The making of Gameloom

Watch a world
become possible.

An idea returns. Experiments meet. Piece by piece, something worth playing begins to emerge.

Follow the questions, the discoveries and the worlds they could make possible. Each chapter has an interactive concept illustration.

Pick up the thread

The story in six chapters

The beginning

An idea. New possibilities.

What could we build from here?

Early designs date to 2012, followed by detailed plans and a public website in 2013.

We are beginning with games of our own and the engine they will share. The longer journey leads toward a platform where others can create their own worlds too.

Follow the returning ideaThe original woven mark, on an old design card, loosens into four silk threads that braid onward and spread into an open weave running past the frame. Concept illustration.Early ideasNew possibilities
Concept illustration of an old idea opening into new possibilities.
Read the illustration
Whole illustration
The original woven mark, on an old design card, loosens into four silk threads that braid onward and spread into an open weave running past the frame.
1. Early designs
The recovered artwork preserves the original woven identity.
2. The thread continues
The original ambition gives us a starting point, with room for new ideas.
3. New possibilities
Authored games and a shared engine give that ambition a new direction.

Picking up the thread

The original plans and woven identity have been recovered. A new direction is taking shape around authored games and a shared engine.

Carrying it forward

Keep the joy of making something together, and explore what today's tools let us do differently.

The story behind the return

Compare an original architecture drawing with a later reconstruction of the archived homepage. Their captions keep original dates separate from recovery, then follow the ideas into the returning direction.

Explore the original designs Compare the surviving 2012 and 2013 designs with a clearly marked later reconstruction.

The ingredients

Four experiments. A new possibility.

What could these ideas become together?

Earlier projects explored different parts of the puzzle. Phos studied how ideas take visible form. Bitcubes connected rules to playable games. Gloom explored how the machinery beneath an idea can change. Kernel Tree asked how smaller pieces can own their part of a larger whole.

Gameloom brings those questions into the same conversation. Their strongest ideas can give us a richer starting point for something new.

Follow the earlier experimentsFour spools named after earlier experiments unwind green, cyan, violet and gold threads that interlace into the woven mark. Concept illustration.phosbitcubeskernel-treegloom
Concept illustration of four earlier projects contributing to a new engine.
Read the illustration
Whole illustration
Four spools named after earlier experiments unwind green, cyan, violet and gold threads that interlace into the woven mark.
1. Four starting points
Phos, bitcubes, kernel-tree and gloom each bring a different line of thought.
2. Ideas meet
Their useful concepts can be compared, challenged and woven together.
3. A new arrangement
The opportunity is to compose something new from what those experiments teach us.

Learning from what exists

We have explored all four projects and mapped the ideas each can contribute.

Finding the connections

Turn those insights into pieces that can work together, change independently and serve very different games.

What we learned from the earlier projects

Follow four ideas from inspected predecessor projects into written contracts, a bounded first foundation and stronger experiments. Open several threads to compare what each contributes and what remains to test.

Follow the engine lineage Explore what each of the four earlier prototypes brings to the new engine.

The questions

Keep the ambition. Question the machinery.

How can independently built pieces become something coherent together?

A world contains many kinds of rules. A bridge, a borrowed identity and an echo of a past action need different ways of making sense. We are asking how those differences can belong in one engine.

Expert conversations help us explore competing answers. The aim is a common language that lets people and coding agents build different pieces in parallel, then bring them together in meaningful ways.

Explore a questionOne thread meets a loom and splits into three trial weaves, each crossing it in its own pattern, before rejoining as a new gold thread. Concept illustration.What if?ExploreReframe
Concept illustration of a question opening into several possible answers.
Read the illustration
Whole illustration
One thread meets a loom and splits into three trial weaves, each crossing it in its own pattern, before rejoining as a new gold thread.
1. Ask
A question gives an experiment its direction.
2. Explore alternatives
Different answers open different paths. We want to see what each makes possible.
3. Reframe
Comparing those paths can change the question and improve the next experiment.

Ideas that changed the design

Eleven expert consultations helped sharpen how the pieces can fit together and how one implementation can take the place of another.

Putting the questions to work

Build different answers to the same problem and see where they agree, where they break, and what they make possible.

How the conversations shaped the design

Try a small contradiction: every pair of rules can fit while all three cannot. Follow that challenge through three competing approaches to the decision to give shared rules explicit owners.

See the decisions that changed Try a small puzzle about rules that each fit, yet cannot all hold together.

The first foundations

The first threads hold.

Can the same ideas keep their meaning in different places?

The first parts of the engine now run in a browser and as native code. They share a language for instructions, identities and the shape of a bridge.

We have put those pieces through the checks that define this first step and brought them into the engine. New work now has something concrete to build on.

Explore how pieces composeThree separately woven pieces send their thread ends to matching points, then run on as one cloth through a shared warp. Concept illustration.PiecesShared promisesTogether
Concept illustration of one set of ideas taking form in the browser and beyond.
Read the illustration
Whole illustration
Three separately woven pieces send their thread ends to matching points, then run on as one cloth through a shared warp.
1. Independent pieces
Different pieces can be designed and implemented independently.
2. Shared promises
Clear promises describe how the pieces may meet and what their combination must preserve.
3. Something together
The assembled experience depends on those promises holding where the pieces join.

A working foundation

The browser and native paths have passed their shared checks. You can now examine the bounded browser instrument yourself.

From pieces to a place

Bring those pieces together in a shared world that two people can enter.

What this first step has demonstrated

Open the preserved browser instrument to examine instructions, identities, worker transfers and numerical boundaries. It runs real WebAssembly contracts locally; it does not create a shared game world.

Open the boundary observatory Run a small working experiment in your browser and see what it can and cannot show.

A shared world

Two people. One bridge. What happens next?

What should happen when two players try to change the same world?

Two players arrive at an empty crossing. Both try to build. One bridge should appear, one person should pay, and both should see the same world.

That simple encounter opens a bigger question: how can a shared world stay coherent while each person's view feels immediate?

Explore the drawbridge ideaTwo builders on opposite woven banks cast threads that meet above a river of threads; their threads weave the bridge deck. Concept illustration.Two buildersOne shared world
Design illustration for the planned two-player drawbridge experiment.
Read the illustration
Whole illustration
Two builders on opposite woven banks cast threads that meet above a river of threads; their threads weave the bridge deck.
1. Two builders
Two participants can ask to change the same place.
2. One shared world
Their requests must be understood together within a shared world.
3. A bridge to cross
The drawbridge scenario is a way to make that shared meaning visible and eventually playable.

The next playable experiment

We have designed the drawbridge scenario around two players, shared decisions and responsive movement.

Meet at the crossing

Bring it to life, then try building together, arriving at the same moment, losing a connection and finding your way back.

The experiment taking shape

The prototype plan follows two players through building, lowering and crossing a bridge. It describes how shared decisions, immediate feedback and reconnecting should work together.

Possible worlds

What could grow from this?

How different could games built on the same foundation become?

Tideworks imagines a harbour brought back to life by water and machinery. Threadfall turns a journey through suspended ruins into a dance of tethers and momentum.

Borrowed Names asks what a name can grant you in a city of promises. Afterimage imagines a shared heist where your earlier actions return as echoes.

These worlds ask different things of an engine. We want their differences to help it grow.

Explore the wider horizonThe woven mark sends one thread to each of four proposed worlds, woven patches showing a harbour, a suspended ruin, a city of names and a room that remembers. Concept illustration.TideworksThreadfallBorrowed NamesAfterimage
Concept illustration inspired by four possible Gameloom worlds.
Read the illustration
Whole illustration
The woven mark sends one thread to each of four proposed worlds, woven patches showing a harbour, a suspended ruin, a city of names and a room that remembers.
1. A common foundation
A shared engine gives our authored games somewhere to begin.
2. Different worlds
Each game can have its own shapes, rules, rhythms and identity.
3. Room to grow
What we learn by making those worlds can open more possibilities for other creators.

Worlds on the drawing board

Four game concepts are helping us explore what a shared engine could make possible.

Finding the first moments of play

Let playable experiments reveal what each world needs, and carry what we learn into the foundation they share.

The ideas behind these worlds

Explore four distinct concept illustrations and compare the consequences of different choices. These are proposed moments of play; actual playable slices will follow as the experiments exist.

Explore four world concepts Browse four illustrated proposals for games. None of them is playable yet.

The work behind the worlds

You can watch this grow.

Each chapter is connected to the work behind it. As that work changes, the story has to be reviewed and brought up to date. We want you to see what we discover, why we change direction, and what becomes possible next.

The next chapter is taking shape

Something worth making.
Something worth playing.

Follow the thread. See what we can weave together.

Behind this story

The explanations above are connected to the work they describe. The accompanying records preserve those connections for anyone who wants to look closer.