“Climate, Agriculture and more.”
Powered by deep physics and predictive modelling.
Turning Earth-system signals into foresight, timing advantage and resilience.
Our models are built from first principles
not historical curve-fitting. Delivering earlier, clearer and more reliable insight for climate, agriculture, and systemic resilience.
We unify Earth-system signals
Orbital mechanics, Mass-flow dynamics, ENSO behaviour, Rainfall regimes, Volatility states
into interpretable outcomes that create advantage.
Disaster, agriculture, climate, water and resilience systems
are entering a period of instability and structural transformation.
PaleoTech is building the operating intelligence for that future
where foresight becomes a capability, not luck.
The PaleoTech Edge.
SCIENTIFIC CORE
PaleoTech’s engine begins with Earth-system physics — ORBITAL, MASS FLOW, ENSO dynamics — delivering a fundamentally different approach to climate intelligence.
FIRST-PRINCIPLES MODELLING
Our algorithms reconstruct and predict climate behaviour using physical relationships, not black-box machine learning or historical curve-fit models.
PREDICTIVE LEAD TIME ADVANTAGE
Providing agriculture, climate services, government, and research organisations with high-resolution foresight and operational intelligence, enabling actions to seize opportunity earlier and build systemic resilience.
MODULAR & SCALABLE SYSTEM DESIGN
Our platform is built as a suite of interoperable climate-intelligence modules, each contributing a distinct part of the climate system and working together as a unified engine.
Where Our Intelligence Operates:
SYSTEMS INTELLIGENCE
We build Earth-intelligence engines that help agriculture, disaster systems, climate services, and research organisations anticipate Earth’s behaviour with greater clarity and lead time.
SCIENCE TO OPERATIONS
We turn deep Earth-system signals into interpretable decision intelligence that supports seasonal planning, long-lead positioning, sector strategy, and resilience building.
INDUSTRY AND RESEARCH
We work across agriculture, disaster foresight, climate risk, environmental monitoring, and Earth science helping organisations integrate physics-driven intelligence into their tools, workflows and models.
HOW WE DO IT
We convert deep physics, climate signals, and behavioural doctrine into operating intelligence
frameworks that shift timing, posture and decision advantage.
WHAT WE BUILD
Doctrine, models, timing engines, and sector-ready decision tools that reshape how industries anticipate change, allocate capital, and build resilience..
WHERE IT WORKS
In land use, water planning, institutional strategy, hazard foresight, sector resilience and transformation where timing and stability now matter most.