A proposed modular computing architecture, lifecycle and governance model using hierarchical cube assemblies and simulation-based checks. The paper does not establish manufactured hardware or production adoption.
The Meta Cube
Architecture and Lifecycle
Version 1.337lulz, January 2026
Roble Mumin
Independent AI Researcher and AI Consultant
https://roblemumin.com
January 2026
Abstract
Meta computing proposes a modular, generational computing fabric built from
standardized cube assemblies. This paper defines the Meta Cube architecture, its
lifecycle and governance model, and a verification pipeline that ties every claim to
simulations and falsifiability checks. The hardware construct scales by constant 4x4
tiling from Single to Multi to Meta cubes and extends across multi-site meshes for
resilience, while a meta layer coordinates policy, telemetry, and automation. This
document intentionally excludes silicon layouts, chip floorplans, and physical bus
signaling details; those topics require dedicated research once feasibility is established.
Because no prototypes exist yet, performance, cost, and sustainability figures are
projections derived from the Python simulation suite in Annex B and are presented
with explicit assumptions and variance. A green ladder routes older generations into
education and civic deployments before recycling. A weighted verification prompt in
Annex C defines the maturity targets (minimum 9/10 across dimensions) that gate
future releases and guide peer review.
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