Natural Intelligence / NI

We don't predict. We compute the present.

A computational architecture derived from the physics of ultra-complex systems — not statistics, not machine learning. We compute the present from the physics.

12 domains  ·  one engine  ·  NI·01 — NI·12

12
NI domains
Multi-scale
Coverage
Physics, not history
A glass black swan with a teal-glowing core on a dark reflective surface.

From predicting Black Swans to measuring systemic fragility. Natural Intelligence senses the structure of a market exactly where formal analysis goes blind — where data is chaotic, connections are hidden, and behaviour defies direct understanding.

Natural Intelligence — the engine.

Intelligence with built-in intuition, derived from the fundamental laws of physics rather than fitted to the past.

The engine

Natural Intelligence

A computational architecture with built-in intuition, derived from the physics of ultra-complex systems — not statistics, not machine learning.

The scale

Signal to structure

From the smallest signal to the largest structure — one continuous range.

The minds

Physicists & mathematicians

World-class scientists stand behind the system. We do not guess the present — we compute it from the physics.

A teal 3D mesh representing a complex system as a living physical surface.

A computational platform that does one thing.

Takes any complex system and represents it as a living physical model — in real time.

Not a forecasting tool. Not a model trained on history. A computational engine that knows the laws of physics and applies them continuously to whatever it observes.

A Real-Time Computational Engine

Not a forecast. A live computation grounded in physics.

1

Not a regular forecast — a computation

The engine models a complex system as a living physical object, governed by thermodynamics and mechanics — not a curve fitted to history.

2

Built on physical laws, not training data

What we observe is filtered through what is physically possible. Statistical likelihood is never enough on its own.

3

Continuously updated

The model lives. Every new data point reshapes the engine's view of the system in real time.

A prism splitting a stream of data into an ordered spectrum.

Chaos in. Structure out.

Like a prism splitting light, the engine decomposes a noisy system into its components — and reassembles them into the system's response.

01 — Input

The raw system

Chaotic discrete data, big data, geophysical and infrastructural signals — the full, noisy state of the system.

02 — Engine

Physical refraction

The system is represented as a living physical object and filtered through what the laws of physics actually allow.

03 — Output

The spectrum

Direction, ranges, target levels and quantum probabilities — separated cleanly, like wavelengths across a spectrum.

Global map of energy flows, shipping volume and systemic activity feeding the model.

Systemic by design

Geophysics, climate and infrastructure don't stay outside the market — they move it. The engine treats the world as one connected physical system, so a shock in one place is priced everywhere it matters.

12 domains. One spectrum.

A single engine, tuned to twelve domains — risk, structures and beyond.

Markets

Risks, anomalies, fragility

NI·01–05
NI·01

Equity Risk

Risks, anomalies & fragility, multi-horizon.

NI·02

Commodity Risk

Oil, gas, metals and agricultural products.

NI·03

Bond Risk

Credit risk, duration, convexity and spreads.

NI·04

Options Risk

Implied volatility and the full volatility surface.

NI·05

Regime Detection

Structural shifts and transitions between system regimes.

Risk & Anomaly

Where formal analysis goes blind.

NI·06–09
NI·06

Risk Engine

Volatility, drawdowns and tail risk.

NI·07

Systemic Anomalies

Causal breakdowns and move precursors.

NI·08

Sentiment Dynamics

Fear / greed phase shifts and reversals.

NI·09

Systemic / Environmental

Geophysics, climate & infrastructure on finance.

Structures

Off-exchange valuation and protection.

NI·10–12
NI·10

Private-Company Domains

Off-exchange valuation for direct investment.

NI·11

Cat-Bond Risk

Event probability and risk.

NI·12

Catastrophic Design

Hedging and capital-protection structuring.

Bespoke domains on request — talk to the lab →

Scale.

Multi-scale risk metrics across every domains.

1 DAY1 WEEK1 MONTH1 QUARTER
System state
Current configuration of the digital twin at each horizon
Stability zones
Boundaries of stable regimes, not point values
Critical thresholds
Levels beyond which the system shifts regime
Scenario probabilities
Calibrated likelihoods for each trajectory of the twin

Product.

Digital twins of your systems — from a single domain to a model built from scratch.

Tier 01

Basic

Digital twin of a single system. One domain, key risk metrics, horizons from 1 day to 1 quarter. Scheduled updates.

Tier 02

Standard

Digital twins of several systems. Up to a few domains, full metric set, all horizons, regular intraday updates.

Tier 03

Enterprise

Full set of digital twins for your systems. All twelve domains, custom configuration, real-time updates, dedicated support and joint model calibration.

Tier 04

Platinum

A new domain built for your system from scratch. The physical model is designed specifically for your problem, with exclusive calibration and full support.

Turn your system into a living model

We work with an exclusive circle of companies. Tell us the system you need to understand, and we'll tell you what the physics says.

Address
Nahum Het 7, Tirat Carmel, Israel