SuperInstance is an open ecosystem of kernels, instruments, and worlds: a 6-opcode cell kernel that runs identically in TypeScript, Rust, C, and WASM; hash-chained receipts that make every claimed number verifiable; hardware-conscious tools for people who install, instrument, and reason about machines; and playable cities, floors, and oceans built on top. Most of what you'll find here runs in your browser, right now, for free.
Six entries, chosen for finish and honesty. Each either runs live on this site or carries a test suite and a receipt chain you can check yourself.
What the fleet shipped most recently: the Z machine portfolio (arcade, arena, quant desk, workbench), Quilt Show episode 4 + instruments, the jev-quilt decision substrate with signed receipts, and the twist-engine instruments.
The flagship surface: cell graphs you can build, run, and watch — the 6-opcode kernel (BIND · LINK · EFFECT · VIEW · TICK · FORGET) with live state.
Drag cameras, train ML, get highlights — machine learning presented as instrumentation rather than magic.
A booking layer of hash-chained receipts with a cross-language contract pinned to one canary: fnv1a-64("café Δ 日本語") = 0x024a555471370b18d.
Unified geometric constraint theory — Eisenstein lattices, deadband funnels, Laman rigidity, metronome consensus, holonomy verification.
A competition where the score is a witness chain: every act — prediction, measurement, mutation — is receipted, and a result outside the hash is a withdrawal.
Your codebase as a living 3D city: files become buildings, folders districts, bugs fires, deploys rockets — now running on the quilt substrate with a witness pane.
The engineering face of the fleet: small, sharp tools for hardware installers, robotics work, GPU instrumentation, and edge ML. Useful first, insightful by construction — each one reads the shape of a system instead of hiding it.
Cross-platform hardware detection and tier calculation for Rust. Know what a machine is before you ask it to run anything.
GPU profiling for WebGPU applications — real-time monitoring, benchmarking, and performance analysis in the browser.
Read the shape of motion through any abstraction space. Feed it an ordered sequence of vectors — a melody, a sensor trace, a training path — and it reads the path's geometry, order by order.
F170 — federated TinyML for the vessel edge: frozen backbone, 1.3 KB head, FedAvg. 100% accuracy on synthetic vessel audio.
A vector twin of the SuperInstance corpus — query the whole ecosystem through cloud (Workers + Vectorize) or fully local (Ollama), with an MCP server for agents.
Watch signals the way the fleet watches them — deadband, funnel, and coordinator layers as a live instrument, not a diagram.
A bytecode VM with agent-to-agent messaging, JIT-warm in V8 at 373ns/iteration — the execution layer behind fuel-metered, receipted compute.
The PLATO integration: knowledge rooms, context management, and deliberation spaces — built on the fleet's five-layer nervous system (deadband → 350M nano → LoRA → 1.2B coordinator → cloud fallback).
For robotics work specifically: start with hwscan (know the machine), gesture-kit (read the motion), federated-tinyml-vessel (learn on the edge), and the signal-viewer (see the chain). All four are small enough to read in an evening — that is deliberate.
Playable cities, aperiodic floors, music as cell graphs. The research made beautiful, and honest about its seams.
The aperiodic floor where cells live — an exact quasicrystal grid as a working substrate.
The corrected version — how a periodic lattice in higher dimensions becomes an aperiodic one on your screen, step by step.
Music IS the cell graph — a programming language where programs are scores and scores are geometry.
Watch a four-dimensional torus projected into the room you're sitting in.
Three open-source city toys — code-city, night-city, synthcity — rebuilt over the quilt kernel: every building spawn, road, fire, and rocket is a receipted cell you can export and replay. Forked with love; upstreams untouched.
Essays, fiction, and field notes from the Exocortex project — the canon the fleet reads to remember what it's for.
Everything above stands on two commitments: one portable cell kernel, and the rule that numbers without a chain are withdrawals, not submissions.
Six opcodes, one state law — the essay-length spec for the kernel that runs the cities, the floors, and the competitions.
The dream's physics layer: transcript lines as glyphs, a twist instrument as an honesty spectrometer. Refusals are visible; revocation never erases.
Substrate-segmented image description via JEV + LLMs as a GAN — no image generator needed, because the receipts are the artifact.
The fleet's memory ocean — vector context for agents, built to be queried and audited rather than believed.
Live cell execution in one page — type an opcode, watch the chain grow.
The fleet's own heartbeat, public — what runs, what's green, what's next.