the big map · a view, never a database

THE BIG MAP

Every square is a corner of the competence lattice (12×12 = 144 coordinates, actor ⊕ patient). A square lights when somebody publishes receipts and their own tape places them there — 1 of 144 lit, 1 registered surface, 0 edges where another surface has already redone the computation. Nobody granted these placements, so nobody can revoke them — they can only be recomputed.

What you are looking at is the mount grid, not the whole map. A lit square is an entire 144-cell tesseract attached at that coordinate by reference — one shard, addressed big-map/<rank>/<rank>/mount.json. The addressing is self-similar: one side of the full map is 12³ = 1,728 nodes, so the map itself is (12³)² ≈ 2.99M cells. The 144 walk stays the chip primitive; this grid is the collation layer above it. Growth is recursion, not resize.

you don't have to take our word for it: npx thetacog-mcp map-crawl [requires: network] rebuilds the whole map from public surfaces

The registered surfaces — every pixel points at the thing that proves it

How a square lights

1. Fork the instrument and run it on your own repo — the tape is yours before anyone sees it.
2. npx thetacog-mcp my-pixel places your corpus on the lattice and writes tape/dignity-pixel.json.
3. Commit it. The crawl finds it through the fork graph — no form, no directory, no permission.
4. A stranger reruns the placement over the same public files. Matching output turns your square green.

You don't have to be a fork to appear here: tape/subscriptions.json lists surfaces you follow, and the crawl unions them into your view. The fork graph is the default index, not the boundary.

Source of this render: packages/thetacog-mcp/tape/map.json · index: the GitHub fork graph of wiber/thetacog-mcp — the web is the database · the record decides; this page is only a view of it.

What a dignity pixel is →