Orientation / current public state

Module Atlas

Every module follows one contract: problem, mechanism, evidence, software, value, maturity, roadmap and claim ceiling.

Current stateV2.2 RELEASE CANDIDATE
  1. Problem
  2. Mechanism
  3. Evidence
  4. Maturity
  5. Next gate
A module page describes current evidence before target architecture.
Implemented and tested

MUOS

Multi-Universal Operating System

The governed control plane for admitting, routing and recording bounded technical work.

Next: Prove estate-wide executable valves and one sanctioned cross-engine composition.

Partially tested

HMA

Hypercube Memory Architecture

The state, checkpoint, lineage and rollback substrate used by governed runtimes.

Next: Complete acceptance testing across resume, rollback, reconstruction and branch operations.

Embedded kernel

EDK

Evolutionary Design Kernel

A governed exploration kernel for candidate generation, trade-off comparison and bounded progression.

Next: Surface an independently versioned kernel and demonstrate parity before changing authority.

Measured

GIL

Governed Invariance Logic

A reusable audit engine for testing whether model conclusions remain informative under declared pressure.

Next: Interpret the controlled expansion, then test a materially independent source.

Migration target with measured parity

EDS

Evologia Dynamics Suite

A design-navigation engine that preserves viability, pressure, alternatives and correction routes.

Next: Complete valve-governed cutover prerequisites before authority migration.

Runnable, authority split

KTS

Kyberlogia Technical Sandbox

A branch-scoped technical sandbox for estate inspection, recovery proposals and safe blocking.

Next: Establish Git-addressable grounding where canonical recovery authority is required.

Implemented and tested

Cosmologia

Cosmologia Domain System

A bounded cosmology-facing cartridge and scientific runtime lane.

Next: Formalise cartridge valves and disclose embedded-kernel authority at every boundary.

Measured, expanding

Geatomica

Geatomica Materials Physics Module

The materials-physics ontology and experiment layer around GIL.

Next: Add cross-source and representation-shift tests before any hierarchy promotion.

Implemented and tested

TRS

Thermal Runtime System

The thermal calculation and evidence lane behind the furnace tools and runtime surfaces.

Next: Formalise the domain adapter and proceed to physical design validation.

Practical support surface

GEVE

Governed Engineering Visual Evidence

The source-grounded visual and evidence-packaging support surface.

Next: Promote stable interfaces into the canonical contract layer as use grows.

Supports
  • A complete current module inventory
  • Comparable maturity and next-gate readings
Does not prove
  • A claim that every module is standalone
  • Production deployment authority