aiMe
Pronounced Amy

A colony, not a chatbot.

aiMe is a compact constructor made from cooperating crews. Each crew handles a specialised part of the work, but the result is coordinated, traceable and reproducible. It is the crew-based runtime inside Octoract.

How it works

Small workers. Shared direction.

aiMe is not a single AI personality. It is a coordinated runtime for construction. Like a colony, it works through coordination rather than centralised intelligence.

A colony, not a model
aiMe is many small workers, not one large model. The intelligence is in how they coordinate, not in any single part.
Crews that specialise
Each crew handles a specialised part of the work, so the system stays small, clear and inspectable.
Coordinated around intent
The crews coordinate around one intent, so the result is consistent rather than a patchwork.
Verifiable by design
Crews check their own work, so what they build can be reproduced and trusted.
Runs anywhere
Small enough to run close to the work: browser, mobile, private cloud and fully offline.
One or many
Run one aiMe or many. Each stays small, governed and inspectable.
What it does

One can decide. Many can build.

A single aiMe can resolve plain-language intent into a structured outcome. Many coordinate to build, verify and improve software together, while keeping a clear trail behind every result. In internal tests it produces complete, runnable application structures in milliseconds, with no model call in the hot path.

See the proof
Intent to runnable app
milliseconds
Model calls in the hot path
0
Compression

Carbon: byte-exact code compression.

Carbon is aiMe's content compressor for source code. It reconstructs files byte-for-byte while producing a smaller output than zstd-19. A large fraction of each file is regenerated rather than transmitted, so only the genuinely novel content is shipped. Byte-exactness is asserted on every file inside the run.

See the proof
Byte-exact vs zstd-19
1.480 b/B
Held-out files verified
44 / 44
Smaller, losslessly
~28%
Scale

aiMe reads a whole book. No context window.

Paste a paragraph or a two-million-word novel; aiMe reinterprets every word, not a truncated slice. The work is deterministic, so the same text yields the same result byte-for-byte, banked content-addressed and recalled for free on the next pass. No model sits in the loop and there is no context limit. A run that first cost seconds is recalled in milliseconds, and Carbon ships the result roughly three times smaller, losslessly.

See the proof
Largest single run
2.01M words (12 MB)
Reproducible
byte-exact, every run
Recalled next time
~70 ms
Carbon, 10-way parallel
6.1s -> 0.97s
Source control

aim: byte-exact version control.

aim is aiMe's source-control core, the git alternative. It reconstructs every file byte-for-byte (git parity) and is already smaller than git's pack at rest. And because aim tracks meaning rather than bytes, an org-wide reformat costs essentially nothing, so far fewer bytes cross to a remote over a repo's life. The wire is content-addressed and transport-agnostic, not bound to HTTP.

See the proof
Smaller at rest
~5×
Cumulative wire to a remote
18×
Round-trip fidelity
git parity
Proof, not promises

Built to construct, not just respond.

Most AI systems answer. aiMe builds. It turns intent into running software and leaves a clear, reproducible trail behind every result. The proof bundle ships a verify-only reproducibility pack: source, artifacts, checksums and exact expected verdicts, so a reviewer can re-derive every claim from the data rather than take it on trust. Same inputs produce identical outputs on any machine.

Open the proof pack
Verifier
Rust
Pack size
~690 KB
Reproducible
Always
Private beta

Built for offline, governed environments.

aiMe is currently in private beta. We work with teams that need coordinated construction close to where the work happens, offline and under their own governance. If that sounds like you, we'd like to hear about it.

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