Our Mission
PaleoTech exists to unlock a new era of global intelligence by rebuilding how we understand Earth-system behaviour — not from statistical patterns, but from physics.
We believe prediction should be:
- Physical, not statistical
- Interpretable, not opaque
- Actionable, not academic
- Built for the real world, not just research environments
PaleoTech delivers this through a unified, physics-driven intelligence platform designed for climate, environmental, and operational foresight.
Our goal is bold:
Deliver the most scientifically grounded, physics-first intelligence platform in the world — built in Australia, for the globe.
Our Philosophy
PaleoTech’s approach is guided by three core principles:
1. Physics First
Earth-system behaviour emerges from physical structures — not historical patterns or probability curves.
We reconstruct the underlying drivers that shape climate behaviour.
2. Interpretable by Design
Signals must be explainable, traceable, and scientifically grounded.
Every engine exposes meaningful structure that analysts, researchers, and decision-makers can understand.
3. Built for Real-World Application
Insights must lead to action:
climate services, risk planning, environmental strategy, agricultural operations, emergency management, and government programs.
PaleoTech began with a foundational insight:
Earth’s long-lead behaviour is governed by deep physical structures: axial tilt, mass redistribution, ocean–atmosphere coupling, and energy imbalance that create measurable signals before surface data reacts.
Our Story
From this insight emerged a series of breakthroughs:
- A new physics-based regime engine for multi-scale state detection (PhaseX™)
- A new way to reconstruct and interpret axial tilt & wobble (PaleoIQ™)
- A new framework for ENSO regime prediction (ENSOLink™)
- A new method for wind-state factoring (WindPulse™)
- A new method for rainfall reconstruction & hydrological coherence (RainMAP™)
- A new approach to soil–climate synchronisation (SoilSYNC™)
These pieces became a cohesive, multi-layered architecture:
Core Physics Engines → Climate Engines → Operational Intelligence Engines
Today, PaleoTech is a physics-first intelligence platform offering long-lead climate windows, ENSO phase detection, rainfall outlooks, volatility analysis, hydrological alignment, and operational guidance across multiple sectors — from agriculture to climate services to environmental planning.ws, rainfall outlooks, ENSO phase detection, volatility analysis, and operational guidance for agriculture and climate services.
And from this architecture emerged PaleoTech’s first flagship application:
CropCAST™ — the operational layer that turns physics-driven climate intelligence into real-world agricultural decisions.
Our Scientific Foundation
1. Axial Tilt & Wobble Physics
Earth’s tilt, wobble, and polar-motion structures influence hemispheric balance, energy distribution, and long-lead climate outcomes. PaleoIQ™ reconstructs these signals in real time.
2. Mass-Flow Redistribution
Shifts in atmospheric and oceanic mass — circulation, angular momentum, and strain — expose upcoming system changes. MassFlow™ reveals these signatures.
3. Ocean–Atmosphere Coupling
ENSO, PDO-like states, and other oscillations arise from physical mechanisms, not probabilistic curves. ENSOLink™ models these regimes using tilt anomalies and energy-state dynamics.
4. Hydrological Coherence
RainMAP™ reconstructs rainfall alignment and hydrological risk windows using deep physical drivers, not historical averages.
5. Soil–Climate Synchronisation
SoilSYNC™ translates climate-state transitions into interpretable field-readiness signals, operational windows, and environmental pathways.
6. PhaseX™ – Regime Detection & Physical State Reconstruction
PhaseX™ is PaleoTech’s analytical engine for detecting physical regimes across climate, ocean, atmospheric, and hydrological systems.
It exposes meaningful, early-emerging structure — tilt shifts, mass-flow transitions, wind-state fingerprints, rainfall alignment, ENSO phase changes months or years before traditional statistical approaches react.
PhaseX™ provides the core interpretive layer that links PaleoTech’s physics foundations to real-world predictive intelligence.
Everything at PaleoTech follows one rule: PHYSICS FIRST.
Our Vision
A world where:
- A world where:
- long-lead prediction is accurate and trustworthy
- climate and environmental services have reliable forward windows
- ENSO and major oscillations are understood months earlier
- operational decisions are built on physics, not probability curves
- and Australia leads the next generation of Earth-system intelligence