Proof Layers

Not everything in this framework is at the same stage. This page explicitly separates what exists from what is theoretical, planned, or speculative. If something is claimed that doesn't belong in its layer, that's a bug. Report it.

OBSERVABLE NOW

Layer 1: Things That Exist

These are implemented, deployed, or published. You can verify them yourself.

Extropy Engine prototype (live web application)
Three published studio albums and 14 singles on major streaming platforms
Published book: Unf*ck the World for a Dollar (PDF, EPUB, audiobook)
Technical specification: Extropy Codex v3.1.2
Academic papers on Academia.edu (peer-accessible)
DAG Architecture Breakdown (published)
GitHub source repositories
This website and its documentation layer

PROTOTYPE

Layer 2: In Development

Active builds with code, architecture documents, and working components. Not production-ready.

XP-Net: DAG-based Layer 1 with entropy-anchored governance
XP-DAG-Mesh: Physics-anchored DAG with entropy-weighted consensus
Universal Times: Hydrogen-anchored dual-system timekeeping
Master Control Hub: Unified orchestration platform
HomeFlow: Physics-based household coordination
LevelUp Academy: Adaptive learning with entropy reduction rewards
Extropialingo: Gamified language learning
SignalFlow: AI-enhanced task management
Emergence Detector: ESP32 hardware device
Whiteroom.exe: Classified build

ARCHITECTURE

Layer 3: Designed But Not Built

Specified architecturally with defined interfaces, protocols, and data models. No running code yet.

Entropy Scaling Function (ESF) cross-domain normalization
Multi-layer validation architecture (human + AI + sensor)
DFAO governance protocol with auto-sunsetting policies
XP-to-existing-market bridge mechanics
Temporal validation for long-horizon entropy reduction

HYPOTHESIS

Layer 4: Theoretical Claims

Falsifiable hypotheses that the framework depends on but has not yet proven at scale.

Entropy reduction is a universal, cross-domain measure of value
Emergence follows formalizable patterns
Coherence is measurable and predictive of system health
Recursive self-auditing systems resist Goodharting better than static metrics
Observer-dependent measurement can be bounded sufficiently for practical coordination

FRONTIER

Layer 5: Speculative Extensions

Ideas that follow from the framework but are not yet formalized enough to test. These are the edges.

Glyphic emergence: symbolic encoding of entropy reduction patterns
Recursive physics: observer-dependent formalism applied to fundamental forces
Consciousness as measurable entropy reduction at the neural level
Civilization-scale coordination through entropy-anchored DAG governance
Multi-planetary timekeeping anchored to hydrogen transition frequencies