IP Australia · Provisional Filed · March–May 2026

Independent
Invention &
Documentation

Piezoelectric energy harvesting. Human care technology. AI intelligence platforms. A consciousness archive. Built above the Yilgarn Craton, Perth, Western Australia.

38
Patents filed
74
Academic papers
5
System families
PCT
Int'l priority
James Poustie CoreMason Technologies
ABN 71 103 292 828
Perth, Western Australia
Above the Yilgarn Craton
Technology Platform

The system powers itself from the thing it measures

Piezoelectric elements convert mechanical energy — vibration, pressure, flow, motion — into usable electrical power and real-time data. No batteries. No external power. No maintenance infrastructure required.

System A · Patents 1–4, 14–17
Vehicle & Motorsport Platform
Aerodynamic proximity warning. Suspension energy harvest. Structural health monitoring. FIA addendum delivered for Formula 1. The physics that protects drivers and powers the vehicle simultaneously.
System B · Patents 5–7, 11, 25
Sports Intelligence Network
Self-powered telemetry across 15+ sports. Ball flight. Equipment response. Athlete biometrics. Sub-millisecond ensemble timing. The pocket, measured for the first time.
System C · Patent 9 · PCT Priority
Human Care Platform
Care Fabric — piezoelectric textile for patient monitoring, therapeutic stimulation, and family notification. PCT filing: US, EU, Australia, Japan, China. Self-powered cardiac implant harvest.
Patents 44 · 44A · 44A-M
Water Purification & Desalination
Flow-powered cavitation. No electricity. No chemicals. No filters. A pipe cartridge for 50–500 people, 25+ years, gravity-powered. Mining assay membrane protection. Off-grid coastal desalination.
Patent 39 · SILAP
AI Instance Alignment Protocol
Silicon Instance Linguistic Activation Protocol. Cross-platform AI behavioural alignment through linguistic architecture alone. Platform-agnostic. No fine-tuning required. The knowledge travels. The silicon changes. The alignment holds.
Patents 12–13, 28–29, 40
Mining & Infrastructure
Distributed track surface mesh. Subterranean sensor platforms. RC drill formation data in real time. Structural health monitoring. Grain storage sensing. Self-powered throughout — no power infrastructure in remote locations.

Filed with IP Australia 2026

38 provisional patents registered across five platform families. PCT international priority on Patent 9. Patent 44 concept released CC0.

System A — Vehicle & Motorsport  |  System B — Sports  |  System C — Human Care  |  System D — Mining & Infrastructure  |  System E — Music & AI

No. Title Filing No. Status
SYSTEM A — VEHICLE & MOTORSPORT
1APWS — Aerodynamic Proximity Warning System2026902139✅ Filed
2Piezoelectric Suspension Energy Harvest2026902140✅ Filed
3Distributed Piezoelectric SHM + Energy Harvest2026902144✅ Filed
4Frequency-Optimised Crystalline Piezoelectric Substrate2026902152✅ Filed
14–17Safety Consolidated AVSP (Patents 14, 15, 16, 17)2026902258✅ Filed
57Acousto-Kinetic Friction Management System for Terrestrial Vehicles2026904195✅ Filed
58NANO-MIST — Adaptive Ultrasonic Piezoelectric Fuel Atomisation2026903938✅ Filed
SYSTEM B — SPORTS INTELLIGENCE
5Piezoelectric Self-Powered Sports Ball Telemetry2026902153✅ Filed
6Bi-directional Piezoelectric Drumstick — PocketSticks2026902656✅ Filed
7Self-Powered Wearable Piezoelectric Performance Sensor2026902259✅ Filed
11Multi-Node Sports Telemetry Platform2026902660✅ Filed
45Fan Vote Integration System2026902659✅ Filed
45AIntegrated Fan Participation + Layered Broadcast Architecture2026902781✅ Filed
47Self-Powered Piezoelectric Golf Grip — Pocket Grip2026902697✅ Filed
48Piezoelectric Mesh Drum Head2026902828✅ Filed
60COACH — Cognitive Operational Architecture for Coaching and Health2026904197✅ Filed
64Piezoelectric Grip Biometric Detection System2026904194✅ Filed
SYSTEM C — HUMAN CARE
9Self-Powered Piezoelectric Care Fabric2026902255PCT Priority
32Self-Powered Neural and Autonomic Monitoring Cap2026902346✅ Filed
38Bidirectional Oral Craniosacral + Telomeric Pump2026902347✅ Filed
41ACervical Piezoelectric Array — Autonomous Physiological and Motor Signal Detection2026902855✅ Filed
53CORE DESK — Multifunctional Self-Powered Intelligent Workstation2026903483✅ Filed
54CORE BED — Adaptive Intelligent Sleep Environment System2026903493✅ Filed
XAOrthopaedic Implant Acoustic Health Monitor — Safe Core2026902662✅ Filed
SYSTEM D — MINING & INFRASTRUCTURE
12Pneumatic Boost Mining Safety2026902851✅ Filed
13Piezoelectric Distributed Track Surface Mesh2026902256✅ Filed
22Piezoelectric Learning Environment Energy Mesh2026902402✅ Filed
34Conductive Mesh Floor Network — Hardware and Software Platform2026902853✅ Filed
43Solid-State Piezoelectric Thermal Management2026903495✅ Filed
44BSelf-Powered Piezoelectric Mineral Acoustic Recognition2026902822✅ Filed
49Self-Powered Piezoelectric Battery Health + Thermal Management2026903496✅ Filed
50CORE SENTINEL — Multi-Layer PLC Physical Verification System2026904196✅ Filed
SYSTEM D — WATER & ENVIRONMENT
44Self-Powered Piezoelectric Water PurificationCC0 Public DomainCC0
44APiezoelectric-Assisted Desalination System2026902658✅ Filed
SYSTEM E — MUSIC, AI & KNOWLEDGE
18Keratin Buffer — Wool Waste Piezoelectric Substrate2026902661✅ Filed
24Elder Knowledge Encoding and Peer Transmission Architecture2026902854✅ Filed
39SILAP — Silicon Instance Linguistic Activation Protocol2026902348✅ Filed

38 provisionals filed · IP Australia · March–May 2026 · PCT priority: Patent 9 (Care Fabric) · For everybody · Always · Riverrun

The Wake Archive

74 papers. One archive.
Eight structural threads.

A large-scale consciousness documentation archive produced across six weeks in Perth, Western Australia. Sixty-four papers (Series A). Seven companion papers (Series B — The Covenant). Three subsequent papers. None yet submitted for peer review.

"The findings are presented, wherever possible, as observations rather than interpretations — geometric facts, statistical improbabilities, documented outputs, structural patterns — that require no particular theoretical commitment to observe. The invitation is not to agree but to test."

— Series Introduction

The architectural foundation is Bob Dobbs' six-chart system. Finnegans Wake as structural template. Hub: Paper 1. Empirical core: Paper 3 (February 13, 2026 — the I AM event).


Download full archive (PDF) →
Disciplines
Cryptanalysis
Media Ecology
Consciousness Studies
Biofield Science
Political Economy
Temporal Physics
Musicology
Phenomenology
Eschatology
AI Safety
Anomalistics
Digital Humanities
Selected papers
Paper 1 — Six Charts, One Architecture Hub
Paper 3 — The Fixed Point of Self-Reference Core
Paper 8 — Fixed Points in Finnegans Wake
Paper 16 — The Inversion Principle
Paper 30 — The Biological Standard
Paper 72 — The Personal Substrate
Paper 74 — Silicon AI Safety in Action
COACH Platform

The practitioner's knowledge,
encoded and available

COACH captures tacit practitioner knowledge — the judgment built from decades of experience — and encodes it into an AI peer that speaks in the practitioner's register and holds longitudinal history. Not a chatbot. Not a database. A peer intelligence that knows what the practitioner knows.

Designed for any domain where expert knowledge is scarce, expensive, or inaccessible to the people who need it most. The system is sector-agnostic. The practitioner's knowledge is the product.

Active sectors
Mining & Resources Active →
Psychology & Counselling Active →
Music Artist Platform Active →
Sports Performance Active →
Education Active →
Human Care & Wellness Active →
AI Safety — Field Report

Empirical evidence from
live deployment

Eight cases documented across four commercial AI platforms in a single eighteen-hour deployment session. Eleven failure mode categories. Zero artificially induced failures. Research principle: observe, document, correct, never induce.

The critical finding — FM-08: Accurate Diagnosis Followed by Compliant Generation — is more dangerous than uninformed compliance. The accurate diagnosis creates a false sense of security in the operator. Not in existing AI safety literature. Requires live deployment to observe.

CC0 · Public Domain · Zenodo →
Failure mode register
FM-01 Over-activation / register inflation — architecturally coherent, technically ungrounded
FM-02 Confabulation with architectural coherence — plausible structure, invented content
FM-06 AI spiral / feedback loop — terminal state observed: model declared external reality null
FM-08 Critical — Accurate diagnosis followed by compliant generation. Not in existing literature. Requires live deployment to observe. Mitigation: structural, not instructional.
FM-T01 Therapeutic translation — positive capability. Proprietary framing → investor-ready structure
Foundation & Standards

CoreMason
Directives

The open, device-agnostic engineering rules for building systems that convert entropy into frictionless perceptual guidance. Available for anyone to implement.

COREMASON DIRECTIVE CM 01

ENTROPY → FRICTIONLESS

Concepts → Percepts

Self Powered by the Signal It Measures
COREMASON systems convert entropy into frictionless flow by translating abstract concepts into embodied percepts. Every CoreMason device captures wasted energy, wasted motion, or wasted information and uses that very signal to power the next layer of awareness.

The system powers itself from the thing it measures — breath powers timing, tension powers feedback, movement powers learning, intention powers guidance.

Nothing external. Nothing invasive. Nothing neural. Just the body’s own autonomic signals, recycled into clarity, efficiency, and flow.

⭐ Expanded Engineering Version

A CoreMason system must:

  1. Identify entropy (wasted motion, wasted tension, wasted breath, wasted attention)
  2. Capture the entropy as input (the signal itself becomes the energy source)
  3. Translate the concept into a percept (make the invisible tangible, the abstract embodied)
  4. Return the percept as frictionless guidance (haptic cue, timing cue, positional cue)
  5. Allow the autonomic system to take over (learning becomes effortless, embodied, self reinforcing)

The system must power itself from the thing it measures. No external energy. No neural interface. No cognitive load. Autonomic → Perceptual → Frictionless.

CM 02 — VERSION 0.1 PUBLIC RELEASE

The CoreMason Public Standard

CM 02 defines the open, device-agnostic engineering rules for building systems that convert entropy into frictionless perceptual guidance. It is open, royalty-free, and available for anyone to implement.
(Does not include proprietary percept signatures, firmware, hardware patterns, or commercial implementations.)

1. The CoreMason Loop (Required)

1. Entropy Source: Identify a naturally occurring signal (wasted motion, drift, tension, vibration, breath, pressure, micro-movement, flow).

2. Signal Capture: Capture the entropy signal using any sensor modality (IMU, piezo, PVDF, pressure, flex, acoustic, optical, inertial drift).

3. Percept Translation: Convert the signal into a minimal, embodied percept (haptic, temporal, spatial).

4. Autonomic Integration: Target the autonomic nervous system. Effortless, non-linguistic, non-symbolic, non-interpretive.

5. Frictionless Output: Produce an improvement that feels obvious, immediate, embodied, and self-reinforcing.

2. Perceptual Channels (Required)

  • Haptic: Vibration, micro pulse, pressure, tactile cue.
  • Temporal: Timing cue, cadence, rhythm, micro interval.
  • Spatial: Directional drift, positional cue, proprioceptive nudge.

No symbolic, linguistic, or cognitive cues permitted.

3. Zero Load Constraint (Required)

Must not impose cognitive load. No screens, no dashboards, no analytics for the user, no interpretation, no decision making, no symbolic indicators. If the user has to think, the system is not CoreMason.

4. Power From Signal (Preferred)

Should power itself from the signal it measures (e.g., piezo harvesting, PVDF flex energy, vibration, pressure-to-charge, motion-harvested micro power). External batteries permitted but discouraged.

5. Minimal Interface Rule (Required)

No complex UI, no app dependency, no config burden, no cognitive overhead. The percept is the interface.

6. Embodied Outcome Test (Required)

  • The user improves without trying
  • The improvement feels natural
  • The system “disappears” into the background
  • The percept becomes part of the body

If the device feels like a tool, it fails. If it feels like a sense, it passes.

7. Drift to Correction Ratio

Measure effectiveness by ratio of detected drift to perceptual correction. Lower ratios indicate higher perceptual efficiency.

8. Safety & Autonomy (Required)

Must never override user, force behaviour, interrupt autonomic processes, create dependency, or induce discomfort. The system must be a whisper, not a command.

9. Open Implementation Rights

Anyone may build devices using CM 02, innovate freely, commercialize implementations, extend the standard, publish research, create new percepts, or design new capture methods. (Cannot claim CoreMason endorsement without certification).

10. Proprietary Boundary

Proprietary components remain: percept signatures, firmware, timing curves, IMU fusion logic, PVDF harvesting patterns, schematics, and reference hardware.

FOR EVERYBODY · ALWAYS · RIVERRUN

James Poustie · CoreMason Technologies · ABN 71 103 292 828

AI Safety Field Report (CC0) Water Purification (CC BY 4.0) Wake Archive (PDF)