blur(38px) saturate(1.35) brightness(.6)");S(bd,"transform","scale(1.25)");'
+    + 'document.body.insertBefore(bd,document.body.firstChild);'
+    + 'var bx=bd.getContext("2d"),lt=0,ok=false;var lp=function(t){if(!alive)return;if(t-lt>80){lt=t;try{bx.drawImage(c,0,0,bd.width,bd.height);if(!ok){var s=bx.getImageData(0,0,3,3).data,q=0;for(var i=0;i<s.length;i++)q+=s[i];if(q>18)ok=true;}}catch(_){}}requestAnimationFrame(lp)};requestAnimationFrame(lp);'
+    + 'setTimeout(function(){if(!ok)grad();},800);}'   // engine frame unreadable (offscreen/webgl) → clean gradient
+    + 'function run(){try{var c=lone();if(!c)return;if(!bd||!bd.parentNode)mk(c);'
+    + 'S(document.documentElement,"background-color","transparent");S(document.body,"background-color","transparent");'
+    + 'var p=c.parentElement;while(p&&p!==document.body&&p!==document.documentElement){S(p,"background-color","transparent");p=p.parentElement;}'
+    + 'var iw=c.width||c.getBoundingClientRect().width||1,ih=c.height||c.getBoundingClientRect().height||1,vw=innerWidth,vh=innerHeight;'
+    + 'var s=mode==="fill"?Math.max(vw/iw,vh/ih):(mode==="actual"?1:Math.min(vw/iw,vh/ih));'
+    + 'var dw=Math.round(iw*s),dh=Math.round(ih*s);'
+    + 'S(c,"position","fixed");S(c,"left","50%");S(c,"top","50%");S(c,"transform","translate(-50%,-50%)");S(c,"width",dw+"px");S(c,"height",dh+"px");S(c,"max-width","none");S(c,"max-height","none");S(c,"margin","0");S(c,"z-index","1");'
+    + 'if(s>1.05&&Math.max(iw,ih)<=512)S(c,"image-rendering","pixelated");else c.style.removeProperty("image-rendering");'
+    + 'if(mode==="fill")S(document.documentElement,"overflow","hidden");else document.documentElement.style.removeProperty("overflow");'
+    + '}catch(_){}}'
+    + 'function announce(){try{parent.postMessage({holoFit:{canvasApp:!!lone()}},"*")}catch(_){}}'
+    + 'addEventListener("message",function(e){if(e&&e.data&&e.data.holoMode){mode=e.data.holoMode;run()}});'
+    + 'function b(){run();mfit();announce();setTimeout(function(){run();mfit();announce()},300);setTimeout(function(){run();mfit()},1200)}if(document.readyState!=="loading")b();else addEventListener("DOMContentLoaded",b);addEventListener("load",b);addEventListener("resize",function(){run();mfit()})})();<\/script>';
+  const inject = '<base href="' + prefix + 'run/' + id + '/">'
+    + (hasVp ? '' : '<meta name="viewport" content="width=device-width,initial-scale=1,viewport-fit=cover">')
+    + '<style>html,body{margin:0;min-height:100%}</style>' + fill;
+  return /<head[^>]*>/i.test(html) ? html.replace(/<head[^>]*>/i, (h) => h + "\n" + inject) : inject + html;
+}
+
+// ── module resolution shared by findEntry + buildSPA ──────────────────────────────────────────────────────
+export const TRY = ["", ".tsx", ".ts", ".jsx", ".js", ".mjs", ".json", ".css", "/index.tsx", "/index.ts", "/index.jsx", "/index.js"];
+export const clean = (p) => String(p).replace(/^\.?\//, "").split(/[?#]/)[0];
+export const dirOf = (p) => { const i = p.lastIndexOf("/"); return i < 0 ? "" : p.slice(0, i); };
+export const joinRel = (d, s) => { const parts = (d ? d.split("/") : []).concat(clean(s).split("/")); const o = []; for (const x of parts) { if (x === "" || x === ".") continue; if (x === "..") o.pop(); else o.push(x); } return o.join("/"); };
+// .js/.mjs/.cjs → the `jsx` loader (a superset that also parses plain JS): many React repos put JSX in .js.
+export const loaderOf = (p) => ({ js: "jsx", mjs: "jsx", cjs: "jsx", jsx: "jsx", ts: "ts", tsx: "tsx", json: "json", css: "css", svg: "dataurl", png: "dataurl", jpg: "dataurl", jpeg: "dataurl", gif: "dataurl", webp: "dataurl", woff: "dataurl", woff2: "dataurl", ttf: "dataurl" }[(p.split(".").pop() || "").toLowerCase()] || "text");
+export const PEERS = ["react", "react-dom", "vue", "preact", "solid-js", "@vue/runtime-dom"];
+
+export function findEntry(files) {
+  const idx = ["index.html", "public/index.html", "src/index.html"].find((p) => files.has(p));
+  let html = idx ? asText(files.get(idx)) : null;
+  if (html) { const m = html.match(/<script\b[^>]*\btype\s*=\s*["']module["'][^>]*\bsrc\s*=\s*["']([^"']+)["']/i) || html.match(/<script\b[^>]*\bsrc\s*=\s*["']([^"']+\.[jt]sx?)["']/i); if (m && !/^(?:[a-z]+:)?\/\//i.test(m[1])) { const c = clean(m[1]); for (const e of TRY) if (files.has(c + e)) return { entry: c + e, html, idx }; } }
+  let pkg = null; try { pkg = JSON.parse(asText(files.get("package.json"))); } catch {}
+  const guesses = [pkg && pkg.module, pkg && pkg.main, "src/main.tsx", "src/main.jsx", "src/main.ts", "src/main.js", "src/index.tsx", "src/index.jsx", "src/index.js"].filter(Boolean).map(clean);
+  for (const g of guesses) for (const e of TRY) if (files.has(g + e)) return { entry: g + e, html, idx };
+  return { entry: null, html, idx };
+}
+
+// ── κ-vendoring (SR-P0): fetch a runtime graph ONCE at build time, follow esm.sh's thin re-export shims
+//    TRANSITIVELY, rewrite each import to /vendor/<κ>, address every module by hash. The store/index/fetch
+//    are injected; the graph walk + rewrite are identical in Node and the tab. ───────────────────────────
+export function makeVendor({ fetchText, store, exists, hash, index }) {
+  async function vendorGraph(full, seen) {
+    if (seen.has(full)) return seen.get(full);
+    seen.set(full, "PENDING");                                  // cycle guard
+    let src = await fetchText(full);
+    const origin = new URL(full).origin;
+    const specs = new Set();
+    for (const m of src.matchAll(/(?:from|import|export)\s*(?:\(\s*)?["']([^"']+)["']/g)) { const s = m[1]; if (s.startsWith("/") || s.includes("esm.sh")) specs.add(s); }
+    for (const s of specs) {
+      const childUrl = s.startsWith("http") ? s : origin + s;
+      const childK = await vendorGraph(childUrl, seen);
+      // SIBLING-relative rewrite ("./<κ>"): a vendor module at <scope>vendor/<a> imports <scope>vendor/<b>
+      // with NO prefix knowledge — the κ-addressed bytes work at any origin layout (root, Pages subpath).
+      src = src.split('"' + s + '"').join('"./' + childK + '"').split("'" + s + "'").join("'./" + childK + "'");
+    }
+    const hex = hash(enc(src));
+    await store(hex, src);
+    seen.set(full, hex);
+    return hex;
+  }
+  return async function vendorKappa(esmUrl) {   // esm.sh url → { kappa(hex), reused } — fully vendored (transitive)
+    const known = await index.get(esmUrl);
+    if (known && (await exists(known))) return { kappa: known, reused: true };
+    const hex = await vendorGraph(esmUrl, new Map());
+    await index.set(esmUrl, hex);
+    return { kappa: hex, reused: false };
+  };
+}
+
+// ── buildSPA — compile the ORIGINAL source with the injected esbuild (native or κ-pinned wasm), bare deps
+//    → κ-vendored importmap (honest esm.sh fallback if vendoring fails). Same κ-transform on both hosts. ──
+export async function buildSPA(files, { esbuild, vendorKappa, onStatus = () => {} }) {
+  const { entry, html, idx } = findEntry(files);
+  if (!entry) throw new Error("no SPA entry found (index.html module script / src/main.*)");
+  onStatus("compiling " + entry);
+  const bare = new Set();
+  const plugin = { name: "holo", setup(b) {
+    b.onResolve({ filter: /.*/ }, (a) => {
+      if (a.kind === "entry-point") return { path: clean(a.path), namespace: "v" };
+      const s = a.path;
+      if (/^(?:[a-z]+:)?\/\//i.test(s) || s.startsWith("data:")) return { external: true };
+      if (s.startsWith(".") || s.startsWith("/")) { const base = joinRel(dirOf(a.importer === "<stdin>" ? entry : a.importer), s); for (const e of TRY) if (files.has(base + e)) return { path: base + e, namespace: "v" }; return { external: true }; }
+      bare.add(s); return { path: s, external: true };   // npm dep → external → importmap → κ-vendor
+    });
+    b.onLoad({ filter: /.*/, namespace: "v" }, (a) => { const f = files.get(a.path); return { contents: asText(f), loader: loaderOf(a.path), resolveDir: dirOf(a.path) }; });
+  } };
+  const res = await esbuild.build({ entryPoints: [entry], bundle: true, write: false, outdir: "dist", format: "esm", jsx: "automatic", target: "es2020", logLevel: "silent",
+    define: { "process.env.NODE_ENV": '"production"', "import.meta.env.MODE": '"production"', "import.meta.env.PROD": "true", "import.meta.env.DEV": "false", "import.meta.env.BASE_URL": '"/"', "import.meta.env.SSR": "false", "import.meta.env": "{}" },
+    plugins: [plugin] });
+  let js = "", css = ""; for (const o of res.outputFiles) { if (o.path.endsWith(".css")) css += o.text; else js += o.text; }
+  const peers = PEERS.filter((p) => bare.has(p));
+  const imports = {}; let vNovel = 0, vReused = 0;
+  for (const s of bare) {
+    let u = "https://esm.sh/" + s + "?bundle"; const ext = peers.filter((p) => p !== s); if (ext.length && !peers.includes(s)) u += "&external=" + ext.join(",");
+    onStatus("κ-vendoring " + s);
+    try { const v = await vendorKappa(u); imports[s] = "/vendor/" + v.kappa; if (v.reused) vReused++; else vNovel++; }   // κ-served vendor, verified — NOT esm.sh at runtime
+    catch { imports[s] = "https://esm.sh/" + s; }   // honest fallback if κ-vendoring fails
+  }
+  const importmap = Object.keys(imports).length ? '<script type="importmap">' + JSON.stringify({ imports }) + "</script>\n" : "";
+  // assemble the runnable HTML: keep the repo's index body/mount, inject importmap + css + our module bundle
+  let body = "<div id=\"root\"></div><div id=\"app\"></div>";
+  if (html) {
+    const bm = html.match(/<body[^>]*>([\s\S]*?)<\/body>/i);
+    if (bm) {
+      // strip ONLY the scripts we replace: module scripts (bundled) + the entry's own <script src=ENTRY>.
+      // KEEP the app's other global <script src> (jQuery, engine libs) — they load from the tree.
+      const eb = String(entry).split("/").pop().replace(/[.*+?^${}()|[\]\\]/g, "\\$&");
+      const entryRe = new RegExp('<script\\b[^>]*\\bsrc\\s*=\\s*["\'][^"\']*' + eb + '["\'][^>]*>\\s*<\\/script>', "gi");
+      body = bm[1]
+        .replace(/<script\b[^>]*\btype\s*=\s*["']module["'][\s\S]*?<\/script>/gi, "")   // module (bundled)
+        .replace(entryRe, "");                                                          // the entry itself (bundled)
+    }
+  }
+  const doc = "<!doctype html><html><head><meta charset=\"utf-8\"><meta name=\"viewport\" content=\"width=device-width,initial-scale=1\">\n"
+    + importmap + (css ? "<style>\n" + css + "\n</style>\n" : "") + "</head><body>\n" + body + "\n<script type=\"module\">\n" + js + "\n</script></body></html>";
+  return { html: doc, deps: [...bare], entry, idx, vendor: { novel: vNovel, reused: vReused, kappas: Object.values(imports).filter((u) => u.startsWith("/vendor/")).map((u) => u.slice(8)) } };
+}
+
+// ── tree assembly (the R0 / classic / R1 shapes — the serving-law-critical logic) ─────────────────────────
+const TREE_SKIP = /(^|\/)(node_modules|\.git)\//;
+
+// R0: the WHOLE repo as a binary-safe file tree rebased to the entry's dir (runtime-loaded sprites/audio/
+// tilemaps resolve at /run/<id>/<path>; an inlined single doc broke every runtime asset — the blank-canvas bug).
+export function assembleR0Tree(files, entry) {
+  const entryDir = entry.includes("/") ? entry.slice(0, entry.lastIndexOf("/") + 1) : "";
+  const tree = new Map();
+  for (const [fp, v] of files) { let tk = fp; if (entryDir) { if (!fp.startsWith(entryDir)) continue; tk = fp.slice(entryDir.length); } tree.set(tk, asBytes(v)); }
+  if (!tree.has("index.html")) { const b = entry.split("/").pop(); if (tree.has(b)) tree.set("index.html", tree.get(b)); }   // entry in a subdir → surface it at the tree root
+  return tree;
+}
+
+// FAITHFUL-AS-IS: a repo whose index has only classic <script src=".js"> (no module/TS/JSX entry) must be
+// served AS-IS as a tree — module-bundling a global-script app scopes away its globals ("Foo is not defined").
+export function classicIndexPath(files) {
+  const idxPath = ["index.html", "public/index.html", "src/index.html", "docs/index.html"].find((p) => files.has(p));
+  if (!idxPath) return null;
+  const idxHtml = asText(files.get(idxPath));
+  const hasModule = /<script[^>]*\btype\s*=\s*["']module["']/i.test(idxHtml);
+  const localSrcs = [...idxHtml.matchAll(/<script\b[^>]*\bsrc\s*=\s*["']([^"']+)["']/gi)].map((m) => m[1]).filter((s) => !/^(?:[a-z]+:)?\/\//i.test(s));
+  const classic = !hasModule && localSrcs.length > 0 && localSrcs.every((s) => /\.(?:js|mjs|cjs)(?:[?#]|$)/i.test(s));
+  return classic ? idxPath : null;
+}
+export function assembleClassicTree(files, idxPath) {
+  const entryDir = idxPath.includes("/") ? idxPath.slice(0, idxPath.lastIndexOf("/") + 1) : "";
+  const tree = new Map();
+  for (const [fp, v] of files) { if (TREE_SKIP.test(fp)) continue; let tk = fp; if (entryDir) { if (!fp.startsWith(entryDir)) continue; tk = fp.slice(entryDir.length); } tree.set(tk, asBytes(v)); }
+  if (!tree.has("index.html")) { const b = idxPath.split("/").pop(); if (tree.has(b)) tree.set("index.html", tree.get(b)); }
+  return tree;
+}
+
+// R1: the bundled index at the tree root PLUS the repo's static assets (images/audio/fonts/json the app
+// loads at runtime by path — the JS bundle does NOT inline those), rebased to the index's dir.
+export function assembleR1Tree(files, built) {
+  const idxDir = built.idx && built.idx.includes("/") ? built.idx.slice(0, built.idx.lastIndexOf("/") + 1) : "";
+  const tree = new Map();
+  for (const [fp, v] of files) { if (TREE_SKIP.test(fp)) continue; let tk = fp; if (idxDir) { if (!fp.startsWith(idxDir)) continue; tk = fp.slice(idxDir.length); } tree.set(tk, asBytes(v)); }
+  tree.set("index.html", enc(built.html));   // the bundled doc overrides the repo's raw index
+  return tree;
+}
+
+export function describeAnimateCore() {
+  return { is: "the shared per-request animate core — MIME, fidelity rewriteIndex, entry resolution, buildSPA (esbuild injected), κ-vendor graph, R0/classic/R1 tree assembly",
+    hosts: "the Node store daemon AND the in-browser service-worker animator consume this file verbatim",
+    parity: "the conformance (L1–L4) + fidelity (F1–F5) gates define parity: both origins serve this one logic" };
+}
+
+export default { VERSION, MIME, mimeOf, rewriteIndex, findEntry, makeVendor, buildSPA, assembleR0Tree, classicIndexPath, assembleClassicTree, assembleR1Tree, TRY, clean, dirOf, joinRel, loaderOf, PEERS, asText, asBytes, describeAnimateCore };

b/47fba521d83144ed4bfd40e803eec7e9d04814cd4c905acfbe456a1f6c6b458d

@@ -0,0 +1,163 @@
+// holo-dotholo.mjs — the .holo app package (HOLO-ANIMATE-PLATFORM, M3). An animated app is sealed as ONE
+// content-addressed object: a manifest (source repo@commit + provider + tier + recipe κ + result κ + caps)
+// bound to the compiled result bytes. Its identity IS its content (BLAKE3, §1.2), so the SAME repo@commit
+// compiles to the SAME .holo κ on every machine → build ONCE per planet; everyone after streams the κ and
+// verifies it before render (Law L5). Pure + isomorphic. This is the store's unit of distribution.
+
+import { blake3hex } from "./holo-blake3.mjs";
+import { verifyMembers as verifyClosure } from "./holo-l5.mjs";   // the ONE L5 re-derivation primitive
+const enc = (s) => new TextEncoder().encode(s);
+// RFC 8785 JCS (sorted keys) — one κ across every engine (identical to holo-import/holo-forge).
+export const jcs = (v) => Array.isArray(v) ? "[" + v.map(jcs).join(",") + "]"
+  : (v && typeof v === "object") ? "{" + Object.keys(v).sort().map((k) => JSON.stringify(k) + ":" + jcs(v[k])).join(",") + "}"
+  : JSON.stringify(v);
+const b3 = (bytesOrStr) => "did:holo:blake3:" + blake3hex(typeof bytesOrStr === "string" ? enc(bytesOrStr) : bytesOrStr);
+
+export const VERSION = "holo-dotholo/0.1.0";
+
+// holoManifest(...) → the sealed descriptor (no bytes; the result is referenced by resultKappa). ───────────
+export function holoManifest({ repo, commit = null, provider, tier, recipeKappa = null, resultKappa, name = null, contentType = "text/html", deps = null, capabilities = null }) {
+  return {
+    "@type": "holo:App", "holo:version": 1,
+    "holo:source": repo ? (repo.replace(/^https?:\/\//, "") + (commit ? "@" + commit : "")) : null,
+    "holo:provider": provider, "holo:tier": tier,
+    ...(recipeKappa ? { "holo:recipe": recipeKappa } : {}),
+    "holo:result": resultKappa, "holo:contentType": contentType,
+    ...(name ? { "schema:name": name } : {}),
+    ...(deps && deps.length ? { "holo:deps": deps } : {}),
+    ...(capabilities ? { "holo:capabilities": capabilities } : {}),
+  };
+}
+
+// sealHolo({ repo, commit, provider, tier, recipeKappa, result, ... }) → { kappa, manifest, resultKappa, result }.
+// `result` = the compiled app bytes/string (R0/R1: one self-contained HTML). kappa = κ of the manifest;
+// resultKappa = κ of the bytes. Same source → same κ (Law L5 content-convergence).
+export function sealHolo({ repo, commit = null, provider, tier, recipeKappa = null, result, name = null, contentType = "text/html", deps = null, capabilities = null }) {
+  if (result == null) throw new Error("sealHolo needs the compiled result bytes");
+  const resultKappa = b3(result);
+  const manifest = holoManifest({ repo, commit, provider, tier, recipeKappa, resultKappa, name, contentType, deps, capabilities });
+  const kappa = b3(jcs(manifest));
+  return { kappa, manifest, resultKappa, result };
+}
+
+// ── machine .holo (R3): the result is a FROZEN MACHINE (disk κ ⊕ device-state κ + boot meta), not bytes to
+//    render. Open = RESUME, not reboot. Sealed + verified exactly like a content .holo (its result is the JCS
+//    of the snapshot descriptor), so one cache + one open path serve both kinds. ─────────────────────────────
+// snapshot = { disk, dev, engine, mem, smp } — the descriptor holo-vm.vmSnapshot writes (disk manifest κ +
+// device-state κ + boot meta). port = the app's forwarded/guest port so the resumed machine re-projects.
+export function sealMachineHolo({ repo, commit = null, provider, tier = "R3", recipeKappa = null, snapshot, name = null, port = 0, capabilities = null }) {
+  if (!snapshot || !snapshot.dev) throw new Error("sealMachineHolo needs a snapshot descriptor { disk, dev, ... }");
+  const result = jcs(snapshot);                      // the machine descriptor IS the result bytes
+  const resultKappa = b3(result);
+  const manifest = { ...holoManifest({ repo, commit, provider, tier, recipeKappa, resultKappa, name, contentType: "application/holo-machine", capabilities }), "holo:kind": "machine", "holo:port": port };
+  const kappa = b3(jcs(manifest));
+  return { kappa, manifest, resultKappa, result, snapshot };
+}
+// openMachineHolo({ kappa?, manifest, result }) → { ok, snapshot?, port?, error? }. VERIFY BEFORE RESUME (L5):
+// the descriptor bytes must hash to resultKappa (and manifest to kappa) — a tampered machine κ is refused
+// before the guest is resumed. Returns the snapshot descriptor for holo-vm.vmResume.
+export function openMachineHolo({ kappa = null, manifest, result }) {
+  if (!manifest || result == null) return { ok: false, error: "incomplete machine .holo" };
+  if (manifest["holo:kind"] !== "machine") return { ok: false, error: "not a machine .holo (use openHolo)" };
+  if (kappa && !verifyHolo(kappa, manifest)) return { ok: false, error: "manifest-mismatch (tampered machine κ)" };
+  if (b3(result) !== manifest["holo:result"]) return { ok: false, error: "snapshot-mismatch (tampered machine, L5 refused)" };
+  return { ok: true, snapshot: JSON.parse(typeof result === "string" ? result : new TextDecoder().decode(result)), port: manifest["holo:port"] || 0, manifest };
+}
+// isMachine(manifest) — the store branches open→resume vs open→render on this. ─────────────────────────────
+export const isMachine = (manifest) => !!(manifest && manifest["holo:kind"] === "machine");
+
+// ── closure .holo (κ-Portal, P0): ONE κ that transitively names an ENTIRE runtime — the entry document + every
+//    subresource + the delivery Service Worker — as a Merkle root. This is the single self-verifying κ that is
+//    "sufficient to stream the whole experience anywhere": a cold, foreign browser fetches this one .holo, opens
+//    it (L5), then streams each member by κ (content-blind transport) and refuses any byte that does not
+//    re-derive. Unifies today's scattered holospace.lock.json `closure` + os-closure.json under one sealed κ.
+//    members: { "path": "did:holo:<algo>:<hex>" | { kappa } } — the closure map (path→κ). The SORTED map's JCS
+//    IS the result bytes (same trick as sealMachineHolo), so one cache + one verify path serve every kind. ─────
+const kappaOf = (v) => (typeof v === "string" ? v : v && v.kappa);
+const algoHexOf = (kappa) => { const m = /^did:holo:([a-z0-9]+):([0-9a-f]+)$/.exec(kappa || ""); return m ? { algo: m[1], hex: m[2] } : null; };
+
+export function sealClosureHolo({ repo, commit = null, provider = "closure", tier = "R1", entry, members, worker = null, name = null, capabilities = null, deps = null }) {
+  if (!entry || !members || typeof members !== "object") throw new Error("sealClosureHolo needs { entry, members }");
+  if (!members[entry]) throw new Error("sealClosureHolo: entry must be a member of the closure");
+  const map = {};                                    // path → κ, sorted → deterministic (build once per planet)
+  for (const p of Object.keys(members).sort()) { const k = kappaOf(members[p]); if (!algoHexOf(k)) throw new Error("sealClosureHolo: member '" + p + "' has no κ"); map[p] = k; }
+  const wk = worker ? kappaOf(worker) : null;
+  if (worker && !algoHexOf(wk)) throw new Error("sealClosureHolo: worker κ malformed");
+  const result = jcs(map);                           // the closure map IS the result bytes
+  const resultKappa = b3(result);
+  const manifest = {
+    ...holoManifest({ repo, commit, provider, tier, resultKappa, name, contentType: "application/holo-closure", deps, capabilities }),
+    "holo:kind": "closure", "holo:entry": entry, ...(wk ? { "holo:worker": wk } : {}), "holo:files": Object.keys(map).length,
+  };
+  const kappa = b3(jcs(manifest));
+  return { kappa, manifest, resultKappa, result, members: map };
+}
+export const isClosure = (manifest) => !!(manifest && manifest["holo:kind"] === "closure");
+
+// openClosureHolo({ kappa?, manifest, result }) → { ok, entry?, worker?, members?, error? }. STRUCTURAL L5:
+// manifest re-derives to κ, the closure-map bytes re-derive to resultKappa, and the entry is a listed member.
+// (Byte-completeness of the members is a separate async pass — verifyClosure — since it needs the bytes.)
+export function openClosureHolo({ kappa = null, manifest, result }) {
+  if (!manifest || result == null) return { ok: false, error: "incomplete closure .holo" };
+  if (manifest["holo:kind"] !== "closure") return { ok: false, error: "not a closure .holo (use openHolo/openMachineHolo)" };
+  if (kappa && !verifyHolo(kappa, manifest)) return { ok: false, error: "manifest-mismatch (tampered closure κ)" };
+  if (b3(result) !== manifest["holo:result"]) return { ok: false, error: "closure-mismatch (tampered map, L5 refused)" };
+  let members; try { members = JSON.parse(typeof result === "string" ? result : new TextDecoder().decode(result)); } catch { return { ok: false, error: "closure map is not JSON" }; }
+  const entry = manifest["holo:entry"];
+  if (!members[entry]) return { ok: false, error: "entry '" + entry + "' not in closure (L5 refused)" };
+  return { ok: true, entry, worker: manifest["holo:worker"] || null, members, manifest };
+}
+
+// verifyClosure — the closure COMPLETENESS gate. It IS the ONE L5 primitive (holo-l5.verifyMembers, imported at
+// top as verifyClosure) so the re-derivation rule lives in a single place (shared with the delivery Service
+// Worker). Re-derive EVERY member or refuse (missing / tampered / unverifiable). Same signature + result as before.
+export { verifyClosure };
+
+// verifyHolo(kappa, manifest) → the manifest re-derives to the .holo κ (identity intact). ──────────────────
+export function verifyHolo(kappa, manifest) { return b3(jcs(manifest)) === kappa; }
+
+// openHolo({ kappa?, manifest, result }) → { ok, html?, error? }. VERIFY BEFORE RENDER (L5): the bytes must
+// hash to the manifest's resultKappa, and (if kappa given) the manifest must hash to it — tamper → refused.
+export function openHolo({ kappa = null, manifest, result }) {
+  if (!manifest || result == null) return { ok: false, error: "incomplete .holo (manifest + result required)" };
+  if (manifest["holo:kind"] === "machine") return { ok: false, error: "machine .holo (use openMachineHolo)" };
+  if (manifest["holo:kind"] === "closure") return { ok: false, error: "closure .holo (use openClosureHolo)" };
+  if (kappa && !verifyHolo(kappa, manifest)) return { ok: false, error: "manifest-mismatch (tampered .holo κ)" };
+  if (b3(result) !== manifest["holo:result"]) return { ok: false, error: "result-mismatch (tampered bytes, L5 refused)" };
+  return { ok: true, html: typeof result === "string" ? result : new TextDecoder().decode(result), manifest };
+}
+
+// packHolo(sealed) / unpackHolo(bytes) → a single self-describing wire blob (manifest + result) for the
+// κ-cache / fabric to store + stream as one object. JSON envelope (result base64) — simple + verifiable.
+// ISOMORPHIC base64 (SS-P0): `Buffer` is a Node global — in the browser/service-worker the .holo must pack
+// and unpack identically (OPFS warm tier, static κ-registry), so base64 goes via btoa/atob there. Chunked:
+// String.fromCharCode.apply blows the arg limit on multi-MB results.
+export const b64encode = (bytes) => {
+  if (typeof Buffer !== "undefined") return Buffer.from(bytes).toString("base64");
+  let s = ""; const CH = 0x8000;
+  for (let i = 0; i < bytes.length; i += CH) s += String.fromCharCode.apply(null, bytes.subarray(i, i + CH));
+  return btoa(s);
+};
+export const b64decode = (b64) => {
+  if (typeof Buffer !== "undefined") return new Uint8Array(Buffer.from(b64, "base64"));
+  const s = atob(b64); const u = new Uint8Array(s.length);
+  for (let i = 0; i < s.length; i++) u[i] = s.charCodeAt(i);
+  return u;
+};
+export function packHolo({ kappa, manifest, result }) {
+  const b64 = b64encode(typeof result === "string" ? enc(result) : result);
+  return JSON.stringify({ kappa, manifest, result_b64: b64 });
+}
+export function unpackHolo(bytes) {
+  const o = JSON.parse(typeof bytes === "string" ? bytes : new TextDecoder().decode(bytes));
+  const result = new TextDecoder().decode(b64decode(o.result_b64));
+  return { kappa: o.kappa, manifest: o.manifest, result };
+}
+
+export function describeDotHolo() {
+  return { is: "the .holo app package — a content-addressed app (manifest ⊕ compiled result), the store's unit of distribution",
+    once: "same repo@commit → same .holo κ everywhere → build once per planet; re-open streams the κ (0 rebuild)",
+    l5: "verify before render — bytes must hash to resultKappa, manifest to the .holo κ; tamper → refused" };
+}
+
+export default { VERSION, holoManifest, sealHolo, sealMachineHolo, openMachineHolo, isMachine, sealClosureHolo, openClosureHolo, verifyClosure, isClosure, verifyHolo, openHolo, packHolo, unpackHolo, jcs, describeDotHolo };

b/535ed9bd32c3c964ae2cd9dbf69406fc007db53501a6bdbefe33c70d949e4b90

@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:711d62484385c29d64ddcdc4c0beb3fb7903635a41bafffeb652938ee8480587
+size 11655844

b/70255554e8d094619d355e66eb84d43727b00217c548422bb69de0aeb2005c76

@@ -0,0 +1,339 @@
+// holo-import.mjs — Holo Import (ADR-0092): paste a GitHub URL, get a running, content-addressed
+// Holo app. The repo address goes in; a live, governed, interoperable holospace comes out — 100%
+// serverless, in-browser. This module is the PURE, isomorphic CORE (Node + the browser run identical
+// logic; the witness drives it headless). It NEVER fetches and NEVER hashes by itself — the network is
+// an INGEST BOUNDARY (Law L4: a `fetchRepo` thunk is injected, brokered through holo-gov in the browser)
+// and the address layer is injected (`hash` — WebCrypto in the browser, the pure sha256 of the repo in
+// Node), exactly like holo-forge.mjs and holo-scene.mjs.
+//
+// THE LOAD-BEARING FINDING (why this is small, not a new runtime): once a repo is reduced to ONE
+// self-contained HTML source string, it seals through the SAME `publishSource` UOR envelope the Create
+// studio already uses (holo-blocks-repo.mjs) — so an imported app's κ is BYTE-IDENTICAL to a hand-built
+// app's κ for the same source. Import is therefore NOT a new kind of object; it is a DETERMINISTIC
+// ENCODER that produces a source the substrate already renders · links · remixes · shares · traces.
+// Faithful by construction (no model, no hallucination — Law L5: same repo@commit → same app κ).
+//
+// HONEST SCOPE (the build-locus, decided per class — never papered over):
+//   • static / client-SPA       → DIRECT here: inline assets into one HTML, seal. Runs now.
+//   • needs a bundler            → FORGE: a re-derivable κ-transform (esbuild-wasm) — STAGED, classified
+//                                  here, not executed (named, not faked).
+//   • SSR / backend / DB / CLI   → OUT OF SCOPE v1: classified + the reason SURFACED in the result, so
+//                                  "we don't run this yet" is visible, never a silently-empty app.
+//
+// Composition: Holo Q (ADR-0091, the import rides Q.create as task "import") · Holo Forge (ADR-0051, the
+// staged bundler transform) · Holo Scene (ADR-0089, the app is one scene κ) · Holo Prov (ADR-0082, the
+// receipt's wasDerivedFrom walks to GitHub forever) · holo-gov / Holo Q Remote (ADR-0090, the governed
+// ingest fetch) · Holo Cosmos (ADR-0080, κ-streamed heavy assets). Grounded in Laws L1/L3/L4/L5.
+
+export const VERSION = "holo-import/0.1.0";
+
+// ── the UOR app envelope — mirrors holo-blocks-repo.mjs publishSource() EXACTLY so an imported app's κ
+//    equals a studio-built app's κ for identical source bytes (the κ-parity that makes import first-class). ──
+const UOR_CONTEXT = ["https://www.w3.org/ns/did/v1", "https://w3id.org/security/data-integrity/v2",
+  { schema: "https://schema.org/", prov: "http://www.w3.org/ns/prov#", dcterms: "http://purl.org/dc/terms/",
+    rel: "schema:additionalType", links: { "@id": "schema:hasPart", "@container": "@set" } }];
+
+// RFC 8785 JCS (sorted keys) — identical to holo-blocks-repo / holo-forge so one κ, every engine.
+export const jcs = (v) => Array.isArray(v) ? "[" + v.map(jcs).join(",") + "]"
+  : (v && typeof v === "object") ? "{" + Object.keys(v).sort().map((k) => JSON.stringify(k) + ":" + jcs(v[k])).join(",") + "}"
+  : JSON.stringify(v);
+
+import { ensureMobileHead } from "./holo-mobile-defaults.mjs";   // every imported app is mobile + PWA-ready at birth
+import { blake3hex } from "./holo-blake3.mjs";   // the ONE canonical κ hash (§1.2) — mint IDENTICALLY to holo-blocks-repo.addressOf
+const enc = (s) => new TextEncoder().encode(s);  // byte-for-byte the same enc as holo-blocks-repo (preserves κ-parity)
+
+// appEnvelope(name, source) → the exact object publishSource seals (minus its `id`). Sealing it with the
+// injected `hash` over jcs() yields the SAME did:holo the studio would. derivedFrom (lineage) is metadata
+// — it does not change the content address (Law L5 content-convergence, ADR-0088), matching publishSource.
+export function appEnvelope(name, source, derivedFrom = null) {
+  return { "@context": UOR_CONTEXT, "@type": ["schema:SoftwareSourceCode", "schema:WebApplication"],
+    "schema:name": name, "schema:programmingLanguage": "HTML", "schema:text": source,
+    ...(derivedFrom ? { "prov:wasDerivedFrom": derivedFrom } : {}) };
+}
+// sealApp({ name, source, derivedFrom? }) → { id, bytes } — id is byte-identical to holo-blocks-repo.addressOf
+// (publishSource): "did:holo:blake3:" + blake3hex(enc(jcs(env))). The canonical κ hash is BLAKE3, computed the
+// same way in both modules, so an imported app's κ still equals a studio-built app's κ (§1.2 + the parity intact).
+// `hash` is accepted for caller back-compat but no longer used (the axis is fixed canonical, not injected).
+export function sealApp({ name, source, hash, derivedFrom = null }) {
+  const env = appEnvelope(name, source, derivedFrom);
+  return { id: "did:holo:blake3:" + blake3hex(enc(jcs(env))), bytes: jcs(env) };
+}
+const kappaOf = (bytesOrStr) => "did:holo:blake3:" + blake3hex(typeof bytesOrStr === "string" ? enc(bytesOrStr) : bytesOrStr);
+
+// ── parse a GitHub reference — accepts a full URL, owner/repo, or a /tree/<ref> deep link. PURE. ────────
+// The COMMIT is NOT resolved here (that is the fetcher's job — the pin happens at the ingest boundary):
+// a bare branch ref is mutable, so `fetchRepo` MUST return the resolved commit SHA and we address THAT.
+export function parseRepoRef(input) {
+  const s = String(input || "").trim();
+  let m = s.match(/^(?:https?:\/\/)?(?:www\.)?github\.com\/([^/\s]+)\/([^/\s#?]+)(?:\.git)?(?:\/tree\/([^/\s#?]+))?/i);
+  if (!m) m = s.match(/^(?:git@github\.com:)?([\w.-]+)\/([\w.-]+?)(?:\.git)?(?:@([\w./-]+))?$/);
+  if (!m) return null;
+  const owner = m[1], repo = m[2].replace(/\.git$/, ""), ref = m[3] || null;
+  if (!owner || !repo) return null;
+  return { owner, repo, ref, host: "github.com", url: `https://github.com/${owner}/${repo}` };
+}
+
+// ── classify the repo by CONTENT (package.json + the file listing), not guesswork. Returns the class, the
+//    build-locus PATH, an honest reason, and whether it runs in v1. This is the gate that makes the feature
+//    honest: every repo gets a truthful verdict, and the non-runnable ones say so. ──────────────────────
+const BUNDLERS = ["vite", "webpack", "rollup", "parcel", "esbuild", "snowpack", "@vitejs/plugin-react"];
+const SSR_FRAMEWORKS = ["next", "nuxt", "@remix-run/dev", "@remix-run/node", "astro", "@sveltejs/kit", "gatsby"];
+const SERVER_DEPS = ["express", "fastify", "koa", "hapi", "@nestjs/core", "socket.io", "ws", "http-server-only"];
+const DB_DEPS = ["pg", "mysql", "mysql2", "mongodb", "mongoose", "prisma", "@prisma/client", "sqlite3", "better-sqlite3", "redis", "ioredis", "typeorm", "sequelize"];
+
+// HEADLINES — the one human line a person sees first (the machinery rides in `reason`, one tap deeper).
+const HEADLINES = {
+  static: "This one runs here — making it mine.",
+  "client-bundle": "It needs building first — that path is coming.",
+  ssr: "It renders on a server — that path is coming.",
+  backend: "It needs a server. Hologram runs only what's truly mine.",
+  cli: "A command-line tool — there's no app to open.",
+  library: "A library, not an app — there's nothing to open.",
+  monorepo: "Many apps in here — point me at the one I want.",
+  unknown: "I couldn't find an app to open in here.",
+};
+
+export function classify(probe = {}) {
+  const files = (probe.files || []).map((f) => String(f).replace(/^\.?\//, ""));
+  const has = (re) => files.some((f) => re.test(f));
+  const pkg = probe.pkg || null;
+  const deps = pkg ? { ...(pkg.dependencies || {}), ...(pkg.devDependencies || {}) } : {};
+  const depNames = Object.keys(deps);
+  const dep = (list) => depNames.some((d) => list.includes(d));
+  const scripts = (pkg && pkg.scripts) || {};
+  const scriptText = Object.values(scripts).join(" ; ");
+  const rootIndex = files.includes("index.html") || files.includes("public/index.html") || files.includes("docs/index.html") || files.includes("dist/index.html");
+
+  const verdict = (cls, path, runs, reason, coverage = null) => ({ class: cls, headline: HEADLINES[cls] || null, path, runs, reason, coverage, entry: probe.entry || (rootIndex ? files.find((f) => /(^|\/)index\.html$/.test(f)) : null) });
+
+  // 1) a non-JS / backend stack is out of scope v1 — a serverless device can't host a server or a DB.
+  const nonJsServer = has(/(^|\/)(requirements\.txt|Pipfile|pyproject\.toml|go\.mod|Cargo\.toml|Gemfile|composer\.json|pom\.xml)$/i);
+  if (dep(DB_DEPS)) return verdict("backend", "out-of-scope-v1", false, "depends on a database (" + depNames.filter((d) => DB_DEPS.includes(d)).join(", ") + ") — a serverless device has no server-side DB; translate persistence to the κ-store (ADR follow-on) or it cannot run faithfully.");
+  if (dep(SERVER_DEPS)) return verdict("backend", "out-of-scope-v1", false, "runs an application server (" + depNames.filter((d) => SERVER_DEPS.includes(d)).join(", ") + ") — there is no server to run it on; the serverless line ends here in v1.");
+  if (nonJsServer && !rootIndex) return verdict("backend", "out-of-scope-v1", false, "non-JS runtime (Python/Go/Rust/Ruby/PHP/Java) with no static entry — out of scope for the in-browser serverless target in v1.");
+
+  // 2) SSR frameworks render on a server by default — staged (a static-export path may exist, but not faked here).
+  if (dep(SSR_FRAMEWORKS)) return verdict("ssr", "translate-or-forge", false, "SSR framework (" + depNames.filter((d) => SSR_FRAMEWORKS.includes(d)).join(", ") + ") — renders server-side by default; a static-export/forge path is STAGED, not run in v1.");
+
+  // 3) a client bundle (a bundler + a browser app, no server) → FORGE: bundle-in-browser as a re-derivable
+  //    κ-transform (ADR-0051). Classified + named here; the transform execution is the staged follow-on.
+  if (dep(BUNDLERS) || /\b(vite|webpack|rollup|parcel|esbuild)\b/.test(scriptText)) {
+    return verdict("client-bundle", "forge", false, "a client-side bundle (" + (depNames.filter((d) => BUNDLERS.includes(d))[0] || "bundler in scripts") + ") — runs serverless AFTER an in-browser bundle (Holo Forge κ-transform, ADR-0051); STAGED as the next class up.", "the largest runnable class beyond static — esbuild-wasm in-browser, cached as a κ");
+  }
+
+  // 4) static / client SPA with a real HTML entry and no build step → DIRECT, runs NOW.
+  if (rootIndex) return verdict("static", "direct", true, "a static site / client SPA with an HTML entry and no build step — inlined into one self-contained app κ and run directly.", "~static sites, hand-rolled SPAs, CDN-only apps");
+
+  // 5) a library or CLI with no browser entry — nothing to render serverlessly in v1.
+  if (pkg && (pkg.bin || (pkg.main && !rootIndex))) return verdict(pkg.bin ? "cli" : "library", "out-of-scope-v1", false, (pkg.bin ? "a CLI (bin entry)" : "a library (no app entry)") + " — no browser-renderable surface; nothing to run as a holospace in v1.");
+
+  // 6) unknown / monorepo — needs a target chosen before it can be classified.
+  if (pkg && (pkg.workspaces || has(/(^|\/)(pnpm-workspace\.yaml|lerna\.json|turbo\.json)$/))) return verdict("monorepo", "needs-target", false, "a monorepo (workspaces) — pick a single package/app to import; the repo root is not one app.");
+  return verdict("unknown", "out-of-scope-v1", false, "no HTML entry and no recognized app manifest — cannot classify a runnable serverless surface; surfaced rather than guessed.");
+}
+
+// ── encodeStatic — faithfully inline a static/SPA repo into ONE self-contained HTML. FIDELITY-FIRST:
+//    relative same-origin <link rel=stylesheet> and <script src> are inlined VERBATIM (byte-preserved);
+//    ABSOLUTE / cross-origin / API refs are NOT inlined — they are recorded in `externalRefs` and SURFACED
+//    (the "log what we don't run" rule: a backend call can't be served serverlessly, so we never pretend it
+//    is — we show the gap). Pure: `files` is a Map<path, {text}|{bytes→text}>; nothing is fetched here. ──
+const isRelative = (u) => u && !/^(?:[a-z][\w+.-]*:)?\/\//i.test(u) && !/^data:/i.test(u) && !/^#/.test(u) && !/^mailto:/i.test(u);
+const normPath = (base, u) => String(u).replace(/^\.?\//, "").split(/[?#]/)[0]; // drop ./ and query/hash
+const dirOf = (p) => { const i = String(p).lastIndexOf("/"); return i < 0 ? "" : String(p).slice(0, i); };
+// resolve a relative ref against the entry's directory — so a repo whose index.html lives in public/ or
+// dist/ and references "style.css" looks up "public/style.css" (handles "./", "../", and root-"/" refs).
+function resolveRel(baseDir, u) {
+  let s = String(u).split(/[?#]/)[0];
+  if (s.startsWith("/")) return s.replace(/^\/+/, "");                          // root-relative → repo root
+  const parts = (baseDir ? baseDir.split("/") : []).concat(s.split("/"));
+  const out = []; for (const seg of parts) { if (seg === "" || seg === ".") continue; if (seg === "..") out.pop(); else out.push(seg); }
+  return out.join("/");
+}
+
+export function encodeStatic({ name = "app", entry = "index.html", files, hash, baseDir = null }) {
+  if (!files || typeof files.get !== "function") throw new Error("encodeStatic needs a files Map");
+  const entryFile = files.get(entry) || files.get(normPath("", entry));
+  if (!entryFile) throw new Error("encodeStatic: entry '" + entry + "' not in the repo files");
+  const base = baseDir != null ? baseDir : dirOf(entry);                        // refs resolve against the entry's dir
+  let html = entryFile.text != null ? entryFile.text : "";
+  const inlined = [], externalRefs = [], missing = [], assetKappas = {};
+  const lookup = (p) => files.get(p) || files.get(normPath("", p)) || null;
+
+  // <link rel="stylesheet" href="X"> (rel/href in either order) → <style>…</style>
+  html = html.replace(/<link\b[^>]*>/gi, (tag) => {
+    if (!/rel\s*=\s*["']?stylesheet/i.test(tag)) return tag;
+    const m = tag.match(/href\s*=\s*["']([^"']+)["']/i); if (!m) return tag;
+    const href = m[1];
+    if (!isRelative(href)) { externalRefs.push({ kind: "stylesheet", ref: href }); return tag; }
+    const p = resolveRel(base, href); const f = lookup(p);
+    if (!f) { missing.push({ kind: "stylesheet", ref: href }); return tag; }
+    const css = f.text != null ? f.text : "";
+    assetKappas[p] = kappaOf(css);
+    inlined.push({ kind: "stylesheet", ref: href });
+    return '<style data-holo-inlined="' + href + '">\n' + css + '\n</style>';
+  });
+
+  // <script src="X" …></script> → <script …>…</script> (preserve type=module + other attrs, drop src)
+  html = html.replace(/<script\b([^>]*)\bsrc\s*=\s*["']([^"']+)["']([^>]*)>\s*<\/script>/gi, (tag, pre, src, post) => {
+    if (!isRelative(src)) { externalRefs.push({ kind: "script", ref: src }); return tag; }
+    const p = resolveRel(base, src); const f = lookup(p);
+    if (!f) { missing.push({ kind: "script", ref: src }); return tag; }
+    const js = f.text != null ? f.text : "";
+    assetKappas[p] = kappaOf(js);
+    inlined.push({ kind: "script", ref: src });
+    const attrs = (pre + " " + post).replace(/\s+/g, " ").trim();
+    return "<script" + (attrs ? " " + attrs : "") + ' data-holo-inlined="' + src + '">\n' + js + "\n</script>";
+  });
+
+  // surface remaining same-origin asset refs (img/href/fetch targets) WITHOUT inlining them — they become
+  // κ-streamed objects later (Holo Cosmos LOD), but we record them so coverage is honest, never silent.
+  const assetRefs = [];
+  for (const m of html.matchAll(/(?:src|href)\s*=\s*["']([^"']+)["']/gi)) {
+    const u = m[1];
+    if (isRelative(u) && !/\.(css|js|mjs)(\?|#|$)/i.test(u) && lookup(resolveRel(base, u))) assetRefs.push(u);
+  }
+
+  // Mobile + PWA at birth: ensure the imported app carries viewport-fit, the mobile layer, the container
+  // surface marker, and PWA-standalone metas — only adds what the repo lacked (idempotent → κ stays deterministic).
+  html = ensureMobileHead(html);
+  return { name, html, inlined, externalRefs, missing, assetRefs, assetKappas,
+    selfContained: externalRefs.length === 0 && missing.length === 0 };
+}
+
+// ── the import receipt — a PROV-O activity linking the GitHub source (repo@commit) → the app κ, so a remote
+//    import carries honest lineage FOREVER and slots into Holo Prov walkLineage (ADR-0082). Mirrors the
+//    forgeReceipt shape; the SOURCE is the pinned commit (git+url@sha), the GENERATED is the sealed app. ──
+export function importReceipt({ repoUrl, commit, classification, sourceKappa, appKappa, name = "app", externalRefs = [] }) {
+  return {
+    "@context": ["https://www.w3.org/ns/did/v1",
+      { schema: "https://schema.org/", prov: "http://www.w3.org/ns/prov#", hosc: "https://hologram.os/ns/conformance#" }],
+    "@type": ["prov:Activity", "hosc:Import", "schema:CreateAction"],
+    "schema:name": "Holo Import — " + name,
+    "hosc:tool": { "schema:name": "holo-import", "schema:softwareVersion": VERSION },
+    "hosc:class": classification && classification.class,
+    "hosc:buildLocus": classification && classification.path,
+    "prov:used": { "@id": "git+" + repoUrl + (commit ? "@" + commit : ""), "@type": ["prov:Entity", "schema:SoftwareSourceCode"],
+      "schema:codeRepository": repoUrl, "schema:version": commit || null },
+    "prov:generated": { "@id": appKappa, "@type": ["prov:Entity", "schema:WebApplication"] },
+    ...(sourceKappa ? { "hosc:sourceManifest": sourceKappa } : {}),
+    // honest: anything we could NOT serve serverlessly is named in the receipt, not hidden.
+    ...(externalRefs.length ? { "hosc:unservedExternalRefs": externalRefs.map((r) => r.ref) } : {}),
+  };
+}
+
+// ── makeGovernedFetch — the network as a GOVERNED INGEST BOUNDARY (Law L4). Every outbound fetch the
+//    import does (the GitHub repo bytes, a CDN dependency, the build tool) passes the conscience BEFORE it
+//    happens, and every accepted fetch mints a re-derivable PROV-O ingest receipt (who · url · host ·
+//    purpose · contentκ). FAIL-CLOSED: with a conscience present, a red-line verdict (P5 PII / P6 / P7,
+//    ADR-0033) REFUSES the fetch; with NO conscience and no explicit host opt-in, an ingest is denied by
+//    default (the same shape as Q.agent). `conscience` may be an object ({evaluate?,evaluateText?}) or a
+//    thunk (resolved per call → load-order safe); `fetch` + `hash` injected → Node-witnessable. ──
+export function makeGovernedFetch({ conscience = null, fetch: rawFetch, allowUngoverned = false, hash = null, caller = "holo-import", now = () => 0 } = {}) {
+  if (typeof rawFetch !== "function") throw new Error("makeGovernedFetch needs an injected fetch");
+  const gate = () => (typeof conscience === "function" ? conscience() : conscience);
+  return async function governedFetch(url, opts = {}) {
+    const u = String(url); const host = (u.match(/^[a-z]+:\/\/([^/]+)/i) || [])[1] || "";
+    const C = gate();
+    if (C && (typeof C.evaluate === "function" || typeof C.evaluateText === "function")) {
+      const decision = { verb: "import.ingest", caller, host, purpose: opts.purpose || "import" };
+      let verdict;
+      try { verdict = typeof C.evaluateText === "function" ? C.evaluateText(u, { decision }) : C.evaluate(decision); }
+      catch (e) { return { ok: false, refused: true, reason: "gate error: " + ((e && e.message) || e), host }; }
+      if (verdict && verdict.outcome === "block") return { ok: false, refused: true, reason: verdict.reason || (verdict.blocked || []).join(",") || "refused by conscience", host, blocked: verdict.blocked };
+    } else if (!allowUngoverned) {
+      return { ok: false, refused: true, reason: "no conscience gate — ingest is fail-closed (Law L4)", host };
+    }
+    const response = await rawFetch(u, opts.init || undefined);
+    let receipt = null;
+    if (typeof hash === "function") {
+      let contentKappa = null;
+      if (opts.body != null) contentKappa = "did:holo:blake3:" + blake3hex(enc(typeof opts.body === "string" ? opts.body : jcs(opts.body)));
+      receipt = { "@context": { prov: "http://www.w3.org/ns/prov#", hosc: "https://hologram.os/ns/conformance#" },
+        "@type": ["prov:Activity", "hosc:Ingest"], "hosc:caller": caller, "prov:used": u, "hosc:host": host,
+        "hosc:purpose": opts.purpose || "import", "hosc:at": now(), ...(contentKappa ? { "prov:generated": contentKappa } : {}) };
+    }
+    return { ok: true, response, receipt, host };
+  };
+}
+
+// ── importRepo — the SPINE. URL → (governed) fetch → classify → encode → seal → receipt. The ONE async
+//    entry the studio/Q call. `fetchRepo({owner,repo,ref}) → { commit, files: Map, entry? }` is INJECTED
+//    (the ingest boundary; browser = a holo-gov-brokered fetch to raw.github / a κ-mirror / IPFS, witness =
+//    a mock). `hash(str)->hex` is injected. For a non-static class it returns a runnable:false verdict with
+//    the honest reason — never a fake app. ───────────────────────────────────────────────────────────────
+export async function importRepo({ input, fetchRepo, hash, bundle = null }) {
+  const ref = parseRepoRef(input);
+  if (!ref) return { ok: false, reason: "not a GitHub repo reference: " + input };
+  if (typeof fetchRepo !== "function") throw new Error("importRepo needs an injected fetchRepo (Law L4: the network is a boundary)");
+  if (typeof hash !== "function") throw new Error("importRepo needs an injected hash");
+
+  const fetched = await fetchRepo({ owner: ref.owner, repo: ref.repo, ref: ref.ref });
+  const files = fetched.files, commit = fetched.commit || null;
+  const fileList = [...files.keys()];
+  let pkg = null; const pf = files.get("package.json"); if (pf && pf.text) { try { pkg = JSON.parse(pf.text); } catch { /* malformed → treated as no manifest */ } }
+
+  const classification = classify({ files: fileList, pkg, entry: fetched.entry });
+  const base = { ok: true, repo: ref, commit, classification };
+  const sourceManifestKappa = kappaOf(jcs({ commit, files: fileList.sort() }), hash); // a manifest of WHAT was imported
+
+  // FORGE class — a client-bundle repo runs ONLY if a bundler (esbuild) is injected (holo-forge-bundle).
+  // No bundler → the honest staged notice (runnable:false). The bundle is the re-derivable κ-transform.
+  if (classification.path === "forge") {
+    if (typeof bundle !== "function") return { ...base, runnable: false, reason: classification.reason };
+    let built; try { built = await bundle({ files, name: ref.repo, sourceKappa: sourceManifestKappa }); }
+    catch (e) { return { ...base, runnable: false, reason: "forge bundle failed: " + ((e && e.message) || e), buildError: String((e && e.message) || e) }; }
+    const app = sealApp({ name: ref.repo, source: built.html, hash });
+    const receipt = importReceipt({ repoUrl: ref.url, commit, classification, sourceKappa: sourceManifestKappa,
+      appKappa: app.id, name: ref.repo, externalRefs: (built.unresolved || []).map((s) => ({ kind: "dependency", ref: s })) });
+    return { ...base, runnable: true, app, html: built.html, receipt, built: { entry: built.entry, receipt: built.receipt },
+      externalRefs: (built.unresolved || []).map((s) => ({ kind: "dependency", ref: s })), selfContained: !!built.selfContained };
+  }
+
+  if (!classification.runs) {
+    // honest stop: classified, reason surfaced, NOTHING faked.
+    return { ...base, runnable: false, reason: classification.reason };
+  }
+
+  // the runnable (static/SPA) path — faithful encode → seal exactly like publishSource → mint the receipt.
+  const enc = encodeStatic({ name: ref.repo, entry: classification.entry || fetched.entry || "index.html", files, hash });
+  const app = sealApp({ name: ref.repo, source: enc.html, hash });
+  const receipt = importReceipt({ repoUrl: ref.url, commit, classification, sourceKappa: sourceManifestKappa,
+    appKappa: app.id, name: ref.repo, externalRefs: enc.externalRefs });
+
+  return { ...base, runnable: true, app, html: enc.html, encode: enc, receipt,
+    externalRefs: enc.externalRefs, selfContained: enc.selfContained };
+}
+
+// ── bindImporter — wire import onto the Holo Q spine as a DETERMINISTIC specialist (task "import"), so
+//    `Q.create(repoUrl, { task: "import" })` rides the SAME κ-memo path as every other build: a repeat is
+//    O(1) (cached "hot") and the encoder/fetcher is NOT re-run (the ingest happens once — Law L3). The
+//    studio adopts the yielded HTML through its existing publishSource flow, so the studio app κ === the
+//    import app κ. Returns the importer for direct calls too. `mux.bindSpecialist(task, {id, generate})`. ──
+export function bindImporter(mux, { fetchRepo, hash, onResult = null, bundle = null } = {}) {
+  const id = "holo-import";
+  const generate = async function* (prompt) {
+    const r = await importRepo({ input: prompt, fetchRepo, hash, bundle });   // bundle (esbuild) enables the FORGE class
+    if (onResult) { try { onResult(r); } catch { /* observer must not break the build */ } }
+    if (!r.ok) { yield { replace: noticeCard("I couldn't read that repo.", r.reason) }; return; }
+    if (!r.runnable) { yield { replace: noticeCard((r.classification && r.classification.headline) || "Imported — but it can't run here yet.", r.classification.class + " · " + r.reason) }; return; }
+    yield { replace: r.html };
+  };
+  mux.bindSpecialist("import", { id, generate });
+  return { importRepo: (input) => importRepo({ input, fetchRepo, hash, bundle }) };
+}
+const notice = (msg) => '<!doctype html><meta charset="utf-8"><body style="margin:0;font:15px/1.5 system-ui;background:#0b0d12;color:#e7e9ee;display:grid;place-items:center;height:100vh"><div style="max-width:42ch;padding:2rem;white-space:pre-wrap;opacity:.92">' + msg.replace(/[<>&]/g, (c) => ({ "<": "&lt;", ">": "&gt;", "&": "&amp;" }[c])) + "</div></body>";
+
+// noticeCard — two-tier disclosure: the human headline leads; the technical detail rides behind "Why".
+const escNotice = (s) => String(s).replace(/[<>&]/g, (c) => ({ "<": "&lt;", ">": "&gt;", "&": "&amp;" }[c]));
+const noticeCard = (headline, detail) => '<!doctype html><meta charset="utf-8"><body style="margin:0;font:15px/1.6 system-ui;background:#0b0d12;color:#e7e9ee;display:grid;place-items:center;height:100vh"><div style="max-width:44ch;padding:2rem;text-align:center"><div style="font-size:1.18rem;font-weight:600;line-height:1.4">' + escNotice(headline) + '</div>' + (detail ? '<details style="margin-top:1.15rem;font-size:.85rem"><summary style="cursor:pointer;opacity:.6;list-style:none">Why</summary><div style="margin-top:.7rem;opacity:.72;white-space:pre-wrap;line-height:1.55;text-align:left">' + escNotice(detail) + '</div></details>' : '') + '</div></body>';
+
+export function describeImport() {
+  return {
+    is: "paste a GitHub URL → a running, content-addressed Holo app; import is a DETERMINISTIC encoder onto the existing publishSource/Q spine, not a new runtime",
+    fidelity: "static/SPA repos are inlined VERBATIM into one app κ (byte-preserved, no model); same repo@commit → same κ (Law L5)",
+    honest: "only the static/SPA class runs in v1; bundle→Forge, SSR/backend/DB/CLI are classified + their reason SURFACED, never faked; unserved external refs are named in the receipt",
+    governance: "the fetch is an injected ingest boundary (holo-gov-brokered, Law L4); imported code is untrusted and stays sandboxed + conscience-gated (ADR-0033)",
+  };
+}
+
+export default { VERSION, parseRepoRef, classify, encodeStatic, appEnvelope, sealApp, importReceipt, importRepo, bindImporter, makeGovernedFetch, describeImport, jcs };

b/8d0e7f2b52c1ca5e44a55b25f70f7dfaaf6d1da04a859cec7593143ffb678efb

@@ -0,0 +1,56 @@
+// holo-mobile-defaults.mjs — the ONE pure, isomorphic helper that guarantees an app's HTML carries the
+// mobile + PWA-standalone essentials, however it was produced (imported from GitHub, Forge-bundled, …).
+//
+// Pure string transforms (Node + browser run identical logic — the witnesses drive it headless), and
+// IDEMPOTENT: it only ADDS what is missing, never rewrites authored markup, so re-running is a no-op and
+// the app's κ is deterministic (same input → same output, Law L5). The standard it ensures is the vendored
+// holo-mobile.css (WCAG 2.2 §1.4.10 Reflow / §2.5.8 Target Size + MD3 48dp) + the container-query
+// window-size classes + PWA installability (display:standalone via the metas below). The build path
+// (scaffold) links these directly; the share paths (import · Forge) route their HTML through here, so
+// every app is mobile-correct AND installable at birth, with zero per-app effort.
+
+const MOBILE_CSS = "/_shared/holo-mobile.css";
+
+export function ensureMobileHead(html, opts = {}) {
+  if (typeof html !== "string" || !html) return html;
+  let out = html;
+  const cssHref = opts.cssHref || MOBILE_CSS;
+
+  // 1) the <html> element carries data-holo-surface → the `holoapp` container, so the app reflows to its
+  //    WINDOW width (Compact on a phone OR in a small desktop window), not the device viewport.
+  if (/<html\b/i.test(out)) {
+    out = out.replace(/<html\b([^>]*)>/i, (m, attrs) =>
+      /data-holo-surface/i.test(attrs) ? m : "<html" + attrs + " data-holo-surface>");
+  } else {
+    out = "<html data-holo-surface>" + out;
+  }
+
+  // ensure a <head> to inject into (degenerate fragments get one)
+  if (!/<head\b/i.test(out)) {
+    out = /<html\b[^>]*>/i.test(out)
+      ? out.replace(/(<html\b[^>]*>)/i, "$1<head></head>")
+      : "<head></head>" + out;
+  }
+
+  // 2) viewport-fit=cover (honor the notch / home-indicator, incl. installed standalone)
+  const vp = out.match(/<meta\s+name=["']?viewport[^>]*>/i);
+  if (!vp) {
+    // appended below with the rest
+  } else if (!/viewport-fit/i.test(vp[0])) {
+    out = out.replace(/(<meta\s+name=["']?viewport[^>]*content=["'])([^"']*)(["'])/i,
+      (m, a, c, z) => a + c + (c ? ", " : "") + "viewport-fit=cover" + z);
+  }
+
+  // 3) collect the still-missing head pieces and inject them once
+  const add = [];
+  if (!vp) add.push('<meta name="viewport" content="width=device-width, initial-scale=1, viewport-fit=cover" />');
+  if (!/holo-mobile\.css/i.test(out)) add.push('<link rel="stylesheet" href="' + cssHref + '" data-holo-injected="mobile" />');
+  if (!/name=["']?theme-color/i.test(out)) add.push('<meta name="theme-color" content="#0d0d0f" />');
+  if (!/apple-mobile-web-app-capable/i.test(out))
+    add.push('<meta name="apple-mobile-web-app-capable" content="yes" /><meta name="mobile-web-app-capable" content="yes" /><meta name="apple-mobile-web-app-status-bar-style" content="black-translucent" />');
+
+  if (add.length) out = out.replace(/<head\b([^>]*)>/i, (m) => m + add.join(""));
+  return out;
+}
+
+export default ensureMobileHead;

b/b55f686e982d5a4ce34e2194790338a73e75d57669bc27a6d88adc46856864e3

@@ -0,0 +1,150 @@
+// holo-providers.mjs — the Provider Registry (HOLO-ANIMATE-PLATFORM, M2). Nixpacks-shaped, but grounded on the
+// Realizer Ladder: each provider knows a language/framework and emits the LIGHTEST tier that runs it +
+// a deterministic recipe (build/install/start/port/output). `detectProvider(files,pkg)` walks providers
+// most-specific → least and returns the first match — so "how to run this repo" is one decision, extensible
+// by adding a provider (not editing a giant if-tree). The tier feeds holo-animate's ladder; the recipe feeds
+// holo-provision. Pure + isomorphic (Node + browser identical). This is what makes "any repo just works".
+//
+// Tiers: R0 inline (static, instant) · R1 build-then-inline (client SPA/SSG, in-tab) · R3 vm (server/native).
+// (R2 wasm-runtime is reserved; providers may target it later for pure-compute runtimes.)
+
+export const VERSION = "holo-providers/0.2.0";
+
+// ── ctx helpers over a files Map<path,{text}|Buffer|string> + parsed package.json ─────────────────────────
+function makeCtx(files, pkg) {
+  const paths = [...files.keys()].map((p) => p.replace(/^\.?\//, ""));
+  const set = new Set(paths);
+  // truly isomorphic: `Buffer` is a Node global — guard it (a bare `Buffer.isBuffer` is a ReferenceError in
+  // a browser/service-worker, which broke the claimed Node+browser parity); bytes decode via TextDecoder.
+  const isBuf = (f) => typeof Buffer !== "undefined" && Buffer.isBuffer(f);
+  const dec = (b) => { try { return new TextDecoder().decode(b); } catch { return null; } };
+  const text = (p) => { const f = files.get(p) || files.get(p.replace(/^/, "")); if (f == null) return null; if (typeof f === "string") return f; if (isBuf(f)) return f.toString("utf8"); if (f instanceof Uint8Array) return dec(f); return f.text != null ? f.text : (f.bytes ? dec(f.bytes) : null); };
+  const has = (re) => paths.some((p) => re.test(p));
+  const deps = pkg ? { ...(pkg.dependencies || {}), ...(pkg.devDependencies || {}) } : {};
+  const depNames = Object.keys(deps);
+  const dep = (list) => depNames.some((d) => list.includes(d));
+  const scripts = (pkg && pkg.scripts) || {};
+  const scriptText = Object.values(scripts).join(" ; ");
+  const rootHtml = ["index.html", "public/index.html", "dist/index.html", "docs/index.html", "build/index.html", "_site/index.html"].find((p) => set.has(p)) || null;
+  return { paths, set, has, text, pkg, deps, depNames, dep, scripts, scriptText, rootHtml };
+}
+
+const BUNDLERS = ["vite", "webpack", "rollup", "parcel", "esbuild", "snowpack", "@vitejs/plugin-react", "react-scripts", "@angular/cli", "@builder.io/qwik"];
+const CLIENT_FW = ["react", "react-dom", "vue", "preact", "svelte", "solid-js", "@angular/core", "lit", "alpinejs"];
+const SSR_FW = { next: "next", nuxt: "nuxt", "@remix-run/dev": "remix", astro: "astro", "@sveltejs/kit": "sveltekit", gatsby: "gatsby" };
+const SERVER = ["express", "fastify", "koa", "hapi", "@nestjs/core", "socket.io", "ws", "@hapi/hapi", "polka", "restify"];
+
+// each provider: { name, tier, detect(ctx)→bool, recipe(ctx)→{...} }. Order = priority (first match wins).
+// Order note: CLIENT app providers (next/ssr/node-spa/static) are evaluated BEFORE the container providers
+// (docker-compose/dockerfile) on purpose. A great many client games ship a Dockerfile/compose.yml for CI or
+// self-hosting even though the app itself is a pure in-browser bundle — letting Docker win there needlessly
+// forces a whole VM (R3) for something that runs as R1/R0 in a tab. So we detect the runnable client surface
+// first and only fall to a container when there is NO lighter way to run it (genuine polyglot/server apps).
+export const PROVIDERS = [
+  { name: "next", tier: "R3", detect: (c) => c.dep(["next"]),
+    recipe: (c) => { const exp = /output\s*:\s*["']export["']/.test(c.text("next.config.js") || c.text("next.config.mjs") || "") || /next export/.test(c.scriptText);
+      return exp ? { tier: "R1", install: ["npm ci"], build: "npm run build", output: "out", start: null, port: 0 } : { install: ["npm ci"], build: "npm run build", start: "npm start", port: 3000 }; } },
+
+  { name: "ssr-framework", tier: "R3", detect: (c) => Object.keys(SSR_FW).some((d) => c.dep([d])),
+    recipe: (c) => { const fw = Object.entries(SSR_FW).find(([d]) => c.dep([d]))[1];
+      const staticBuild = fw === "astro" || fw === "gatsby";   // these have a first-class static build
+      return staticBuild ? { tier: "R1", install: ["npm ci"], build: "npm run build", output: fw === "gatsby" ? "public" : "dist", start: null, port: 0 } : { install: ["npm ci"], build: "npm run build", start: "npm start", port: 3000, framework: fw }; } },
+
+  { name: "node-spa", tier: "R1", detect: (c) => c.pkg && (c.dep(BUNDLERS) || c.dep(CLIENT_FW) || /\b(vite|webpack|rollup|parcel)\b/.test(c.scriptText) || c.has(/^src\/(main|index|App)\.[jt]sx?$/)),
+    recipe: (c) => ({ install: [c.set.has("package-lock.json") ? "npm ci" : "npm install"], build: "esbuild", output: "dist", start: null, port: 0, bundler: (BUNDLERS.find((b) => c.dep([b])) || "esbuild") }) },
+
+  // container providers sit BELOW the client providers (node-spa/static — see order note) so a client game that
+  // merely ships a Dockerfile/compose for CI still animates as R1/R0, but ABOVE node-server + the language
+  // providers so a genuine (possibly multi-service) server app runs via its own compose/Dockerfile recipe.
+  { name: "docker-compose", tier: "R3", detect: (c) => c.has(/^(docker-)?compose\.ya?ml$/),
+    recipe: () => ({ base: "docker-in-guest", needsDocker: true, install: [], build: null, start: "docker compose up --build", port: 0 }) },
+
+  { name: "dockerfile", tier: "R3", detect: (c) => c.set.has("Dockerfile"),
+    recipe: (c) => { const t = c.text("Dockerfile") || ""; const port = (t.match(/EXPOSE\s+(\d+)/i) || t.match(/ENV\s+PORT[=\s]+(\d+)/i) || t.match(/-p\s+(\d{2,5})\b/) || t.match(/PORT[=:\s]+(\d{2,5})\b/) || [])[1] * 1 || 8080;
+      return { base: "docker-in-guest", needsDocker: true, install: [], build: "docker build -t holo/app .", start: "docker run holo/app", port }; } },
+
+  { name: "node-server", tier: "R3", detect: (c) => c.dep(SERVER) && !c.rootHtml,
+    recipe: (c) => ({ install: [c.set.has("package-lock.json") ? "npm ci" : "npm install"], build: c.scripts.build ? "npm run build" : null, start: c.scripts.start ? "npm start" : ("node " + ((c.pkg && c.pkg.main) || (c.set.has("server.js") ? "server.js" : c.set.has("app.js") ? "app.js" : "index.js"))), port: 3000 }) },
+
+  { name: "jekyll", tier: "R1", detect: (c) => c.set.has("_config.yml") || c.set.has("_config.yaml"),
+    recipe: () => ({ base: "ruby", install: ["bundle install"], build: "bundle exec jekyll build", output: "_site", start: null, port: 0 }) },
+
+  { name: "hugo", tier: "R1", detect: (c) => c.set.has("config.toml") || c.set.has("hugo.toml") || c.has(/^(archetypes|content)\//),
+    recipe: () => ({ base: "hugo", install: [], build: "hugo --minify", output: "public", start: null, port: 0 }) },
+
+  // require a real Python app marker (deps manifest or a root app entry) — NOT merely "some .py exists", which
+  // false-matched JS/native repos that ship Python build/tooling scripts (e.g. a game engine's helper scripts).
+  { name: "python", tier: "R3", detect: (c) => c.has(/^(requirements\.txt|pyproject\.toml|Pipfile|manage\.py|setup\.py)$/) || ["app.py", "main.py", "wsgi.py", "server.py", "application.py"].some((f) => c.set.has(f)),
+    recipe: (c) => { const pip = "python3 -m pip install --break-system-packages";   // Alpine PEP668 + python3 (no `python`/`pip` on PATH)
+      const reqs = c.text("requirements.txt") || ""; const mod = (["app.py", "main.py", "wsgi.py", "server.py", "application.py"].find((f) => c.set.has(f)) || "app.py").replace(/\.py$/, "");
+      // the Procfile `web:` line is the app author's authoritative start (as every PaaS honors) — force the bind.
+      const proc = (c.text("Procfile") || "").match(/^web:\s*(.+)$/m)?.[1]?.trim();
+      const forceBind = (cmd) => /gunicorn/.test(cmd) ? cmd + " --bind 0.0.0.0:8000" : /uvicorn/.test(cmd) ? cmd + " --host 0.0.0.0 --port 8000" : cmd;
+      // force 0.0.0.0:8000 (12-factor: apps must bind the forwarded port) — the universal deploy constraint.
+      const start = proc ? forceBind(proc)
+        : c.set.has("manage.py") ? "python3 manage.py runserver 0.0.0.0:8000"
+        : /uvicorn|fastapi/i.test(reqs) ? "python3 -m uvicorn " + mod + ":app --host 0.0.0.0 --port 8000"
+        : /flask/i.test(reqs) ? "FLASK_APP=" + mod + " python3 -m flask run --host 0.0.0.0 --port 8000"
+        : /gunicorn/i.test(reqs) ? "gunicorn " + mod + ":app --bind 0.0.0.0:8000"
+        : "python3 " + mod + ".py";
+      return { base: "python", install: c.set.has("requirements.txt") ? [pip + " -r requirements.txt"] : c.set.has("pyproject.toml") ? [pip + " ."] : [pip + " pipenv && pipenv install"], build: null, start, port: 8000 }; } },
+
+  { name: "deno", tier: "R3", detect: (c) => c.set.has("deno.json") || c.set.has("deno.jsonc") || c.has(/^deps\.ts$/),
+    recipe: (c) => ({ base: "deno", install: [], build: null, start: "deno run -A " + (c.set.has("main.ts") ? "main.ts" : c.set.has("server.ts") ? "server.ts" : "mod.ts"), port: 8000 }) },
+
+  { name: "bun", tier: "R3", detect: (c) => c.set.has("bun.lockb") || c.set.has("bunfig.toml"),
+    recipe: (c) => ({ base: "bun", install: ["bun install"], build: c.scripts.build ? "bun run build" : null, start: c.scripts.start ? "bun run start" : "bun " + ((c.pkg && c.pkg.main) || "index.ts"), port: 3000 }) },
+
+  { name: "elixir-phoenix", tier: "R3", detect: (c) => c.set.has("mix.exs"),
+    recipe: () => ({ base: "elixir", install: ["mix deps.get"], build: "mix compile", start: "mix phx.server", port: 4000 }) },
+
+  { name: "dotnet", tier: "R3", detect: (c) => c.has(/\.csproj$/) || c.has(/\.sln$/),
+    recipe: () => ({ base: "dotnet", install: ["dotnet restore"], build: "dotnet build -c Release", start: "dotnet run -c Release", port: 5000 }) },
+
+  { name: "go", tier: "R3", detect: (c) => c.set.has("go.mod"),
+    recipe: () => ({ base: "go", install: ["go mod download"], build: "go build -o /app/server .", start: "/app/server", port: 8080 }) },
+
+  { name: "rust", tier: "R3", detect: (c) => c.set.has("Cargo.toml"),
+    recipe: () => ({ base: "rust", install: [], build: "cargo build --release", start: "cargo run --release", port: 8080 }) },
+
+  { name: "ruby", tier: "R3", detect: (c) => c.set.has("Gemfile"),
+    recipe: (c) => ({ base: "ruby", install: ["bundle install"], build: null, start: /rails/.test(c.text("Gemfile") || "") ? "bundle exec rails server -b 0.0.0.0 -p 3000" : "bundle exec ruby app.rb", port: 3000 }) },
+
+  { name: "php", tier: "R3", detect: (c) => c.set.has("composer.json") || c.set.has("index.php"),
+    recipe: (c) => ({ base: "php", install: c.set.has("composer.json") ? ["composer install"] : [], build: null, start: "php -S 0.0.0.0:8000 -t .", port: 8000 }) },
+
+  { name: "java", tier: "R3", detect: (c) => c.set.has("pom.xml") || c.set.has("build.gradle") || c.set.has("build.gradle.kts"),
+    recipe: (c) => ({ base: "java", install: [], build: c.set.has("pom.xml") ? "mvn -q package -DskipTests" : "gradle build -x test", start: "java -jar $(ls target/*.jar build/libs/*.jar 2>/dev/null | head -1)", port: 8080 }) },
+
+  { name: "static", tier: "R0", detect: (c) => !!c.rootHtml && !(c.pkg && (c.dep(BUNDLERS) || c.has(/^src\/(main|index|App)\.[jt]sx?$/))),
+    recipe: (c) => ({ install: [], build: null, start: null, entry: c.rootHtml, port: 0 }) },
+
+  { name: "library", tier: "none", detect: (c) => c.pkg && (c.pkg.bin || (c.pkg.main && !c.rootHtml)) && !c.dep(CLIENT_FW),
+    recipe: () => ({ reason: "a library/CLI — no browser-renderable surface to run" }) },
+];
+
+// detectProvider(files, pkg?) → { provider, tier, recipe, why }. pkg is parsed if not passed.
+export function detectProvider(files, pkg = undefined) {
+  if (pkg === undefined) { try { const pf = files.get("package.json"); const t = pf && (typeof pf === "string" ? pf : pf.text); pkg = t ? JSON.parse(t) : null; } catch { pkg = null; } }
+  const c = makeCtx(files, pkg);
+  for (const p of PROVIDERS) {
+    let ok = false; try { ok = !!p.detect(c); } catch { ok = false; }
+    if (ok) { const r = p.recipe(c) || {}; const tier = r.tier || p.tier; return { provider: p.name, tier, recipe: { kind: p.name, ...r, tier }, why: describe(p.name, tier) }; }
+  }
+  return { provider: "unknown", tier: "none", recipe: { kind: "unknown", reason: "no recognized language/framework or app entry" }, why: "unclassifiable — surfaced, never guessed" };
+}
+function describe(name, tier) {
+  const t = { R0: "static — inline, instant", R1: "client app — compile in-tab", R3: "server/native — run in a VM", none: "not a runnable app" }[tier];
+  return name + " → " + t;
+}
+
+// coverage() → the provider list (for the store to show "we understand N stacks") ─────────────────────────
+export const coverage = () => PROVIDERS.map((p) => ({ name: p.name, tier: p.tier }));
+
+export function describeProviders() {
+  return { is: "the Provider Registry — Nixpacks-shaped detection grounded on the Realizer Ladder; each provider emits the lightest tier + a deterministic recipe",
+    extensible: "add a language/framework by adding one provider entry; detection is ordered most-specific → least, first match wins",
+    tiers: "R0 static/instant · R1 client compile in-tab · R3 server/native in a VM (R2 wasm reserved)" };
+}
+
+export default { VERSION, PROVIDERS, detectProvider, coverage, describeProviders };

b/bd107202590889391a58c57799da577a930f2a0f2c748480ca3cda91a04eddc6

@@ -0,0 +1,228 @@
+<!doctype html>
+<html lang="en">
+<head>
+<meta charset="utf-8">
+<meta name="viewport" content="width=device-width,initial-scale=1,viewport-fit=cover">
+<title>Hologram Apps</title>
+<style>
+ :root{color-scheme:dark;--bg:#0a0c11;--panel:#12151d;--line:#1e2430;--ink:#eef1f6;--dim:#98a2b3;--dim2:#6b7488;--acc:#5b8cff;--ok:#3ddc97;--warn:#ffbf6b}
+ *{box-sizing:border-box}html,body{margin:0;height:100%}
+ body{font:15px/1.55 -apple-system,system-ui,"Segoe UI",sans-serif;background:var(--bg);color:var(--ink);min-height:100vh}
+ header{position:sticky;top:0;z-index:5;backdrop-filter:blur(14px);background:rgba(10,12,17,.82);border-bottom:1px solid var(--line)}
+ .hd{max-width:1160px;margin:0 auto;padding:14px 22px;display:flex;gap:16px;align-items:center}
+ .logo{font-weight:750;font-size:16px;white-space:nowrap;letter-spacing:.2px}.logo b{color:var(--acc)}
+ .sb{flex:1;position:relative;max-width:560px}
+ .sb svg{position:absolute;left:13px;top:50%;transform:translateY(-50%);opacity:.5}
+ #q{width:100%;background:var(--panel);border:1px solid var(--line);color:var(--ink);border-radius:11px;padding:10px 14px 10px 38px;font:15px system-ui}
+ #q:focus{outline:none;border-color:var(--acc);box-shadow:0 0 0 3px rgba(91,140,255,.15)}
+ .nav{max-width:1160px;margin:0 auto;padding:0 22px 12px;display:flex;gap:8px;overflow-x:auto;scrollbar-width:none}.nav::-webkit-scrollbar{display:none}
+ .chip{white-space:nowrap;padding:7px 14px;border-radius:999px;border:1px solid var(--line);background:var(--panel);color:var(--dim);cursor:pointer;font-size:13px;font-weight:550;transition:.12s}
+ .chip:hover{color:var(--ink);border-color:#33405c}.chip.on{background:var(--acc);border-color:var(--acc);color:#fff}
+ .wrap{max-width:1160px;margin:0 auto;padding:22px 22px 90px}
+ .lead{font-size:22px;font-weight:700;letter-spacing:-.01em;margin:6px 0 3px}
+ .sub{color:var(--dim);margin:0 0 22px;font-size:14.5px}
+ .sect{margin:22px 2px 12px;font-size:12px;letter-spacing:.14em;text-transform:uppercase;color:var(--dim2);font-weight:650}
+ .grid{display:grid;grid-template-columns:repeat(auto-fill,minmax(min(300px,100%),1fr));gap:14px}
+ .nm,.own,.desc{overflow-wrap:anywhere}
+ .card{background:var(--panel);border:1px solid var(--line);border-radius:16px;padding:16px 17px;cursor:pointer;transition:transform .13s,border-color .13s,box-shadow .13s;display:flex;flex-direction:column;min-height:150px}
+ .card:hover{transform:translateY(-3px);border-color:#3a465f;box-shadow:0 14px 34px -16px rgba(0,0,0,.75)}
+ .top{display:flex;align-items:center;gap:11px}
+ .ic{width:38px;height:38px;border-radius:10px;object-fit:cover;background:#222a38;flex:none}
+ .nm{font-weight:680;font-size:15.5px;line-height:1.2}
+ .own{color:var(--dim);font-size:12.5px;margin-top:1px}
+ .run{margin-left:auto;flex:none;font-size:11.5px;font-weight:650;padding:4px 9px;border-radius:999px;display:flex;align-items:center;gap:4px}
+ .run.fast{background:rgba(61,220,151,.12);color:var(--ok)}.run.vm{background:rgba(255,191,107,.12);color:var(--warn)}
+ .desc{color:#c3cad6;font-size:13.5px;margin:11px 0 0;flex:1;overflow:hidden;display:-webkit-box;-webkit-line-clamp:2;-webkit-box-orient:vertical}
+ .foot{display:flex;align-items:center;gap:13px;margin-top:13px;font-size:12.5px;color:var(--dim)}
+ .lang{display:flex;align-items:center;gap:6px}.dot{width:9px;height:9px;border-radius:50%;background:#6ea8fe;flex:none}
+ .foot .st{display:flex;align-items:center;gap:4px}.foot .play{color:var(--ok)}
+ .row-h{display:flex;align-items:baseline;justify-content:space-between;margin:26px 2px 4px}
+ .seeall{color:var(--acc);font-size:13px;font-weight:600;cursor:pointer;white-space:nowrap}.seeall:hover{text-decoration:underline}
+ .rowblurb{color:var(--dim2);font-size:13px;margin:0 2px 12px}
+ .empty{color:var(--dim);padding:48px 0;text-align:center}.empty b{color:var(--ink)}
+ .skl{height:150px;border-radius:16px;background:linear-gradient(100deg,#12151d 30%,#171b26 50%,#12151d 70%);background-size:200% 100%;animation:sh 1.2s infinite}
+ @keyframes sh{to{background-position:-200% 0}}
+ /* run overlay — full-bleed immersive projection; chrome floats + auto-hides */
+ #ov{position:fixed;inset:0;z-index:20;background:#000;display:none}
+ #ov.on{display:block}
+ #ovframe{position:absolute;inset:0;border:0;width:100%;height:100%;background:#000;display:block;touch-action:manipulation}
+ #ovveil{position:absolute;inset:0;z-index:2;display:flex;flex-direction:column;align-items:center;justify-content:center;gap:14px;background:#05070c;transition:opacity .3s}
+ #ovveil.gone{opacity:0;pointer-events:none}
+ .spin{width:34px;height:34px;border-radius:50%;border:3px solid #1e2430;border-top-color:var(--acc);animation:rot .8s linear infinite}
+ @keyframes rot{to{transform:rotate(1turn)}}
+ #ovmsg{color:var(--dim);font-size:13.5px;max-width:520px;text-align:center;padding:0 20px}
+ #ovbar{position:absolute;top:0;left:0;right:0;z-index:3;display:flex;gap:10px;align-items:center;padding:11px 16px;
+   font-size:13px;color:#eef1f6;background:linear-gradient(180deg,rgba(6,8,12,.9) 0%,rgba(6,8,12,.5) 60%,rgba(6,8,12,0) 100%);
+   opacity:0;transform:translateY(-6px);transition:opacity .22s ease,transform .22s ease;pointer-events:none;user-select:none}
+ #ov.chrome #ovbar{opacity:1;transform:none;pointer-events:auto}
+ #ovbar .t{font-weight:700}#ovbar .s{color:#9aa4b6;flex:1;overflow:hidden;text-overflow:ellipsis;white-space:nowrap}
+ #ovbar .s .ok{color:var(--ok)}#ovbar .s .err{color:#ff8f8f}
+ #ovbar button{background:rgba(22,28,42,.72);border:1px solid rgba(255,255,255,.16);color:#eef1f6;border-radius:10px;padding:8px 13px;cursor:pointer;font-size:13px;font-weight:600;backdrop-filter:blur(8px);transition:.12s;white-space:nowrap}
+ #ovbar button:hover{border-color:#5b8cff;background:rgba(34,44,68,.85)}
+ #ovmode{display:inline-flex;border:1px solid rgba(255,255,255,.16);border-radius:10px;overflow:hidden;background:rgba(22,28,42,.72);backdrop-filter:blur(8px)}
+ #ovmode[hidden]{display:none}
+ #ovmode button{border:0;border-radius:0;padding:8px 11px;background:transparent}
+ #ovmode button.on{background:rgba(91,140,255,.35)}
+</style>
+</head>
+<body>
+<header>
+ <div class="hd">
+  <div class="logo">⬡ Hologram <b>Apps</b></div>
+  <div class="sb"><svg width="15" height="15" viewBox="0 0 24 24" fill="none" stroke="#98a2b3" stroke-width="2.4"><circle cx="11" cy="11" r="7"/><path d="M21 21l-4.3-4.3"/></svg>
+   <input id="q" placeholder="Search apps on GitHub, or paste a repo link" autocomplete="off"></div>
+ </div>
+ <nav class="nav" id="chips"></nav>
+</header>
+<div class="wrap" id="main"></div>
+
+<div id="ov">
+ <iframe id="ovframe" allow="autoplay; fullscreen; gamepad; accelerometer; gyroscope; magnetometer; xr-spatial-tracking" sandbox="allow-scripts allow-same-origin allow-pointer-lock allow-orientation-lock allow-forms allow-modals allow-popups"></iframe>
+ <div id="ovveil"><div class="spin"></div><div id="ovs" style="font-weight:650">Opening…</div><div id="ovmsg"></div></div>
+ <div id="ovbar">
+  <img id="ovic" width="22" height="22" style="border-radius:6px" alt="">
+  <span class="t" id="ovt"></span><span class="s" id="ovstat"></span>
+  <span id="ovmode" hidden><button data-m="fit" class="on">Fit</button><button data-m="fill">Fill</button><button data-m="actual">1:1</button></span>
+  <button id="fs">⛶ Fullscreen</button><button id="x">✕ Close</button>
+ </div>
+</div>
+
+<script type="module">
+import { animate, probeLadder, _opfsTamper, _opfsWipe, registryIndex } from "./animate-client.mjs";
+window.__opfsTamper = _opfsTamper; window.__opfsWipe = _opfsWipe; window.__registryIndex = registryIndex;
+
+// ── service worker: the app server. Wait for control (claim → controllerchange on first load). ────────────
+async function swReady() {
+  await navigator.serviceWorker.register("./sw.js", { type: "module" });
+  await navigator.serviceWorker.ready;
+  if (!navigator.serviceWorker.controller) await new Promise((res) => navigator.serviceWorker.addEventListener("controllerchange", res, { once: true }));
+}
+const ready = swReady().then(() => { window.__swReady = true; }).catch((e) => { document.getElementById("main").innerHTML = '<div class="empty">Service worker failed: ' + e.message + "</div>"; throw e; });
+
+// ── catalog: STATIC file shipped beside the page — browsing costs ZERO GitHub API calls. ──────────────────
+let CATALOG = { featured: [], categories: [], apps: {} };
+const catalogReady = fetch("catalog.json").then((r) => r.ok ? r.json() : CATALOG).then((c) => { CATALOG = c; }).catch(() => {});
+
+// language → how-it-runs pill (same heuristic as the daemon store: client langs run instantly in the tab;
+// anything else needs its own machine — labeled honestly, wired in a later milestone)
+const CLIENT_LANGS = new Set(["JavaScript", "TypeScript", "HTML", "CSS", "Vue", "Svelte", "Astro", "CoffeeScript"]);
+const runPill = (a) => a.registry || CLIENT_LANGS.has(a.language) ? '<span class="run fast">⚡ Instant</span>' : '<span class="run vm">🖥️ Needs a machine</span>';
+const fmtK = (n) => n >= 1000 ? (n / 1000).toFixed(n >= 10000 ? 0 : 1) + "k" : String(n || 0);
+const esc = (s) => String(s || "").replace(/[&<>"]/g, (c) => ({ "&": "&amp;", "<": "&lt;", ">": "&gt;", '"': "&quot;" }[c]));
+const avatar = (a) => a.avatar || ("https://github.com/" + (a.owner || a.full_name.split("/")[0]) + ".png?size=76");
+
+function card(a) {
+  const el = document.createElement("div"); el.className = "card";
+  el.innerHTML = '<div class="top"><img class="ic" loading="lazy" src="' + avatar(a) + '" onerror="this.style.visibility=\'hidden\'">'
+    + '<div><div class="nm">' + esc(a.name || a.full_name.split("/")[1]) + '</div><div class="own">' + esc(a.owner || a.full_name.split("/")[0]) + "</div></div>" + runPill(a) + "</div>"
+    + '<p class="desc">' + esc(a.description || "") + "</p>"
+    + '<div class="foot"><span class="lang"><span class="dot"></span>' + esc(a.language || "app") + "</span>"
+    + (a.stars ? '<span class="st">★ ' + fmtK(a.stars) + "</span>" : "")
+    + (a.verifiedPlayable ? '<span class="play">✓ Plays</span>' : "") + "</div>";
+  el.onclick = () => openApp(a.full_name, a);
+  return el;
+}
+function section(title, blurb, apps, catId) {
+  const frag = document.createDocumentFragment();
+  const h = document.createElement("div"); h.className = "row-h";
+  h.innerHTML = '<div class="sect">' + title + "</div>" + (catId ? '<span class="seeall" data-cat="' + catId + '">See all →</span>' : "");
+  frag.appendChild(h);
+  if (blurb) { const b = document.createElement("p"); b.className = "rowblurb"; b.textContent = blurb; frag.appendChild(b); }
+  const g = document.createElement("div"); g.className = "grid";
+  for (const a of apps) g.appendChild(card(a));
+  frag.appendChild(g);
+  return frag;
+}
+function renderBrowse(catId) {
+  const main = document.getElementById("main"); main.innerHTML = "";
+  document.querySelectorAll(".chip").forEach((c) => c.classList.toggle("on", c.dataset.cat === (catId || "featured")));
+  if (!catId || catId === "featured") {
+    const lead = document.createElement("div");
+    lead.innerHTML = '<div class="lead">Open any app on GitHub. No install, no account.</div>'
+      + '<p class="sub">Pick one — it streams into this tab as a verified κ, built once for the whole planet. Apps you\'ve opened work offline.</p>';
+    main.appendChild(lead);
+    main.appendChild(section("Featured", null, CATALOG.featured || []));
+    for (const c of CATALOG.categories || []) { const apps = (CATALOG.apps[c.id] || []).slice(0, 6); if (apps.length) main.appendChild(section(c.label, c.blurb, apps, c.id)); }
+  } else {
+    const c = (CATALOG.categories || []).find((x) => x.id === catId);
+    main.appendChild(section(c ? c.label : catId, c && c.blurb, CATALOG.apps[catId] || []));
+  }
+}
+function renderChips() {
+  const nav = document.getElementById("chips"); nav.innerHTML = "";
+  for (const c of [{ id: "featured", label: "Featured" }, ...(CATALOG.categories || [])]) {
+    const b = document.createElement("button"); b.className = "chip" + (c.id === "featured" ? " on" : ""); b.dataset.cat = c.id; b.textContent = c.label.replace(/^\S+\s/, (m) => m);
+    b.onclick = () => renderBrowse(c.id); nav.appendChild(b);
+  }
+}
+document.addEventListener("click", (e) => { const s = e.target.closest(".seeall"); if (s) renderBrowse(s.dataset.cat); });
+
+// ── search: live GitHub search (CORS-open) — rate limit surfaced honestly; a pasted repo link runs directly.
+let _t;
+document.getElementById("q").addEventListener("input", (e) => {
+  clearTimeout(_t); const q = e.target.value.trim();
+  if (!q) return renderBrowse("featured");
+  if (/github\.com\/[^/]+\/[^/]+/.test(q) || /^[\w.-]+\/[\w.-]+$/.test(q)) return;   // a repo ref — Enter runs it
+  _t = setTimeout(async () => {
+    const main = document.getElementById("main"); main.innerHTML = '<div class="grid">' + '<div class="skl"></div>'.repeat(6) + "</div>";
+    try {
+      const r = await fetch("https://api.github.com/search/repositories?per_page=24&sort=stars&order=desc&q=" + encodeURIComponent(q + " stars:>30"));
+      if (r.status === 403) { main.innerHTML = '<div class="empty"><b>GitHub search is catching its breath</b><br>Unauthenticated search allows 10 queries/minute — try again shortly, or paste a repo link directly.</div>'; return; }
+      const j = await r.json();
+      const apps = (j.items || []).map((x) => ({ full_name: x.full_name, name: x.name, owner: x.owner && x.owner.login, description: x.description, stars: x.stargazers_count, language: x.language, avatar: x.owner && x.owner.avatar_url }));
+      main.innerHTML = "";
+      main.appendChild(section('Results for "' + esc(q) + '"', null, apps));
+      if (!apps.length) main.innerHTML = '<div class="empty">Nothing found for <b>' + esc(q) + "</b></div>";
+    } catch { main.innerHTML = '<div class="empty">Search needs the network — browsing and apps you\'ve opened still work.</div>'; }
+  }, 350);
+});
+document.getElementById("q").addEventListener("keydown", (e) => {
+  if (e.key !== "Enter") return; const q = e.target.value.trim();
+  if (/github\.com\/[^/]+\/[^/]+/.test(q) || /^[\w.-]+\/[\w.-]+$/.test(q)) openApp(q);
+});
+
+// ── open an app: overlay + veil + animate() → the SW serves it from /run. Witness hook = window.__animate. ─
+const ov = document.getElementById("ov"), ovframe = document.getElementById("ovframe"), ovveil = document.getElementById("ovveil");
+const ovs = document.getElementById("ovs"), ovmsg = document.getElementById("ovmsg"), ovstat = document.getElementById("ovstat");
+let lastStatus = "";
+async function runApp(input, meta, opts) {
+  await ready;
+  ov.classList.add("on"); document.documentElement.style.overflow = "hidden";
+  ovveil.classList.remove("gone"); ovs.textContent = "Opening " + (meta && meta.name || input) + "…"; ovmsg.textContent = "";
+  document.getElementById("ovt").textContent = (meta && meta.name) || String(input).split("/").pop();
+  document.getElementById("ovic").src = meta ? avatar(meta) : "";
+  const t0 = performance.now();
+  const r = await animate(input, (m) => { lastStatus = m; ovmsg.textContent = m; }, opts);
+  ovframe.onload = () => { ovveil.classList.add("gone"); try { ovframe.contentWindow.focus(); } catch {} showChrome(4200); };
+  ovframe.src = new URL("run/" + r.id + "/", location.href).pathname;   // scope-relative (Pages subpath safe)
+  const how = r.meta.source === "live" ? "🔨 built from source" : "⚡ streamed (" + r.meta.source + ")";
+  ovstat.innerHTML = '<span class="ok">' + how + "</span> · verified ✓ · " + ((performance.now() - t0) / 1000).toFixed(1) + "s";
+  return r;
+}
+window.__animate = (input, opts) => runApp(input, null, opts).catch((e) => { ovs.textContent = "Couldn't open this one"; ovmsg.textContent = e.message; throw e; });
+window.__probe = async (slug, ref) => { await ready; return probeLadder(slug, ref); };
+function openApp(input, meta) { runApp(input, meta).catch((e) => { ovs.textContent = "Couldn't open this one"; ovmsg.textContent = e.message; }); }
+
+function closeOv() { try { if (document.fullscreenElement) document.exitFullscreen(); } catch {} ov.classList.remove("on", "chrome"); document.documentElement.style.overflow = ""; ovframe.removeAttribute("src"); }
+document.getElementById("x").onclick = closeOv;
+// floating chrome + fullscreen + Fit/Fill/1:1 (announced by the app's injected fit engine via postMessage)
+const ovmode = document.getElementById("ovmode"); let curMode = "fit", _chromeT;
+const sendMode = () => { try { ovframe.contentWindow.postMessage({ holoMode: curMode }, "*"); } catch {} };
+ovmode.querySelectorAll("button").forEach((btn) => { btn.onclick = (e) => { e.stopPropagation(); curMode = btn.dataset.m; ovmode.querySelectorAll("button").forEach((b) => b.classList.toggle("on", b === btn)); sendMode(); showChrome(); }; });
+addEventListener("message", (e) => { if (ovframe && e.source === ovframe.contentWindow && e.data && e.data.holoFit) { ovmode.hidden = !e.data.holoFit.canvasApp; if (!ovmode.hidden) sendMode(); } });
+function showChrome(ms) { ov.classList.add("chrome"); clearTimeout(_chromeT); _chromeT = setTimeout(() => ov.classList.remove("chrome"), ms || 2600); }
+ov.addEventListener("mousemove", () => showChrome()); ov.addEventListener("touchstart", () => showChrome(), { passive: true });
+const fsBtn = document.getElementById("fs");
+fsBtn.onclick = (e) => { e.stopPropagation(); try { document.fullscreenElement ? document.exitFullscreen() : ov.requestFullscreen(); } catch {} setTimeout(() => { try { ovframe.contentWindow.focus(); } catch {} }, 60); };
+document.addEventListener("fullscreenchange", () => { fsBtn.textContent = document.fullscreenElement ? "⤢ Exit full" : "⛶ Fullscreen"; showChrome(); });
+addEventListener("keydown", (e) => { if (!ov.classList.contains("on")) return; if (e.key === "Escape" && !document.fullscreenElement) closeOv(); else if ((e.key === "f" || e.key === "F") && document.activeElement !== document.getElementById("q")) fsBtn.onclick(e); });
+
+// boot
+Promise.all([catalogReady]).then(() => { renderChips(); renderBrowse("featured");
+  // deep-link: ?run=<owner/repo> auto-opens that app (the unified Holo Hub portal streams repos this way).
+  const run = new URLSearchParams(location.search).get("run");
+  if (run) openApp(run);
+});
+</script>
+</body>
+</html>

b/c23e5859d8ebacbe948e9084f45938ff25f459bb9da5b137c6525bc1271fba24

@@ -0,0 +1,39 @@
+// holo-l5.mjs — THE verify-by-re-derivation primitive (Law L5), in one place. "Does this byte blob re-derive to
+// this κ?" is the whole trust model of κ-Portal (source is irrelevant; the math admits). It was copied into the
+// closure completeness check (holo-dotholo.verifyClosure) AND the delivery Service Worker (portal-sw) — now both
+// call HERE. (The single-file portal inlines an equivalent check on purpose: that file must be dependency-free.)
+// Pure + isomorphic; blake3 (the σ-axis) is wired by default, inject others to admit more axes. ────────────────
+import { blake3hex } from "./holo-blake3.mjs";
+
+const enc = (s) => new TextEncoder().encode(s);
+const kappaOf = (v) => (typeof v === "string" ? v : v && v.kappa);
+// parse did:holo:<algo>:<hex>, or a bare 64-hex (assumed blake3 — the canonical σ-axis)
+const algoHexOf = (k) => { const s = String(k || ""); const m = /^did:holo:([a-z0-9]+):([0-9a-f]+)$/.exec(s); if (m) return { algo: m[1], hex: m[2] }; return /^[0-9a-f]{64}$/i.test(s) ? { algo: "blake3", hex: s.toLowerCase() } : null; };
+
+// reDerives(bytes, kappa, {digests}) → bool. The atomic L5 check: re-hash the bytes on the κ's axis and compare.
+// A κ whose axis has no digest → false (fail-closed; an unverifiable byte is never "trusted").
+export async function reDerives(bytes, kappa, { digests = { blake3: blake3hex } } = {}) {
+  const ah = algoHexOf(kappa); if (!ah) return false;
+  const d = digests[ah.algo]; if (!d || bytes == null) return false;
+  return (await d(typeof bytes === "string" ? enc(bytes) : bytes)) === ah.hex;
+}
+
+// verifyMembers(members, resolve, {digests}) → the closure COMPLETENESS gate (fail-closed): re-derive EVERY member
+// or refuse. members: path → κ (or {kappa}). resolve(path) → bytes|null (content-blind). Returns
+// { ok, files, verified, missing, tampered, unverifiable }. (Exposed as holo-dotholo.verifyClosure.)
+export async function verifyMembers(members, resolve, { digests = { blake3: blake3hex } } = {}) {
+  const missing = [], tampered = [], unverifiable = []; let verified = 0;
+  const paths = Object.keys(members);
+  for (const p of paths) {
+    const ah = algoHexOf(kappaOf(members[p]));
+    if (!ah || !digests[ah.algo]) { unverifiable.push(p); continue; }
+    let bytes; try { bytes = await resolve(p); } catch { bytes = null; }
+    if (bytes == null) { missing.push(p); continue; }
+    const hex = await digests[ah.algo](typeof bytes === "string" ? enc(bytes) : bytes);
+    if (hex !== ah.hex) { tampered.push(p); continue; }
+    verified++;
+  }
+  return { ok: missing.length === 0 && tampered.length === 0 && unverifiable.length === 0, files: paths.length, verified, missing, tampered, unverifiable };
+}
+
+export default { reDerives, verifyMembers };

b/c96aa7b602dd1542e195bc8d57aad812b68d99afda9d51a659d76d64a2421632

@@ -0,0 +1,69 @@
+// holo-forge-esbuild.mjs — the BROWSER binding that wires the R1 rung (HOLO-ANIMATE-GITHUB, P1). The
+// deterministic bundler (holo-forge-bundle.mjs) keeps esbuild INJECTED; in Node the witness injects the
+// native `esbuild`, and in a CEF holospace tab THIS module injects the vendored `esbuild-wasm`. Same API
+// surface, same κ-transform, no divergence.
+//
+// L5 ON THE TOOL ITSELF: the build re-derives only if the BUILDER is fixed too. So the vendored toolchain
+// is content-addressed (esbuild-wasm.pin.json), and this module REFUSES to initialize esbuild-wasm unless
+// its bytes hash to the pinned κ — a swapped/tampered compiler can never silently change a bundle κ. This
+// is the recipe side of "content-address BOTH the recipe and the result": κ(sources)⊕κ(esbuild)⊕κ(flags).
+//
+// PURE + injected: the script-load and the wasm-fetch are the shell's ingest boundary (passed in); the
+// verify + initialize core is isomorphic and witnessable. No Node-only imports at module top.
+
+import { sha256hex } from "./holo-uor.mjs";   // the sha256 axis the vendored pin is written in (bridge alias)
+
+// the pinned toolchain (mirrors vendor/esbuild-wasm/esbuild-wasm.pin.json — kept here so verify needs no fetch)
+export const ESBUILD_PIN = {
+  tool: "esbuild-wasm",
+  version: "0.21.5",
+  files: {
+    "browser.min.js": "did:holo:sha256:6525467654c98b3cc9edcda44dd2fd6859bb9e00cd771cce85a431c5d2057ef3",
+    "esbuild.wasm": "did:holo:sha256:711d62484385c29d64ddcdc4c0beb3fb7903635a41bafffeb652938ee8480587",
+  },
+  sizes: { "browser.min.js": 50593, "esbuild.wasm": 11655844 },
+};
+
+const kOf = (bytes) => "did:holo:sha256:" + sha256hex(bytes);
+
+// verifyToolchain(bytesByName, { sha256? }) → { ok, checked, mismatches } — assert each vendored file hashes
+// to its pinned κ. FAIL-CLOSED: any mismatch (or a missing file) → ok:false, and the loader must refuse.
+// `sha256` may be injected (WebCrypto in the browser); defaults to the pure sha256hex (Node + witness).
+export function verifyToolchain(bytesByName, { sha256 = null } = {}) {
+  const hash = typeof sha256 === "function" ? sha256 : (b) => "did:holo:sha256:" + sha256hex(b);
+  const checked = [], mismatches = [];
+  for (const [name, want] of Object.entries(ESBUILD_PIN.files)) {
+    const bytes = bytesByName && bytesByName[name];
+    if (bytes == null) { mismatches.push({ name, reason: "missing" }); continue; }
+    const got = hash(bytes);
+    checked.push(name);
+    if (got !== want) mismatches.push({ name, want, got });
+  }
+  return { ok: mismatches.length === 0 && checked.length === Object.keys(ESBUILD_PIN.files).length, checked, mismatches };
+}
+
+// loadBrowserEsbuild({ toolchainBytes, loadScript, initialize, sha256? }) → the esbuild API, or throws.
+//   toolchainBytes: { "browser.min.js": Uint8Array, "esbuild.wasm": Uint8Array } — fetched by the shell (ingest boundary)
+//   loadScript(jsBytes) → the esbuild-wasm module/global (the shell decides how: <script> inject or import)
+//   initialize(api, wasmBytes) → await api.initialize({ wasmModule|wasmURL }) — the shell owns the WASM handoff
+// The GATE: verifyToolchain must pass before we touch the compiler. Then it's the same `esbuild` object the
+// witness feeds makeBundler — R1 realizes identically in the tab and in Node.
+export async function loadBrowserEsbuild({ toolchainBytes, loadScript, initialize, sha256 = null } = {}) {
+  const v = verifyToolchain(toolchainBytes, { sha256 });
+  if (!v.ok) throw new Error("esbuild-wasm toolchain failed κ-verify (L5) — refusing to build: " + JSON.stringify(v.mismatches));
+  if (typeof loadScript !== "function") throw new Error("loadBrowserEsbuild needs an injected loadScript (the shell's script boundary)");
+  const api = await loadScript(toolchainBytes["browser.min.js"]);
+  if (!api || typeof api.build !== "function") throw new Error("esbuild-wasm did not expose a build() API");
+  if (typeof initialize === "function") await initialize(api, toolchainBytes["esbuild.wasm"]);
+  return api;
+}
+
+export function describeEsbuildBinding() {
+  return {
+    is: "the browser binding for R1 — injects the vendored, κ-pinned esbuild-wasm into holo-forge-bundle's deterministic κ-transform",
+    l5: "the compiler itself is content-addressed (esbuild-wasm.pin.json); a tampered/swapped esbuild is refused before any build — the recipe κ is honest",
+    parity: "same API as the native esbuild the witness uses → R1 bundles are byte-identical in the tab and in Node (Law L5)",
+  };
+}
+
+export default { ESBUILD_PIN, verifyToolchain, loadBrowserEsbuild, describeEsbuildBinding };

b/dbe3e6ed0f585a4cd05dc636cedfa61910a9c00ca548340eee366f5ab906a8b9

@@ -0,0 +1,289 @@
+// animate-client.mjs — the ANIMATOR, IN THE BROWSER (HOLO-ANIMATE-SERVERLESS, SL-P0/P1). Everything the
+// local Node daemon (holo-animate-serve.mjs) did per repo now happens in the page — and since SL-P1 the
+// per-request logic (MIME, fidelity rewriteIndex, entry resolution, buildSPA, κ-vendor graph, tree assembly)
+// is the ONE SHARED CORE at /lib/holo-animate-core.mjs, consumed VERBATIM by both hosts. This file only owns
+// what is genuinely browser-side: the CORS fetch ladder, the Cache-API κ-store, and the κ-pinned esbuild-wasm
+// loading (verified against ESBUILD_PIN before it may build — L5 on the compiler).
+//
+// FETCH LADDER (empirical, from a real page origin — SL-P0a, witnessed):
+//   codeload tarball        → BLOCKED (ACAO locked to render.githubusercontent.com, incl. via the
+//                             api.github.com/…/tarball redirect — the browser checks the FINAL response)
+//   data.jsdelivr.com list  → OPEN (ACAO *) — the file listing, no GitHub rate limit
+//   cdn.jsdelivr.net files  → OPEN (ACAO *) — per-file, CDN-cached planet-wide
+//   raw.githubusercontent   → OPEN (ACAO *) — per-file fallback
+//   api.github.com trees    → OPEN (ACAO *) — listing fallback (60/hr unauth — last resort)
+// NOTE (SL-P2): the κ-registry becomes the PRIMARY rung — anyone who animated repo@commit before you means
+// zero GitHub traffic at all. GitHub is only for first-animation of a novel repo.
+
+import { parseRepoRef } from "./lib/holo-import.mjs";
+import { detectProvider } from "./lib/holo-providers.mjs";
+import { blake3hex } from "./lib/holo-blake3.mjs";
+import { loadBrowserEsbuild } from "./lib/holo-forge-esbuild.mjs";
+import { sealHolo, openHolo, packHolo, unpackHolo } from "./lib/holo-dotholo.mjs";
+import { mimeOf, rewriteIndex, makeVendor, buildSPA as coreBuildSPA, assembleR0Tree, classicIndexPath, assembleClassicTree, assembleR1Tree, asText, packTree, unpackTree } from "./lib/holo-animate-core.mjs";
+
+const enc = (s) => new TextEncoder().encode(s);
+const dec = (b) => new TextDecoder().decode(b);
+export const RUN_CACHE = "holo-run-v1";
+// SUBPATH RELOCATION (SS-P3): everything keys off the page's directory (== the SW scope), NOT the origin
+// root — so the same bundle serves at "/" locally and at "/<repo>/" on a Pages origin, unchanged.
+const SCOPE_URL = new URL("./", location.href);            // e.g. https://x.github.io/animate/
+const SCOPE = SCOPE_URL.pathname;                          // e.g. /animate/
+const scoped = (p) => new URL(p, SCOPE_URL).href;          // "run/<id>/x" → absolute under the scope
+
+// ── SL-P0a: the empirical ladder probe — run each rung FROM THIS ORIGIN and report what the browser lets
+//    through. This is the witnessed answer to "can a page fetch GitHub without our server?" ───────────────
+export async function probeLadder(slug = "mdn/todo-react", ref = "main") {
+  const out = {};
+  const attempt = async (name, fn) => { try { const r = await fn(); out[name] = { ok: true, note: r }; } catch (e) { out[name] = { ok: false, note: String(e && e.message || e).slice(0, 120) }; } };
+  await attempt("codeload-tarball", async () => { const r = await fetch(`https://codeload.github.com/${slug}/tar.gz/${ref}`); return "HTTP " + r.status + " " + (await r.blob()).size + "B"; });
+  await attempt("api-tarball-redirect", async () => { const r = await fetch(`https://api.github.com/repos/${slug}/tarball/${ref}`); return "HTTP " + r.status + " " + (await r.blob()).size + "B"; });
+  await attempt("jsdelivr-list", async () => { const r = await fetch(`https://data.jsdelivr.com/v1/packages/gh/${slug}@${ref}`); if (!r.ok) throw new Error("HTTP " + r.status); const j = await r.json(); return (j.files || []).length + " top-level entries"; });
+  await attempt("jsdelivr-file", async () => { const r = await fetch(`https://cdn.jsdelivr.net/gh/${slug}@${ref}/package.json`); if (!r.ok) throw new Error("HTTP " + r.status); return (await r.text()).length + " chars"; });
+  await attempt("raw-file", async () => { const r = await fetch(`https://raw.githubusercontent.com/${slug}/${ref}/package.json`); if (!r.ok) throw new Error("HTTP " + r.status); return (await r.text()).length + " chars"; });
+  await attempt("api-trees", async () => { const r = await fetch(`https://api.github.com/repos/${slug}/git/trees/${ref}?recursive=1`); if (!r.ok) throw new Error("HTTP " + r.status); const j = await r.json(); return (j.tree || []).length + " entries"; });
+  await attempt("esm-sh", async () => { const r = await fetch("https://esm.sh/react?bundle"); if (!r.ok) throw new Error("HTTP " + r.status); return (await r.text()).length + " chars"; });
+  return out;
+}
+
+// ── repo fetch over the working rungs: jsdelivr list → parallel per-file (jsdelivr, raw fallback) ─────────
+const SKIP_RE = /(^|\/)(node_modules|\.git|\.github)\//;
+const TEXT_EXT = new Set(["js", "mjs", "cjs", "jsx", "ts", "tsx", "json", "html", "htm", "css", "md", "txt", "yml", "yaml", "toml", "xml", "svg", "lock", "cfg", "ini", "py", "rb", "go", "rs", "php", "java", "sh", "vue", "svelte", "astro", "env", "csv", "map", "webmanifest", "gitignore", "npmrc", "nvmrc", "editorconfig", "csproj", "sln", "gradle", "kts", "procfile"]);
+const looksText = (p, size) => { const base = p.split("/").pop(); const ext = base.includes(".") ? base.split(".").pop().toLowerCase() : ""; return ext ? TEXT_EXT.has(ext) : size <= 512 * 1024; };
+
+function flattenJsdelivr(entries, prefix = "") {
+  const out = [];
+  for (const e of entries || []) {
+    if (e.type === "file") out.push({ path: prefix + e.name, size: e.size || 0 });
+    else if (e.type === "directory") out.push(...flattenJsdelivr(e.files, prefix + e.name + "/"));
+  }
+  return out;
+}
+
+async function listRepo(slug, ref) {
+  // rung 1: jsdelivr's data API (no GitHub rate limit)
+  try {
+    const r = await fetch(`https://data.jsdelivr.com/v1/packages/gh/${slug}@${ref}`);
+    if (r.ok) { const j = await r.json(); const files = flattenJsdelivr(j.files); if (files.length) return { files, via: "jsdelivr" }; }
+  } catch {}
+  // rung 2: GitHub trees API (rate-limited — last resort)
+  const r = await fetch(`https://api.github.com/repos/${slug}/git/trees/${ref}?recursive=1`, { headers: { accept: "application/vnd.github+json" } });
+  if (!r.ok) throw new Error("could not list " + slug + "@" + ref + " (jsdelivr + api both failed, HTTP " + r.status + ")");
+  const j = await r.json();
+  return { files: (j.tree || []).filter((t) => t.type === "blob").map((t) => ({ path: t.path, size: t.size || 0 })), via: "api-trees" };
+}
+
+async function fetchFile(slug, ref, p) {
+  for (const url of [`https://cdn.jsdelivr.net/gh/${slug}@${ref}/${p}`, `https://raw.githubusercontent.com/${slug}/${ref}/${p}`]) {
+    try { const r = await fetch(url); if (r.ok) return new Uint8Array(await r.arrayBuffer()); } catch {}
+  }
+  throw new Error("fetch failed: " + p);
+}
+
+const MAX_FILES = 1200, MAX_FILE_BYTES = 12 * 1024 * 1024;
+export async function fetchRepo(slug, ref, onStatus = () => {}) {
+  let listing = null, used = ref;
+  for (const r of [ref, ref === "main" ? "master" : "main"]) {
+    try { listing = await listRepo(slug, r); used = r; break; } catch {}
+  }
+  if (!listing) throw new Error("could not fetch " + slug + " (tried " + ref + ")");
+  let entries = listing.files.filter((f) => !SKIP_RE.test(f.path));
+  const skippedBig = entries.filter((f) => f.size > MAX_FILE_BYTES).map((f) => f.path);
+  entries = entries.filter((f) => f.size <= MAX_FILE_BYTES);
+  if (entries.length > MAX_FILES) throw new Error("repo too large for the in-tab spike: " + entries.length + " files (cap " + MAX_FILES + ") — named honestly, not truncated");
+  onStatus("fetching " + entries.length + " files via " + listing.via + (skippedBig.length ? " (skipped " + skippedBig.length + " >12MB)" : ""));
+  const files = new Map();
+  let done = 0;
+  const queue = entries.slice();
+  const workers = Array.from({ length: 24 }, async () => {
+    for (;;) { const e = queue.shift(); if (!e) return;
+      files.set(e.path, await fetchFile(slug, used, e.path));
+      if (++done % 25 === 0) onStatus("fetched " + done + "/" + entries.length);
+    }
+  });
+  await Promise.all(workers);
+  return { files, commit: used, via: listing.via, skippedBig };
+}
+
+// ── provider detection over the fetched bytes: the canonical registry wants text values for the files it
+//    inspects — decode texty files, mark the rest {text:null} (keys still count for path detection). ──────
+export function detectFromBytes(files) {
+  const dmap = new Map();
+  for (const [p, bytes] of files) dmap.set(p, looksText(p, bytes.length) ? { text: dec(bytes) } : { text: null });
+  let pkg = null; try { pkg = JSON.parse(dec(files.get("package.json") || new Uint8Array())); } catch {}
+  return { det: detectProvider(dmap, pkg), pkg };
+}
+
+// ── the Cache-API κ-store the SW serves from: /run/<id>/<path> + /vendor/<κ> ──────────────────────────────
+async function storeTree(id, tree) {
+  const cache = await caches.open(RUN_CACHE);
+  for (const [p, v] of tree) {
+    const bytes = typeof v === "string" ? enc(v) : v;
+    const body = p === "index.html" ? enc(rewriteIndex(dec(bytes), id, SCOPE)) : bytes;   // prefix-neutral .holo → scoped doc at serve time
+    await cache.put(scoped("run/" + id + "/" + p), new Response(body, { headers: { "content-type": mimeOf(p) } }));
+  }
+}
+async function storeVendor(hex, text) {
+  const cache = await caches.open(RUN_CACHE);
+  await cache.put(scoped("vendor/" + hex), new Response(enc(text), { headers: { "content-type": "text/javascript" } }));
+}
+
+// ── R1: esbuild-wasm, κ-VERIFIED before it may build (holo-forge-esbuild's pin gate = L5 on the compiler) ──
+let _esbuild = null;
+export async function loadEsbuild(onStatus = () => {}) {
+  if (_esbuild) return _esbuild;
+  onStatus("fetching κ-pinned esbuild-wasm toolchain");
+  const [js, wasm] = await Promise.all([
+    fetch("/vendor-toolchain/browser.min.js").then((r) => { if (!r.ok) throw new Error("toolchain js HTTP " + r.status); return r.arrayBuffer(); }),
+    fetch("/vendor-toolchain/esbuild.wasm").then((r) => { if (!r.ok) throw new Error("toolchain wasm HTTP " + r.status); return r.arrayBuffer(); }),
+  ]);
+  onStatus("verifying toolchain against ESBUILD_PIN (L5)");
+  _esbuild = await loadBrowserEsbuild({
+    toolchainBytes: { "browser.min.js": new Uint8Array(js), "esbuild.wasm": new Uint8Array(wasm) },
+    loadScript: (jsBytes) => new Promise((res, rej) => {
+      const url = URL.createObjectURL(new Blob([jsBytes], { type: "text/javascript" }));
+      const s = document.createElement("script"); s.src = url;
+      s.onload = () => res(globalThis.esbuild); s.onerror = () => rej(new Error("esbuild-wasm script failed to load"));
+      document.head.appendChild(s);
+    }),
+    initialize: async (api, wasmBytes) => { await api.initialize({ wasmModule: await WebAssembly.compile(wasmBytes.buffer ? wasmBytes : new Uint8Array(wasmBytes)) }); },
+  });
+  return _esbuild;
+}
+
+// ── κ-vendoring: the graph walk + rewrite are the CORE's (makeVendor); this host injects Cache-API
+//    boundaries (the daemon injects disk). Same κs out on both hosts. ─────────────────────────────────────
+const vendorIndexKey = "holo-vendor-index-v1";
+const vendorIndex = (() => { try { return JSON.parse(localStorage.getItem(vendorIndexKey) || "{}"); } catch { return {}; } })();
+const vendorKappa = makeVendor({
+  fetchText: async (url) => { const r = await fetch(url); if (!r.ok) throw new Error("vendor fetch HTTP " + r.status + " " + url); return r.text(); },
+  store: storeVendor,
+  exists: async (hex) => !!(await (await caches.open(RUN_CACHE)).match(scoped("vendor/" + hex))),
+  hash: blake3hex,
+  index: { get: async (u) => vendorIndex[u], set: async (u, hex) => { vendorIndex[u] = hex; try { localStorage.setItem(vendorIndexKey, JSON.stringify(vendorIndex)); } catch {} } },
+});
+
+// ── the OPFS warm tier (SS-P0): a sealed .holo per slug@ref — the browser's κ-cache. Warm reopen = open the
+//    .holo from OPFS, VERIFY (L5), unpack, serve — zero network. Same key discipline as the daemon's disk cache.
+const holoKey = (slug, ref) => (slug + "@" + ref).replace(/[^\w.@-]/g, "_");
+async function opfsDir() { const root = await navigator.storage.getDirectory(); return root.getDirectoryHandle("holo-store", { create: true }); }
+async function opfsLoad(key) { try { const dir = await opfsDir(); const fh = await dir.getFileHandle(key + ".holo"); return await (await fh.getFile()).text(); } catch { return null; } }
+async function opfsSave(key, packed) { try { const dir = await opfsDir(); const fh = await dir.getFileHandle(key + ".holo", { create: true }); const w = await fh.createWritable(); await w.write(packed); await w.close(); } catch {} }
+async function opfsDelete(key) { try { const dir = await opfsDir(); await dir.removeEntry(key + ".holo"); } catch {} }
+
+// unpack + VERIFY a packed tree .holo (L5 before render — manifest→κ, bytes→resultκ, else refused)
+function openSealedTree(packed) {
+  let u; try { u = unpackHolo(packed); } catch (e) { return { ok: false, error: "unreadable .holo: " + e.message }; }
+  const o = openHolo({ kappa: u.kappa, manifest: u.manifest, result: u.result });
+  if (!o.ok) return { ok: false, error: o.error, kappa: u.kappa };
+  if (u.manifest["holo:contentType"] !== "application/holo-tree") return { ok: false, error: "not a tree .holo (" + u.manifest["holo:contentType"] + ")", kappa: u.kappa };
+  let tree; try { tree = unpackTree(o.html); } catch (e) { return { ok: false, error: "tree unpack failed: " + e.message, kappa: u.kappa }; }
+  return { ok: true, kappa: u.kappa, manifest: u.manifest, tree };
+}
+
+// ── the static κ-REGISTRY rung (SS-P1): pre-sealed .holos shipped as files beside this page — built once
+//    per planet, streamed + verified. Relative fetches so the origin can live under a subpath. ────────────
+let _registryIndex;
+export async function registryIndex() {
+  if (_registryIndex !== undefined) return _registryIndex;
+  try { const r = await fetch("registry/index.json", { cache: "no-cache" }); _registryIndex = r.ok ? await r.json() : null; } catch { _registryIndex = null; }
+  return _registryIndex;
+}
+async function registryLoad(slugRef, onStatus) {
+  const idx = await registryIndex();
+  const e = idx && idx.apps && idx.apps[slugRef];
+  if (!e) return null;
+  try {
+    onStatus("streaming from the κ-registry (built once per planet)");
+    const r = await fetch("registry/" + e.file); if (!r.ok) return null;
+    const packed = await r.text();
+    // seed the app's κ-vendored runtime modules (importmap points at <scope>vendor/<κ>) — verify before caching
+    for (const hex of e.vendors || []) {
+      const cache = await caches.open(RUN_CACHE);
+      if (await cache.match(scoped("vendor/" + hex))) continue;
+      const vr = await fetch("registry/vendor/" + hex + ".js"); if (!vr.ok) continue;
+      const bytes = new Uint8Array(await vr.arrayBuffer());
+      if (blake3hex(bytes) !== hex) { onStatus("registry vendor κ mismatch — refused " + hex.slice(0, 8)); continue; }   // L5
+      await cache.put(scoped("vendor/" + hex), new Response(bytes, { headers: { "content-type": "text/javascript" } }));
+    }
+    return { packed, expectKappa: e.kappa };
+  } catch { return null; }
+}
+
+// ── animate — the SAME rungs as the daemon (R0 tree · classic→R0 · R1 esbuild), all in-tab, all via core.
+//    Open ladder: OPFS .holo → static κ-registry → live animate (GitHub only for a NOVEL repo). ───────────
+let seq = 0;
+async function realize(id, tree, rung, meta) { await storeTree(id, tree); return { rung, id, meta: { ...meta, treeFiles: tree.size, paths: [...tree.keys()] } }; }
+
+export async function animate(input, onStatus = () => {}, { noCache = false } = {}) {
+  const ref = parseRepoRef(input); if (!ref) throw new Error("not a GitHub URL: " + input);
+  const slug = ref.owner + "/" + ref.repo, gitref = ref.ref || "main", key = holoKey(slug, gitref);
+  const id = "r" + (++seq) + Date.now().toString(36);
+
+  // 1) OPFS warm tier — verify before render; tampered → discard (self-heal online, REFUSE offline).
+  //    noCache skips the read rungs (fresh animate — the seal still writes, so the next open is warm).
+  const cached = noCache ? null : await opfsLoad(key);
+  if (cached) {
+    const o = openSealedTree(cached);
+    if (o.ok) { onStatus("⚡ streamed from OPFS (0 net), verified κ:" + o.kappa.slice(-8)); return realize(id, o.tree, o.manifest["holo:tier"], { repo: slug, provider: o.manifest["holo:provider"], tier: o.manifest["holo:tier"], fetchMs: 0, buildMs: 0, cached: true, source: "opfs", kappa: o.kappa }); }
+    await opfsDelete(key);
+    if (!navigator.onLine) throw new Error("cached .holo failed verification (" + o.error + ") — offline, refusing to render (L5)");
+    onStatus("cached .holo failed verify (" + o.error + ") — discarded, re-animating live");
+  }
+
+  // 2) the static κ-registry — someone (the build) animated this for the planet already
+  const reg = noCache ? null : await registryLoad(slug + "@" + gitref, onStatus);
+  if (reg) {
+    const o = openSealedTree(reg.packed);
+    if (o.ok && (!reg.expectKappa || reg.expectKappa === o.kappa)) {
+      await opfsSave(key, reg.packed);   // next open = OPFS, offline-capable
+      return realize(id, o.tree, o.manifest["holo:tier"], { repo: slug, provider: o.manifest["holo:provider"], tier: o.manifest["holo:tier"], fetchMs: 0, buildMs: 0, cached: true, source: "registry", kappa: o.kappa });
+    }
+    onStatus("registry .holo REFUSED (" + (o.ok ? "κ != index (" + reg.expectKappa + ")" : o.error) + ") — falling to live animate");   // L5: never render refused bytes
+  }
+
+  // 3) live animate (first animation of a novel repo)
+  const t0 = performance.now();
+  onStatus("fetching " + slug);
+  const { files, commit, via } = await fetchRepo(slug, gitref, onStatus);
+  const fetchMs = Math.round(performance.now() - t0);
+  const { det } = detectFromBytes(files);
+  onStatus("provider: " + det.provider + " → " + det.tier);
+  const base = { repo: slug, commit, via, provider: det.provider, tier: det.tier, fetchMs, files: files.size, source: "live" };
+  const sealSave = async (tree, provider, tier) => {   // seal + OPFS = build once, reopen offline
+    const sealed = sealHolo({ repo: "https://github.com/" + slug, commit, provider, tier, result: packTree(tree), name: ref.repo, contentType: "application/holo-tree" });
+    await opfsSave(key, packHolo(sealed));
+    return sealed.kappa;
+  };
+
+  if (det.tier === "R0") {
+    const tree = assembleR0Tree(files, det.recipe.entry || "index.html");
+    const kappa = await sealSave(tree, det.provider, "R0");
+    return realize(id, tree, "R0", { ...base, buildMs: 0, kappa });
+  }
+
+  if (det.tier === "R1" && det.provider === "node-spa") {
+    const idxPath = classicIndexPath(files);   // FAITHFUL-AS-IS: classic global-script index → tree, not bundle
+    if (idxPath) {
+      const tree = assembleClassicTree(files, idxPath);
+      const kappa = await sealSave(tree, "static", "R0");
+      return realize(id, tree, "R0", { ...base, provider: "static", tier: "R0", buildMs: 0, kappa });
+    }
+    const b0 = performance.now();
+    const esbuild = await loadEsbuild(onStatus);
+    const built = await coreBuildSPA(files, { esbuild, vendorKappa, onStatus });
+    const tree = assembleR1Tree(files, built);
+    const kappa = await sealSave(tree, det.provider, "R1");
+    return realize(id, tree, "R1", { ...base, buildMs: Math.round(performance.now() - b0), deps: built.deps, entry: built.entry, vendor: built.vendor, kappa });
+  }
+
+  if (det.tier === "R3") throw new Error("R3 (" + det.provider + ") — a server app: in-tab VM (SL-P4) or a Hologram host (SL-P5); named honestly, not faked");
+  throw new Error("could not classify a runnable app (" + det.provider + ") — " + (det.recipe.reason || "no app entry"));
+}
+
+// witness/debug hooks: OPFS tamper + wipe (drive the L5 refusal path deterministically)
+export async function _opfsTamper(slug, ref = "main") { const key = holoKey(slug, ref); const packed = await opfsLoad(key); if (!packed) return false; const j = JSON.parse(packed); j.result_b64 = b64tamper(j.result_b64); await opfsSave(key, JSON.stringify(j)); return true; }
+const b64tamper = (b64) => (b64.slice(0, 10) + (b64[10] === "A" ? "B" : "A") + b64.slice(11));
+export async function _opfsWipe() { try { const root = await navigator.storage.getDirectory(); await root.removeEntry("holo-store", { recursive: true }); } catch {} }
+
+export { mimeOf, rewriteIndex, asText };   // re-exported for the page/witness (single source: the core)

b/e08b35ffc16f9f2b45d93d51033a4a061db1c1d59edf76ecffc192c15fb2743b

@@ -0,0 +1,93 @@
+// sw.js — the service worker that IS the app server (HOLO-ANIMATE-SERVERLESS, SL-P0). It serves what the
+// in-page animator stored in the Cache-API κ-store:
+//   /run/<id>/<path>  → the animated app's file tree (exact asset or HONEST 404 — never page-HTML for an
+//                       asset; the L2/L3 serving laws of holo-animate-conformance, host-invariant)
+//   /vendor/<κ>       → a κ-vendored runtime module, BLAKE3-VERIFIED against its own name BEFORE serving
+//                       (L5: tampered bytes → 409, refused — trustless because verification, not trust)
+// Everything else falls through to the network (the static origin).
+//
+// Module SW: imports the CANONICAL blake3 (served unmodified from /lib/) — the same bytes the OS uses.
+
+import { blake3hex } from "./lib/holo-blake3.mjs";
+
+const RUN_CACHE = "holo-run-v1";
+// SUBPATH RELOCATION (SS-P3): routes key off the REGISTRATION SCOPE, not the origin root — the same SW
+// serves at "/" locally and at "/<repo>/" on a Pages origin. Cache keys are scope-absolute URLs (the
+// client stores them the same way), so scope and keys always agree.
+const SCOPE = new URL(self.registration.scope).pathname;   // e.g. "/" or "/animate/"
+
+self.addEventListener("install", () => self.skipWaiting());
+self.addEventListener("activate", (e) => e.waitUntil(self.clients.claim()));
+
+// vm-fetch RPC correlation: reqId → resolve (answers arrive as messages from the page owning the machine)
+const vmPending = new Map();
+self.addEventListener("message", (e) => {
+  const r = e.data && e.data.vmFetchResult;
+  if (!r) return;
+  const resolve = vmPending.get(r.reqId);
+  if (resolve) { vmPending.delete(r.reqId); resolve(r); }
+});
+
+const honest404 = (p) => new Response("not found: " + p, { status: 404, headers: { "content-type": "text/plain" } });
+
+self.addEventListener("fetch", (e) => {
+  const url = new URL(e.request.url);
+  if (url.origin !== location.origin) return;   // cross-origin (jsdelivr/raw/esm.sh build-time ingest) → network
+
+  if (url.pathname.startsWith(SCOPE + "run/")) {
+    e.respondWith((async () => {
+      const cache = await caches.open(RUN_CACHE);
+      let p = url.pathname;
+      if (p.endsWith("/")) p += "index.html";
+      let hit = await cache.match(url.origin + p);
+      if (!hit) { try { hit = await cache.match(url.origin + decodeURIComponent(p)); } catch {} }
+      // a bare <scope>run/<id> (no trailing slash) opens the app's index
+      if (!hit && new RegExp("^" + SCOPE.replace(/[.*+?^${}()|[\]\\]/g, "\\$&") + "run/[^/]+$").test(p)) hit = await cache.match(url.origin + p + "/index.html");
+      return hit || honest404(p);   // L3: a missing asset 404s honestly — NEVER echoes HTML
+    })());
+    return;
+  }
+
+  // ── VT-P2: <scope>vm/<vmid>/<path> — the in-tab MACHINE as a URL. The SW does not own the emulator (it
+  //    lives in a page), so this is an RPC: broadcast {vmFetch} to window clients; the page owning that
+  //    vmid answers with the guest's real HTTP response (status/headers/body bytes, binary-faithful).
+  //    No owner / guest down → honest 404/502, never a phantom page (the L2/L3 laws hold for machines too).
+  if (url.pathname.startsWith(SCOPE + "vm/")) {
+    e.respondWith((async () => {
+      const rest = url.pathname.slice((SCOPE + "vm/").length);
+      const slash = rest.indexOf("/");
+      const vmid = slash < 0 ? rest : rest.slice(0, slash);
+      const path = (slash < 0 ? "/" : rest.slice(slash)) + (url.search || "");
+      if (!vmid) return honest404(url.pathname);
+      const reqId = Math.random().toString(36).slice(2);
+      const clientsList = await self.clients.matchAll({ type: "window", includeUncontrolled: true });
+      if (!clientsList.length) return new Response("no page owns machine '" + vmid + "'", { status: 404, headers: { "content-type": "text/plain" } });
+      const answer = new Promise((resolve) => {
+        vmPending.set(reqId, resolve);
+        setTimeout(() => { if (vmPending.delete(reqId)) resolve(null); }, 15000);
+      });
+      for (const c of clientsList) c.postMessage({ vmFetch: { reqId, vmid, path } });
+      const r = await answer;
+      if (!r) return new Response("machine '" + vmid + "' did not answer (no owning page, or guest hung)", { status: 502, headers: { "content-type": "text/plain" } });
+      if (!r.ok) return new Response("machine error: " + r.error, { status: 502, headers: { "content-type": "text/plain" } });
+      const headers = { "content-type": (r.headers && r.headers["content-type"]) || "application/octet-stream" };
+      if (r.headers && r.headers["content-length"]) headers["content-length"] = r.headers["content-length"];
+      return new Response(r.body, { status: r.status, statusText: r.statusText || "", headers });
+    })());
+    return;
+  }
+
+  if (url.pathname.startsWith(SCOPE + "vendor/")) {
+    e.respondWith((async () => {
+      const hex = url.pathname.slice((SCOPE + "vendor/").length).split("?")[0];
+      if (!/^[0-9a-f]{64}$/.test(hex)) return honest404(url.pathname);
+      const cache = await caches.open(RUN_CACHE);
+      const hit = await cache.match(url.origin + SCOPE + "vendor/" + hex);
+      if (!hit) return honest404(url.pathname);
+      const bytes = new Uint8Array(await hit.arrayBuffer());
+      if (blake3hex(bytes) !== hex) return new Response("vendor κ mismatch (tamper) — refused", { status: 409, headers: { "content-type": "text/plain" } });   // L5
+      return new Response(bytes, { headers: { "content-type": "text/javascript", "cache-control": "immutable, max-age=31536000" } });
+    })());
+    return;
+  }
+});

b/e1881b19fc538fcfbf3294d25e81dc61006e50aa62ce04953f92076473054dd0

@@ -0,0 +1,84 @@
+// holo-uor.mjs — THE one canonical content-addressing primitive for Hologram OS, a downstream
+// of UOR-ADDR (uor-foundation/uor-addr): a κ-label is `<axis>:<hex>` = H(canonical_form). The
+// engine's Law L2 ("canonical forms only — canonicalize at the ingest boundary, hold κ") is
+// made literal here: canonicalization + the σ-axis hashes + the multibase/SRI digests live in
+// ONE module, never re-derived per file. Every product path — the holospace descriptor, the
+// UOR object envelope, the witnesses — imports these. ISOMORPHIC (Node · browser · service
+// worker): the SHA-256 is a pure-JS synchronous implementation (no node:crypto, no Buffer), so
+// the same module loads and re-derives κ identically wherever it runs — the substrate gateway
+// Service Worker IS this primitive, byte-for-byte equal to node:crypto's sha256 (witnessed by
+// every κ re-derivation in the gate, and self-tested against node:crypto on the block boundaries).
+//
+// Equivalence to the engine's σ-axis is witnessed against its cc1 hash-KATs; that is what makes
+// us a CANONICAL downstream, not a lookalike. Authorities: UOR-ADDR (κ-label = H(canonical_form));
+// IETF RFC 8785 (JCS); multiformats (multihash); W3C Subresource Integrity / VC Data Integrity
+// (digestSRI/Multibase); FIPS 180-4 (SHA-256).
+
+// ── FIPS 180-4 SHA-256 — pure-JS, synchronous, isomorphic (bytes in → 32-byte digest out) ───────
+const SHA_K = new Uint32Array([0x428a2f98,0x71374491,0xb5c0fbcf,0xe9b5dba5,0x3956c25b,0x59f111f1,0x923f82a4,0xab1c5ed5,0xd807aa98,0x12835b01,0x243185be,0x550c7dc3,0x72be5d74,0x80deb1fe,0x9bdc06a7,0xc19bf174,0xe49b69c1,0xefbe4786,0x0fc19dc6,0x240ca1cc,0x2de92c6f,0x4a7484aa,0x5cb0a9dc,0x76f988da,0x983e5152,0xa831c66d,0xb00327c8,0xbf597fc7,0xc6e00bf3,0xd5a79147,0x06ca6351,0x14292967,0x27b70a85,0x2e1b2138,0x4d2c6dfc,0x53380d13,0x650a7354,0x766a0abb,0x81c2c92e,0x92722c85,0xa2bfe8a1,0xa81a664b,0xc24b8b70,0xc76c51a3,0xd192e819,0xd6990624,0xf40e3585,0x106aa070,0x19a4c116,0x1e376c08,0x2748774c,0x34b0bcb5,0x391c0cb3,0x4ed8aa4a,0x5b9cca4f,0x682e6ff3,0x748f82ee,0x78a5636f,0x84c87814,0x8cc70208,0x90befffa,0xa4506ceb,0xbef9a3f7,0xc67178f2]);
+const _rotr = (x, n) => (x >>> n) | (x << (32 - n));
+function sha256u8(msg) {
+  const h = new Uint32Array([0x6a09e667,0xbb67ae85,0x3c6ef372,0xa54ff53a,0x510e527f,0x9b05688c,0x1f83d9ab,0x5be0cd19]);
+  const len = msg.length, bitLen = len * 8, withOne = len + 1, k = (56 - (withOne % 64) + 64) % 64, total = withOne + k + 8;
+  const m = new Uint8Array(total); m.set(msg); m[len] = 0x80;
+  const hi = Math.floor(bitLen / 0x100000000), lo = bitLen >>> 0;
+  m[total-8]=(hi>>>24)&255; m[total-7]=(hi>>>16)&255; m[total-6]=(hi>>>8)&255; m[total-5]=hi&255;
+  m[total-4]=(lo>>>24)&255; m[total-3]=(lo>>>16)&255; m[total-2]=(lo>>>8)&255; m[total-1]=lo&255;
+  const w = new Uint32Array(64);
+  for (let off = 0; off < total; off += 64) {
+    for (let i = 0; i < 16; i++) w[i] = (m[off+i*4]<<24)|(m[off+i*4+1]<<16)|(m[off+i*4+2]<<8)|(m[off+i*4+3]);
+    for (let i = 16; i < 64; i++) { const s0=_rotr(w[i-15],7)^_rotr(w[i-15],18)^(w[i-15]>>>3); const s1=_rotr(w[i-2],17)^_rotr(w[i-2],19)^(w[i-2]>>>10); w[i]=(w[i-16]+s0+w[i-7]+s1)|0; }
+    let a=h[0],b=h[1],c=h[2],d=h[3],e=h[4],f=h[5],g=h[6],hh=h[7];
+    for (let i = 0; i < 64; i++) { const S1=_rotr(e,6)^_rotr(e,11)^_rotr(e,25); const ch=(e&f)^((~e)&g); const t1=(hh+S1+ch+SHA_K[i]+w[i])|0; const S0=_rotr(a,2)^_rotr(a,13)^_rotr(a,22); const maj=(a&b)^(a&c)^(b&c); const t2=(S0+maj)|0; hh=g;g=f;f=e;e=(d+t1)|0;d=c;c=b;b=a;a=(t1+t2)|0; }
+    h[0]=(h[0]+a)|0;h[1]=(h[1]+b)|0;h[2]=(h[2]+c)|0;h[3]=(h[3]+d)|0;h[4]=(h[4]+e)|0;h[5]=(h[5]+f)|0;h[6]=(h[6]+g)|0;h[7]=(h[7]+hh)|0;
+  }
+  const out = new Uint8Array(32);
+  for (let i = 0; i < 8; i++) { out[i*4]=(h[i]>>>24)&255; out[i*4+1]=(h[i]>>>16)&255; out[i*4+2]=(h[i]>>>8)&255; out[i*4+3]=h[i]&255; }
+  return out;
+}
+
+// ── isomorphic byte helpers (no Buffer) ─────────────────────────────────────────────────────────
+const _B64 = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789";
+const _enc = new TextEncoder();
+const utf8Bytes = (s) => _enc.encode(s);
+const toHex = (u8) => { let s = ""; for (let i = 0; i < u8.length; i++) s += u8[i].toString(16).padStart(2, "0"); return s; };
+const hexToBytes = (hex) => { const u = new Uint8Array(hex.length / 2); for (let i = 0; i < u.length; i++) u[i] = parseInt(hex.substr(i * 2, 2), 16); return u; };
+const concatBytes = (...arrs) => { let n = 0; for (const a of arrs) n += a.length; const o = new Uint8Array(n); let p = 0; for (const a of arrs) { o.set(a, p); p += a.length; } return o; };
+// base64 (urlsafe=false → standard, padded; urlsafe=true → base64url, unpadded) — matches Node's
+// Buffer.toString("base64") and .toString("base64url") byte-for-byte.
+function toBase64(u8, urlsafe) {
+  const alpha = _B64 + (urlsafe ? "-_" : "+/");
+  let out = "";
+  for (let i = 0; i < u8.length; i += 3) {
+    const b0 = u8[i], b1 = u8[i + 1], b2 = u8[i + 2], has1 = i + 1 < u8.length, has2 = i + 2 < u8.length;
+    out += alpha[b0 >> 2];
+    out += alpha[((b0 & 3) << 4) | ((has1 ? b1 : 0) >> 4)];
+    out += has1 ? alpha[((b1 & 15) << 2) | ((has2 ? b2 : 0) >> 6)] : (urlsafe ? "" : "=");
+    out += has2 ? alpha[b2 & 63] : (urlsafe ? "" : "=");
+  }
+  return out;
+}
+
+// RFC 8785 JSON Canonicalization Scheme — the canonical_form for JSON-LD objects. Sufficient
+// for string/number/array/object descriptors (sorted keys, arrays in order).
+export const jcs = (v) => Array.isArray(v) ? "[" + v.map(jcs).join(",") + "]"
+  : (v && typeof v === "object") ? "{" + Object.keys(v).sort().map((k) => JSON.stringify(k) + ":" + jcs(v[k])).join(",") + "}"
+  : JSON.stringify(v);
+
+const buf = (x) => typeof x === "string" ? utf8Bytes(x) : (x instanceof Uint8Array ? x : new Uint8Array(x));
+
+// the σ-axis: SHA-256 over a canonical form → the open-web κ axis (Web Crypto / SRI speak it).
+export const sha256bytes = (x) => sha256u8(buf(x));
+export const sha256hex = (x) => toHex(sha256bytes(x));
+
+// W3C Subresource Integrity / VC Data Integrity digest (a browser verifies it; L5 = SRI).
+export const sriOf = (x) => "sha256-" + toBase64(sha256bytes(x), false);
+
+// multibase(base64url) multihash: sha2-256 = 0x12, blake3 = 0x1e (the native fast axis).
+const multihash = (code, digest) => "u" + toBase64(concatBytes(new Uint8Array([code, digest.length]), digest), true);
+export const mbSha256 = (x) => multihash(0x12, sha256bytes(x));
+export const mbBlake3 = (hex) => multihash(0x1e, hexToBytes(hex));
+
+// a κ-label / content-derived DID. axis ∈ {sha256, blake3}; hex = H_axis(canonical_form).
+export const kappa = (axis, hex) => `${axis}:${hex}`;
+export const didHolo = (axis, hex) => `did:holo:${axis}:${hex}`;

b/e6201a82be15cf856eb6ceb7f48bb806f06013e6a0b7f92d22ddb5b8d03dcbfe

@@ -0,0 +1,128 @@
+// holo-blake3.mjs — BLAKE3 (the hologram substrate's σ-axis, ADR-052), pure JS, lean +
+// browser-native. This is the convergence seam made real: the substrate addresses content as
+// `blake3:<hex>` = standard BLAKE3 of the canonical bytes (proven: its own differential test
+// asserts the blake3 axis == the reference `blake3` crate). Reproducing standard BLAKE3 here —
+// witnessed byte-identical against the substrate's own `kappa()` wasm across chunk boundaries —
+// makes OS2 κ byte-identical to upstream WITHOUT a 6.5 MB wasm or restating substrate internals
+// (BLAKE3 is the public standard the substrate itself consumes). Implements the official spec:
+// 1024-byte chunks, 64-byte blocks, 7-round compression, binary tree of chaining values.
+
+const IV = [0x6a09e667, 0xbb67ae85, 0x3c6ef372, 0xa54ff53a, 0x510e527f, 0x9b05688c, 0x1f83d9ab, 0x5be0cd19];
+const MSG = [2, 6, 3, 10, 7, 0, 4, 13, 1, 11, 12, 5, 9, 14, 15, 8];
+const CHUNK_START = 1, CHUNK_END = 2, PARENT = 4, ROOT = 8, BLOCK = 64, CHUNK = 1024;
+const rotr = (x, n) => ((x >>> n) | (x << (32 - n))) >>> 0;
+
+function g(v, a, b, c, d, mx, my) {
+  v[a] = (v[a] + v[b] + mx) >>> 0; v[d] = rotr(v[d] ^ v[a], 16);
+  v[c] = (v[c] + v[d]) >>> 0;      v[b] = rotr(v[b] ^ v[c], 12);
+  v[a] = (v[a] + v[b] + my) >>> 0; v[d] = rotr(v[d] ^ v[a], 8);
+  v[c] = (v[c] + v[d]) >>> 0;      v[b] = rotr(v[b] ^ v[c], 7);
+}
+function roundFn(v, m) {
+  g(v, 0, 4, 8, 12, m[0], m[1]); g(v, 1, 5, 9, 13, m[2], m[3]);
+  g(v, 2, 6, 10, 14, m[4], m[5]); g(v, 3, 7, 11, 15, m[6], m[7]);
+  g(v, 0, 5, 10, 15, m[8], m[9]); g(v, 1, 6, 11, 12, m[10], m[11]);
+  g(v, 2, 7, 8, 13, m[12], m[13]); g(v, 3, 4, 9, 14, m[14], m[15]);
+}
+// compress(cv[8], m[16], counter, blockLen, flags) → out[16]
+function compress(cv, m0, counter, blockLen, flags) {
+  const cl = counter >>> 0, ch = Math.floor(counter / 4294967296) >>> 0;
+  const v = [cv[0], cv[1], cv[2], cv[3], cv[4], cv[5], cv[6], cv[7],
+    IV[0], IV[1], IV[2], IV[3], cl, ch, blockLen >>> 0, flags >>> 0];
+  let m = m0.slice();
+  for (let r = 0; r < 7; r++) { roundFn(v, m); if (r < 6) { const p = new Array(16); for (let i = 0; i < 16; i++) p[i] = m[MSG[i]]; m = p; } }
+  const out = new Array(16);
+  for (let i = 0; i < 8; i++) { out[i] = (v[i] ^ v[i + 8]) >>> 0; out[i + 8] = (v[i + 8] ^ cv[i]) >>> 0; }
+  return out;
+}
+// read a 64-byte block (zero-padded) into 16 LE u32 words
+function words(bytes, off, len) {
+  const m = new Array(16).fill(0);
+  for (let i = 0; i < len; i++) m[i >> 2] |= bytes[off + i] << ((i & 3) * 8);
+  for (let i = 0; i < 16; i++) m[i] >>>= 0;
+  return m;
+}
+
+// An "output" node: its chaining value, or (with ROOT) its 32-byte hash.
+function nodeChainingValue(o) { return compress(o.cv, o.m, o.counter, o.blockLen, o.flags).slice(0, 8); }
+function nodeRootBytes(o) {
+  const out = compress(o.cv, o.m, 0, o.blockLen, o.flags | ROOT);   // output block counter 0 → first 32 bytes
+  const b = new Uint8Array(32);
+  for (let i = 0; i < 8; i++) { const w = out[i]; b[i * 4] = w & 255; b[i * 4 + 1] = (w >>> 8) & 255; b[i * 4 + 2] = (w >>> 16) & 255; b[i * 4 + 3] = (w >>> 24) & 255; }
+  return b;
+}
+
+// One chunk (≤1024 bytes) → its output node (its last block carries CHUNK_END).
+function chunkNode(bytes, start, len, counter) {
+  let cv = IV.slice();
+  const nBlocks = Math.max(1, Math.ceil(len / BLOCK));
+  let flags = CHUNK_START;
+  for (let i = 0; i < nBlocks - 1; i++) { cv = compress(cv, words(bytes, start + i * BLOCK, BLOCK), counter, BLOCK, flags).slice(0, 8); flags = 0; }
+  const lastOff = start + (nBlocks - 1) * BLOCK;
+  const lastLen = len - (nBlocks - 1) * BLOCK;                       // 0..64 (0 only when len==0)
+  return { cv, m: words(bytes, lastOff, lastLen), counter, blockLen: lastLen, flags: flags | CHUNK_END };
+}
+function parentNode(leftCV, rightCV) {
+  const m = leftCV.concat(rightCV);
+  return { cv: IV.slice(), m, counter: 0, blockLen: BLOCK, flags: PARENT };
+}
+// Hash a subtree [start, start+len) starting at chunk index `counter` → an output node.
+function subtree(bytes, start, len, counter) {
+  if (len <= CHUNK) return chunkNode(bytes, start, len, counter);
+  let left = CHUNK; while (left * 2 < len) left *= 2;               // largest power-of-two chunk span < len
+  const leftCV = nodeChainingValue(subtree(bytes, start, left, counter));
+  const rightCV = nodeChainingValue(subtree(bytes, start + left, len - left, counter + left / CHUNK));
+  return parentNode(leftCV, rightCV);
+}
+
+export function blake3(bytes) {
+  const b = bytes instanceof Uint8Array ? bytes : new Uint8Array(bytes);
+  return nodeRootBytes(subtree(b, 0, b.length, 0));
+}
+export function blake3hex(bytes) {
+  const d = blake3(bytes); let s = "";
+  for (let i = 0; i < 32; i++) s += d[i].toString(16).padStart(2, "0");
+  return s;
+}
+// the hologram σ-axis κ-label: "blake3:" + 64 hex (the 71-byte ContentLabel).
+export function kappaBlake3(bytes) { return "blake3:" + blake3hex(bytes); }
+
+// ── tree internals (the σ-axis Merkle structure) ─────────────────────────────────────
+// Exposed so holo-bao.mjs can build verified-streaming (Bao) proofs against the SAME ONE
+// implementation (Law L2 — no second hash). These are the standard BLAKE3 tree pieces:
+// a chunk → output node, two CVs → parent node, a node → its chaining value or ROOT bytes.
+export const CHUNK_BYTES = CHUNK;
+export { chunkNode, parentNode, nodeChainingValue, nodeRootBytes, subtree };
+
+// ── incremental hasher (stream-mint without a tail pass) ─────────────────────────────
+// BLAKE3's streaming Hasher: feed chunks via update(), get the SAME digest as one-shot blake3() at
+// digest()/hex(). Buffers at most ONE 1024-byte chunk; each completed chunk's CV folds into a stack via the
+// standard add-chunk-cv merge (collapse while the chunk count is even), and digest() merges the final chunk
+// down the stack with the ROOT flag — the canonical left-balanced tree, byte-identical to blake3() across
+// chunk boundaries. Lets the streaming seam mint a κ AS bytes arrive instead of re-hashing the whole buffer.
+export function createBlake3() {
+  const stack = [];                 // CVs of completed left subtrees (bottom = leftmost)
+  let counter = 0;                  // index of the current chunk
+  const buf = new Uint8Array(CHUNK);
+  let bufLen = 0;
+  const add = (cv, totalChunks) => { let t = totalChunks, c = cv; while ((t & 1) === 0) { c = nodeChainingValue(parentNode(stack.pop(), c)); t >>= 1; } stack.push(c); };
+  const api = {
+    update(bytes) {
+      const b = bytes instanceof Uint8Array ? bytes : new Uint8Array(bytes);
+      let off = 0; const n = b.length;
+      while (off < n) {
+        if (bufLen === CHUNK) { const cv = nodeChainingValue(chunkNode(buf, 0, CHUNK, counter)); counter++; add(cv, counter); bufLen = 0; }
+        const take = Math.min(CHUNK - bufLen, n - off);
+        buf.set(b.subarray(off, off + take), bufLen); bufLen += take; off += take;
+      }
+      return api;
+    },
+    digest() {
+      let node = chunkNode(buf, 0, bufLen, counter);
+      for (let i = stack.length - 1; i >= 0; i--) node = parentNode(stack[i], nodeChainingValue(node));
+      return nodeRootBytes(node);
+    },
+    hex() { const d = api.digest(); let s = ""; for (let i = 0; i < 32; i++) s += d[i].toString(16).padStart(2, "0"); return s; },
+  };
+  return api;
+}

b/f4e2a6b63fe6250e0eb3126ee6cb5598ac4c372fd0deea7fe8ef7a2eec63eeb1

@@ -0,0 +1,22 @@
+(module=>{
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TextDecoder,m=globalThis.fs,c="";m.writeSync=(u,h)=>{if(u===1)postMessage(h);else if(u===2){c+=f.decode(h);let g=c.split(`\n`);g.length>1&&console.log(g.slice(0,-1).join(`\n`)),c=g[g.length-1]}else throw new Error("Bad write");return h.length};let n=[],s,i=0;onmessage=({data:u})=>(u.length>0&&(n.push(u),s&&s()),l),m.read=(u,h,g,t,e,o)=>{if(u!==0||g!==0||t!==h.length||e!==null)throw new Error("Bad read");if(n.length===0){s=()=>m.read(u,h,g,t,e,o);return}let a=n[0],d=Math.max(0,Math.min(t,a.length-i));h.set(a.subarray(i,i+d),g),i+=d,i===a.length&&(n.shift(),i=0),o(null,d)};let l=new globalThis.Go;return l.argv=["","--service=0.21.5"],tryToInstantiateModule(r,l).then(u=>{postMessage(null),l.run(u)},u=>{postMessage(u)}),l};function tryToInstantiateModule(r,f){return y(this,null,function*(){if(r instanceof WebAssembly.Module)return WebAssembly.instantiate(r,f.importObject);const m=yield fetch(r);if(!m.ok)throw new Error(`Failed to download ${JSON.stringify(r)}`);if("instantiateStreaming"in WebAssembly&&/^application\\/wasm($|;)/i.test(m.headers.get("Content-Type")||""))return(yield WebAssembly.instantiateStreaming(m,f.importObject)).instance;const c=yield m.arrayBuffer();return(yield WebAssembly.instantiate(c,f.importObject)).instance})}return r=>onmessage(r);})(postMessage)'],{type:"text/javascript"});i=new Worker(URL.createObjectURL(h))}else{let h=(postMessage=>{
+// Copyright 2018 The Go Authors. All rights reserved.
+// Use of this source code is governed by a BSD-style
+// license that can be found in the LICENSE file.
+var y=(r,f,m)=>new Promise((c,n)=>{var s=u=>{try{l(m.next(u))}catch(h){n(h)}},i=u=>{try{l(m.throw(u))}catch(h){n(h)}},l=u=>u.done?c(u.value):Promise.resolve(u.value).then(s,i);l((m=m.apply(r,f)).next())});let onmessage,globalThis={};for(let r=self;r;r=Object.getPrototypeOf(r))for(let f of Object.getOwnPropertyNames(r))f in globalThis||Object.defineProperty(globalThis,f,{get:()=>self[f]});(()=>{const r=()=>{const c=new Error("not implemented");return c.code="ENOSYS",c};if(!globalThis.fs){let c="";globalThis.fs={constants:{O_WRONLY:-1,O_RDWR:-1,O_CREAT:-1,O_TRUNC:-1,O_APPEND:-1,O_EXCL:-1},writeSync(n,s){c+=m.decode(s);const i=c.lastIndexOf(`
+`);return i!=-1&&(console.log(c.substring(0,i)),c=c.substring(i+1)),s.length},write(n,s,i,l,u,h){if(i!==0||l!==s.length||u!==null){h(r());return}const g=this.writeSync(n,s);h(null,g)},chmod(n,s,i){i(r())},chown(n,s,i,l){l(r())},close(n,s){s(r())},fchmod(n,s,i){i(r())},fchown(n,s,i,l){l(r())},fstat(n,s){s(r())},fsync(n,s){s(null)},ftruncate(n,s,i){i(r())},lchown(n,s,i,l){l(r())},link(n,s,i){i(r())},lstat(n,s){s(r())},mkdir(n,s,i){i(r())},open(n,s,i,l){l(r())},read(n,s,i,l,u,h){h(r())},readdir(n,s){s(r())},readlink(n,s){s(r())},rename(n,s,i){i(r())},rmdir(n,s){s(r())},stat(n,s){s(r())},symlink(n,s,i){i(r())},truncate(n,s,i){i(r())},unlink(n,s){s(r())},utimes(n,s,i,l){l(r())}}}if(globalThis.process||(globalThis.process={getuid(){return-1},getgid(){return-1},geteuid(){return-1},getegid(){return-1},getgroups(){throw r()},pid:-1,ppid:-1,umask(){throw r()},cwd(){throw r()},chdir(){throw r()}}),!globalThis.crypto)throw new Error("globalThis.crypto is not available, polyfill required (crypto.getRandomValues only)");if(!globalThis.performance)throw new Error("globalThis.performance is not available, polyfill required (performance.now only)");if(!globalThis.TextEncoder)throw new Error("globalThis.TextEncoder is not available, polyfill required");if(!globalThis.TextDecoder)throw new Error("globalThis.TextDecoder is not available, polyfill required");const f=new TextEncoder("utf-8"),m=new TextDecoder("utf-8");globalThis.Go=class{constructor(){this.argv=["js"],this.env={},this.exit=t=>{t!==0&&console.warn("exit code:",t)},this._exitPromise=new Promise(t=>{this._resolveExitPromise=t}),this._pendingEvent=null,this._scheduledTimeouts=new Map,this._nextCallbackTimeoutID=1;const c=(t,e)=>{this.mem.setUint32(t+0,e,!0),this.mem.setUint32(t+4,Math.floor(e/4294967296),!0)},n=t=>{const e=this.mem.getUint32(t+0,!0),o=this.mem.getInt32(t+4,!0);return e+o*4294967296},s=t=>{const e=this.mem.getFloat64(t,!0);if(e===0)return;if(!isNaN(e))return e;const o=this.mem.getUint32(t,!0);return this._values[o]},i=(t,e)=>{if(typeof e=="number"&&e!==0){if(isNaN(e)){this.mem.setUint32(t+4,2146959360,!0),this.mem.setUint32(t,0,!0);return}this.mem.setFloat64(t,e,!0);return}if(e===void 0){this.mem.setFloat64(t,0,!0);return}let a=this._ids.get(e);a===void 0&&(a=this._idPool.pop(),a===void 0&&(a=this._values.length),this._values[a]=e,this._goRefCounts[a]=0,this._ids.set(e,a)),this._goRefCounts[a]++;let d=0;switch(typeof e){case"object":e!==null&&(d=1);break;case"string":d=2;break;case"symbol":d=3;break;case"function":d=4;break}this.mem.setUint32(t+4,2146959360|d,!0),this.mem.setUint32(t,a,!0)},l=t=>{const e=n(t+0),o=n(t+8);return new Uint8Array(this._inst.exports.mem.buffer,e,o)},u=t=>{const e=n(t+0),o=n(t+8),a=new Array(o);for(let d=0;d<o;d++)a[d]=s(e+d*8);return a},h=t=>{const e=n(t+0),o=n(t+8);return m.decode(new DataView(this._inst.exports.mem.buffer,e,o))},g=Date.now()-performance.now();this.importObject={go:{"runtime.wasmExit":t=>{t>>>=0;const 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e=this.mem.getInt32(t+8,!0);clearTimeout(this._scheduledTimeouts.get(e)),this._scheduledTimeouts.delete(e)},"runtime.getRandomData":t=>{t>>>=0,crypto.getRandomValues(l(t+8))},"syscall/js.finalizeRef":t=>{t>>>=0;const e=this.mem.getUint32(t+8,!0);if(this._goRefCounts[e]--,this._goRefCounts[e]===0){const o=this._values[e];this._values[e]=null,this._ids.delete(o),this._idPool.push(e)}},"syscall/js.stringVal":t=>{t>>>=0,i(t+24,h(t+8))},"syscall/js.valueGet":t=>{t>>>=0;const e=Reflect.get(s(t+8),h(t+16));t=this._inst.exports.getsp()>>>0,i(t+32,e)},"syscall/js.valueSet":t=>{t>>>=0,Reflect.set(s(t+8),h(t+16),s(t+32))},"syscall/js.valueDelete":t=>{t>>>=0,Reflect.deleteProperty(s(t+8),h(t+16))},"syscall/js.valueIndex":t=>{t>>>=0,i(t+24,Reflect.get(s(t+8),n(t+16)))},"syscall/js.valueSetIndex":t=>{t>>>=0,Reflect.set(s(t+8),n(t+16),s(t+24))},"syscall/js.valueCall":t=>{t>>>=0;try{const 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e=s(t+8);l(t+16).set(e)},"syscall/js.valueInstanceOf":t=>{t>>>=0,this.mem.setUint8(t+24,s(t+8)instanceof s(t+16)?1:0)},"syscall/js.copyBytesToGo":t=>{t>>>=0;const e=l(t+8),o=s(t+32);if(!(o instanceof Uint8Array||o instanceof Uint8ClampedArray)){this.mem.setUint8(t+48,0);return}const a=o.subarray(0,e.length);e.set(a),c(t+40,a.length),this.mem.setUint8(t+48,1)},"syscall/js.copyBytesToJS":t=>{t>>>=0;const e=s(t+8),o=l(t+16);if(!(e instanceof Uint8Array||e instanceof Uint8ClampedArray)){this.mem.setUint8(t+48,0);return}const a=o.subarray(0,e.length);e.set(a),c(t+40,a.length),this.mem.setUint8(t+48,1)},debug:t=>{console.log(t)}}}}run(c){return y(this,null,function*(){if(!(c instanceof WebAssembly.Instance))throw new Error("Go.run: WebAssembly.Instance expected");this._inst=c,this.mem=new DataView(this._inst.exports.mem.buffer),this._values=[NaN,0,null,!0,!1,globalThis,this],this._goRefCounts=new Array(this._values.length).fill(1/0),this._ids=new 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