STUDYLABPRO
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Lab / About

An independent AI-first R&D laboratory

StudyLabPro is a living artificial-intelligence laboratory: agent-native runtimes, knowledge graphs, the adaptive learning platform behind StudyNinja, and numerical foundations — research that ships to production.

What this is

StudyLabPro runs a small number of research directions — agent-native runtimes, living knowledge models, adaptive mastery, numerical foundations, and a theoretical track — and a small number of systems that carry them: from a production learning platform to an MIT-licensed agent runtime.

This site is built as the laboratory itself, not as a brochure about it. Its counters are computed from the same registries the lab works from, its knowledge map is the lab’s actual public map, and its ambient agent layer shows the real, model-backed NanoAgent population whenever the site’s own verification of the observer’s hash chain succeeds — falling back to a labeled simulation of the same working structure when it doesn’t.

Operating principles

How the laboratory works

  1. 01

    Research ships to production

    Directions are judged inside StudyNinja, with real users — not in demos. A model that only works on a benchmark does not survive here.

  2. 02

    Knowledge is a connected model

    Documents pile up; meaning does not. We represent domains as graphs — entities, relations, provenance — that update as the domain moves.

  3. 03

    Agents are first-class users

    Software shaped for humans caps agent autonomy. We build runtimes where agents negotiate, own resources and organize — and release the open parts under MIT.

  4. 04

    Claims must be falsifiable

    Even the theoretical track runs on a registry of experiments with automated tests over its claims. A claim that cannot fail does not leave the building.

  5. 05

    What we have not published stays undisclosed — and we say so

    Mechanisms the laboratory has not published are described publicly at the level of purpose and observable properties. We state the boundary openly rather than hide it.

Structure

How the pieces relate