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We empower humanity with knowledge to prevent catastrophes

SEISMIC PREDICTION

GLOBAL ALERTS

ATMOSPHERIC MODELING

OCEANIC ANALYSIS

DASHBOARD

Altus AI is a next-generation intelligence platform

that detects, predicts, and interprets seismic and atmospheric phenomena from earthquakes 

and tsunamis to hurricanes, tides, and wind patterns. Altus system gives time to prepare, 

time to respond, time to survive.

OUR MISSION

OUR MISSION

OUR MISSION

We give you the tool to turn atmospheric phenomena data into real actions.

OUR MISSION

OUR MISSION

OUR MISSION

HOW WE DO IT?

HOW WE DO IT?

HOW WE DO IT?

Thanks to AI we do it with a level of accuracy and foresight previously thought impossible.

Altus system gives time to prepare, time to respond, time to survive.
To empower humanity with knowledge that can prevent catastrophe.

We are creating the extra tool for people, 

not the replacement.

OUR MISSION

OUR MISSION

OUR MISSION

12 times easier

10 times faster

100 times precisely

AI

AI

Human

Human

HOW IT WORKS?

HOW IT WORKS?

HOW IT WORKS?

Our system contains visual dashboards, simulation tools, and predictive maps allow experts to see and act ahead of time.

It’s a guardian system — the quiet intelligence watching over the Earth.

Atmospheric modeling

Continuously monitors wind systems, jet streams, and air pressure shifts to predict storms and hurricanes with unprecedented accuracy. Continuously monitors wind systems, jet streams, and air pressure shifts to predict storms and hurricanes with unprecedented accuracy.

Seismic Prediction

Detects subtle geophysical signals that precede earthquakes and volcanic activity, generating early-warning forecasts.

Oceanic Analysis

Measures wave energy, tidal changes, and underwater pressure variations to forecast tsunamis and rising sea levels

Adaptive Learning

Every data point strengthens the system. The more it measures, the smarter it becomes.

Global alert network

Enables real-time alerts and visualizations accessible to meteorologists, researchers, and governments through secure interfaces and APIs.

Cross-System Correlation

Identifies complex interdependencies between land, sea, and air phenomena — revealing patterns that traditional models miss.

Atmospheric modeling

Continuously monitors wind systems, jet streams, and air pressure shifts to predict storms and hurricanes with unprecedented accuracy. Continuously monitors wind systems, jet streams, and air pressure shifts to predict storms and hurricanes with unprecedented accuracy.

Seismic Prediction

Detects subtle geophysical signals that precede earthquakes and volcanic activity, generating early-warning forecasts.

Oceanic Analysis

Measures wave energy, tidal changes, and underwater pressure variations to forecast tsunamis and rising sea levels

Adaptive Learning

Every data point strengthens the system. The more it measures, the smarter it becomes.

Global alert network

Enables real-time alerts and visualizations accessible to meteorologists, researchers, and governments through secure interfaces and APIs.

Cross-System Correlation

Identifies complex interdependencies between land, sea, and air phenomena — revealing patterns that traditional models miss.

Atmospheric modeling

Continuously monitors wind systems, jet streams, and air pressure shifts to predict storms and hurricanes with unprecedented accuracy. Continuously monitors wind systems, jet streams, and air pressure shifts to predict storms and hurricanes with unprecedented accuracy.

Seismic Prediction

Detects subtle geophysical signals that precede earthquakes and volcanic activity, generating early-warning forecasts.

Oceanic Analysis

Measures wave energy, tidal changes, and underwater pressure variations to forecast tsunamis and rising sea levels

Adaptive Learning

Every data point strengthens the system. The more it measures, the smarter it becomes.

Global alert network

Enables real-time alerts and visualizations accessible to meteorologists, researchers, and governments through secure interfaces and APIs.

Cross-System Correlation

Identifies complex interdependencies between land, sea, and air phenomena — revealing patterns that traditional models miss.

WHO WE SERVE?

WHO WE SERVE?

WHO WE SERVE?

Altus AI is designed for the organizations and experts responsible for protecting human life and infrastructure

We empowers them all with speed, clarity, and foresight transforming fragmented data into actionable intelligence.

System generates interpretable alerts and recommendations for scientists, meteorologists, and civil authorities.

OUR MISSION

OUR MISSION

OUR MISSION

WHO WE ARE?

WHO WE ARE?

WHO WE ARE?

Backed by scientists

For Altus AI, success is not measured in downloads or dashboards. It’s measured in lives saved, disasters mitigated, and knowledge advanced. When scientists trust our predictions, when governments rely on our signals, when families stay safe because of a warning that came just in time — that’s success.

Altus AI is the intelligence of the Earth —
sensing, learning, and protecting the future of humanity

OUR MISSION

Dr. Elias Navarro

A leading geophysicist specializing in the intersection of seismic signal analysis and machine learning. Former researcher at the European Space Agency, where he developed AI algorithms to predict tectonic stress accumulation from satellite radar data.

OUR MISSION

Dr. Elias Navarro

A leading geophysicist specializing in the intersection of seismic signal analysis and machine learning. Former researcher at the European Space Agency, where he developed AI algorithms to predict tectonic stress accumulation from satellite radar data.

OUR MISSION

Dr. Elias Navarro

A leading geophysicist specializing in the intersection of seismic signal analysis and machine learning. Former researcher at the European Space Agency, where he developed AI algorithms to predict tectonic stress accumulation from satellite radar data.

OUR MISSION

Dr. Amara Singh

An atmospheric scientist focused on modeling large-scale weather anomalies and the cascading effects of climate change.

OUR MISSION

Dr. Amara Singh

An atmospheric scientist focused on modeling large-scale weather anomalies and the cascading effects of climate change.

OUR MISSION

Dr. Amara Singh

An atmospheric scientist focused on modeling large-scale weather anomalies and the cascading effects of climate change.

OUR MISSION

Prof. Leon Hartmann

Engineer and data scientist with a background in designing autonomous monitoring networks for extreme environments — from Iceland’s volcanic zones to deep-sea seismic observatories.

OUR MISSION

Prof. Leon Hartmann

Engineer and data scientist with a background in designing autonomous monitoring networks for extreme environments — from Iceland’s volcanic zones to deep-sea seismic observatories.

OUR MISSION

Prof. Leon Hartmann

Engineer and data scientist with a background in designing autonomous monitoring networks for extreme environments — from Iceland’s volcanic zones to deep-sea seismic observatories.

Contact us and give humanity more time

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