POSEIDON Is Now Live

Earthquakes remain one of the most devastating and least predictable natural phenomena on Earth. For decades, scientists, governments, and communities have relied largely on historical patterns, probability models, and early‑warning seconds before impact. While these approaches have saved lives, the fundamental challenge has remained the same: how do we move from reactive monitoring to proactive, intelligence‑driven forecasting?

Today, we take a major step forward.

We are proud to announce that POSEIDON, the world’s most advanced earthquake AI, is now live and publicly accessible.

POSEIDON is the result of extensive research, engineering, and experimentation at the intersection of geophysics, statistical seismology, and artificial intelligence. It is designed to ingest live global seismic data and transform it into meaningful, real‑time insights about seismic activity, risk, and emerging danger zones.

You can explore the system here:
https://poseidon.boriskriuk-powered.com/

Why Earthquake Prediction Needs a New Approach

Traditional earthquake analysis relies heavily on historical catalogs and long‑term statistical averages. While this approach has produced valuable scientific insights, it struggles with real‑time adaptability. The Earth is not static, and seismic systems evolve continuously under changing stress conditions.

Modern AI offers a fundamentally different capability: the ability to analyze massive streams of data in real time, detect subtle patterns humans cannot see, and continuously update its understanding as new data arrives.

POSEIDON was built on this principle.

Rather than treating earthquakes as isolated events, POSEIDON analyzes seismicity as a dynamic system. It evaluates how clusters of events evolve over time, how stress migrates across regions, and how statistical indicators shift before and after significant earthquakes.

What Makes POSEIDON Different

POSEIDON is not a visualization dashboard. It is not a static data feed. It is a live, intelligent system.

At its core, POSEIDON continuously pulls earthquake data from authoritative global sources, including the USGS, and processes it through advanced models grounded in peer‑reviewed seismological theory. These include parameters such as:

• b‑value – indicating changes in the magnitude distribution of earthquakes
• p‑value and c‑value – describing aftershock decay behavior
• Δm – capturing magnitude anomalies
• Event clustering and temporal acceleration
• Identification of significant events and evolving danger zones

These parameters are not shown in isolation. POSEIDON interprets them collectively, allowing the system to flag regions where seismic behavior deviates from baseline expectations.

The result is a system that does not merely report what has already happened, but highlights where the Earth’s behavior is changing right now.

Real‑Time Intelligence, Not Static Forecasts

One of the most important design decisions behind POSEIDON was to focus on real‑time intelligence rather than long‑range deterministic predictions.

Earthquake prediction is inherently probabilistic. Anyone claiming absolute certainty is not being scientifically honest. POSEIDON embraces this reality by providing continuously updated signals rather than fixed forecasts.

As new earthquakes occur, the system recalculates its internal state. Metrics update. Risk indicators evolve. Regions can escalate or de‑escalate in significance based on incoming data.

This makes POSEIDON especially valuable for researchers, analysts, decision‑makers, and organizations that need situational awareness rather than static reports.

Transparency and Accessibility by Design

From day one, POSEIDON was built with transparency in mind.

Many advanced seismic models remain locked behind academic paywalls or government systems. Our belief is that access to seismic intelligence should not be limited to a small group of institutions.

By deploying POSEIDON as a live, web‑based system, we are making advanced earthquake AI accessible to researchers, engineers, journalists, educators, and the public worldwide.

Users can observe:
• Recent significant seismic events
• Changes in model parameters
• Active danger zones
• Aggregate seismic activity over the last 48 hours

This open approach encourages scrutiny, discussion, and collaboration — all essential for advancing the science.

A Platform, Not a Final Product

POSEIDON going live is not the end of the journey. It is the foundation.

We see POSEIDON as a platform that will continue to evolve. Future iterations will incorporate improved modeling techniques, expanded datasets, enhanced regional resolution, and deeper analytical tools.

As the system learns from more data and real‑world outcomes, its ability to identify meaningful patterns will only improve.

Equally important, public feedback and expert critique will play a critical role in refining the system. Earthquake science advances through open debate, not closed systems.

Responsible AI in a High‑Stakes Domain

Working in the domain of natural hazards carries responsibility.

POSEIDON is not intended to replace official warnings, emergency services, or government agencies. Instead, it is designed to complement existing systems by providing additional analytical insight.

We are careful in how information is presented, avoiding sensationalism and emphasizing that all outputs represent probabilistic signals, not certainties. Responsible communication is essential when dealing with events that affect lives and communities.

The Team Behind POSEIDON

This launch represents the combined effort of researchers, engineers, and collaborators who believe that AI can be applied responsibly to some of humanity’s most complex challenges.

From data engineering and modeling to infrastructure and interface design, POSEIDON is the result of interdisciplinary collaboration and a shared commitment to scientific rigor.

We are deeply grateful to everyone who contributed to making this possible.

Explore POSEIDON Live

POSEIDON is now live and continuously running.

If you are a researcher, technologist, policymaker, journalist, or simply someone interested in how AI can help us better understand our planet, we invite you to explore the system and follow its evolution.

Access the world’s most advanced earthquake AI here:
https://poseidon.boriskriuk-powered.com/

This is only the beginning.