{ "blyg": "0.3", "id": "1h0t7hze3hs4jfgfdgpc3v7tn2", "kind": "fragment", "origin": "https://www.msweet.net/notes/", "page": "105-sage-kites", "author": { "name": "Matthew McDowell-Sweet", "url": "https://www.msweet.net/" }, "created": "2026-10-03T14:49:29Z", "updated": "2026-10-03T18:06:16Z", "version": 3, "content_md": "I’m at the point where I want to start extending the [Blygger protocol to accommodate Hermann Hesse’s Glass Bead Game](https://msweet.net/notes/093-pearl-bats).\n\nThe first thing I have to remind myself is that Product Brain must [evolve to Protocol Brain](https://msweet.net/notes/879-onyx-voles). Don’t make *the* client or *the* platform; make the protocol-ish engine that can power numerous arbitrary, value-adding manifestations of clients and platforms. To do that, I’ll take an Amazonian approach and work [backwards](https://workingbackwards.com/).\n\nIn Hesse’s novel, a Glass Bead Game is played by Castalia’s scholars using a symbolic language that links ideas from every discipline, such as a musical theme, a mathematical proof, or a line of poetry. A player opens with a motif, then develops and transforms it through variations, counterpoints and correspondences across fields, much like composing a fugue.\n\nThe aim isn’t to win but to create a game of maximum harmony, elegance and insight, revealing the hidden unity of all knowledge. A great game is judged as a work of art and is also experienced as contemplation, close to prayer.\n\nHappily, [Blygger’s ethos and resulting protocol](https://github.com/blygger/blygger-spec)—blogs × wikis × Twitter × git changelogs, built on static files and RSS—provide the primitives to bring GBGs to life on the web, today.\n\nLet’s pretend that one of [The Protocol Institute’s](https://protocol-institute.org/) Special Interest Groups ([SIGs](https://protocol-institute.org/sigs/)) is extending their roster of events. On a weekly basis, they will be hosting a Glass Bead Game.\n\nThe Game functions as follows. The two players involved agree to an exchange which the SIG has a particular interest in. Let’s say the SIG provides a prompt or brief in advance.\n\nThe Game begins. The first turn is a Player making an opening move using their own Blyg. Perhaps they iterate through a fragment or piece together a thread. When time runs out, the move is locked in.\n\nThe other Player responds via their own Blyg. They may respond directly with a fragment. They might transclude a thread from the Blyg of someone else in the SIG (a number of whom are watching the Game unfold live, hanging out on Discord).\n\nThe exchanges go back and forth, with fragments, threads, transclusions, stubs, and off-Blyg excerpts all woven into a dense tapestry of live thought.\n\nAt the close of the Game, the entire structure is itself locked up, and then becomes a part of the cultural mosaic, and informs both ongoing Blygging and future Games.\n\nAlmost everything the Game needs already exists in Blygger. A move is a stub, a locked move is a pin, and the finished Game is a pinned thread on the SIG’s Blyg that transcludes every move. The clock, like AI, never enters the protocol. What’s missing is small: moves that build on more than one prior move, and a way for each item to say which Game it belongs to.", "content_html": "

I’m at the point where I want to start extending the Blygger protocol to accommodate Hermann Hesse’s Glass Bead Game.

\n

The first thing I have to remind myself is that Product Brain must evolve to Protocol Brain. Don’t make the client or the platform; make the protocol-ish engine that can power numerous arbitrary, value-adding manifestations of clients and platforms. To do that, I’ll take an Amazonian approach and work backwards.

\n

In Hesse’s novel, a Glass Bead Game is played by Castalia’s scholars using a symbolic language that links ideas from every discipline, such as a musical theme, a mathematical proof, or a line of poetry. A player opens with a motif, then develops and transforms it through variations, counterpoints and correspondences across fields, much like composing a fugue.

\n

The aim isn’t to win but to create a game of maximum harmony, elegance and insight, revealing the hidden unity of all knowledge. A great game is judged as a work of art and is also experienced as contemplation, close to prayer.

\n

Happily, Blygger’s ethos and resulting protocol—blogs × wikis × Twitter × git changelogs, built on static files and RSS—provide the primitives to bring GBGs to life on the web, today.

\n

Let’s pretend that one of The Protocol Institute’s Special Interest Groups (SIGs) is extending their roster of events. On a weekly basis, they will be hosting a Glass Bead Game.

\n

The Game functions as follows. The two players involved agree to an exchange which the SIG has a particular interest in. Let’s say the SIG provides a prompt or brief in advance.

\n

The Game begins. The first turn is a Player making an opening move using their own Blyg. Perhaps they iterate through a fragment or piece together a thread. When time runs out, the move is locked in.

\n

The other Player responds via their own Blyg. They may respond directly with a fragment. They might transclude a thread from the Blyg of someone else in the SIG (a number of whom are watching the Game unfold live, hanging out on Discord).

\n

The exchanges go back and forth, with fragments, threads, transclusions, stubs, and off-Blyg excerpts all woven into a dense tapestry of live thought.

\n

At the close of the Game, the entire structure is itself locked up, and then becomes a part of the cultural mosaic, and informs both ongoing Blygging and future Games.

\n

Almost everything the Game needs already exists in Blygger. A move is a stub, a locked move is a pin, and the finished Game is a pinned thread on the SIG’s Blyg that transcludes every move. The clock, like AI, never enters the protocol. What’s missing is small: moves that build on more than one prior move, and a way for each item to say which Game it belongs to.

", "content_hash": "sha256:817eda6e89fa10d8bb76125cb76cf79aaf169f7cbe3ed896484fcf747edd6ed3", "media": [], "changelog": [ { "version": 1, "at": "2026-10-03T14:49:29Z", "note": null }, { "version": 2, "at": "2026-10-03T17:59:29Z", "note": null }, { "version": 3, "at": "2026-10-03T18:06:16Z", "note": null } ] }