QuakeSight
Experimental project - tracking data patterns to anticipate future quake locations.
#QK25-01-A
Experimental Seismic Modeling - Pacific Region
As part of an ongoing independent research initiative, I am conducting experimental analysis aimed at identifying potential regions of increased likelihood for the next significant Pacific Ocean earthquake.
This work focuses on open-ocean seismic activity only and excludes coastal and land-based events.
The current test model is observing seismic events with an estimated range of magnitude 5.9 or greater (Richter scale) occurring within the Pacific Ocean basin.
These calculations are part of an exploratory methodology, designed to test new analytical approaches for identifying areas of heightened seismic probability. This is not a prediction, but an experimental model intended to contribute to broader research efforts in seismic pattern recognition.
Model Calculation Timestamp:🕒 10 November 2025 - 22:30 UTC. modeling is for the NEXT earthquake in the Pacific after this date-time.
Research is ongoing, and future updates will be shared as additional modeling cycles and data refinement progress.
Location https://maps.app.goo.gl/816xdmfXsjzomvLt9
#QK25-11-B
Experimental Earthquake Location Project: QK25-11-B
Mediterranean Sea – Experimental Seismic Modelling
As part of an independent research programme, I am running a series of experimental calculations exploring where the next significant open-water earthquake in the Mediterranean Sea may be most likely to occur.
This modelling concentrates solely on offshore seismic activity, with land-based and coastal events intentionally excluded from the current test cycle.
The present model examines the probability space for earthquakes estimated at magnitude 6.0 or greater within the Mediterranean basin. These calculations form part of a wider exploratory method aimed at assessing whether alternative analytical techniques can highlight regions of elevated seismic potential.
This is not a formal prediction—rather, it is an experimental assessment designed to contribute to broader studies in seismic pattern analysis and location modelling.
Model Calculation Timestamp:
🕒 10 November 2025 — 22:30 UTC
Further iterations will follow as the methodology is refined and new modelling passes are completed.
Mapped Location:
https://maps.app.goo.gl/JMVSKtGVXkY7kXuQ7
#QK25-xx-C
A Quake Prediction coming soon
#QK25-xx-D
A Quake Prediction coming soon
#QK25-xx-E
A Quake Prediction coming soon
#QK25-xx-E
#QK25-xx-A Quake Prediction coming soon
About Te Haurapa
Detect | Report | Protect
At Te Haurapa, I specialise in solving complex problems through advanced data tools, pattern recognition, and geospatial analysis. My work focuses on identifying and locating risks, uncovering hidden issues, and providing clear, actionable insights.Beyond problem detection, I help organisations refine their direction-whether it’s resolving production or staffing challenges, improving product performance, or exploring new product opportunities. My goal is to bring clarity where others see confusion and to turn data into direction.