EnviroArc · Environmental Intelligence
EarthNet 2.0 provides the global environmental, geophysical and geopolitical picture. Atlas resolves New Zealand in operational depth. Poseidon now operates its own protected-waters and Global Fishing Watch research interface alongside the Atlas marine lens. Weather Lab adds radar-based storm structure research and official NWS/NHC context. EnviroArc connects the four systems without pretending they are one application.
One family · four specialist systems
EnviroArc gives EarthNet the planetary view, Atlas New Zealand depth, Poseidon protected waters and Weather Lab evidence-led storm analysis. The marine research pipeline is shared with Atlas; Weather Lab operates its own native severe-weather research backend.
The shared discipline is provenance, freshness, evidence class, change detection and causal traceability. A live observation, a model estimate and a derived anomaly should never look like the same kind of evidence.
The operational family
EarthNet and Atlas share meaning and design rules without sharing one database or duplicating each other's job.
Global hazards, geophysics, atmosphere, ocean circulation, cryosphere, biosphere, infrastructure and geopolitical/conflict context in one globe-first command surface.
Geohazards, freshwater, terrestrial systems, atmosphere and marine intelligence with source health, freshness and local event history.
Poseidon watches over New Zealands 49 DOC marine reserves, Global Fishing Watch-derived screening, and retained historical review evidence. Atlas shares the underlying protected-waters data pipeline. GFW-derived fishing effort is a research prompt, not proof of illegal fishing or real-time vessel tracking.
PROMETHEUS · SPECIALIST RESEARCH LABORATORIES
Beyond monitoring the world as it is, our research laboratories investigate how environments change before major events. Follow each lab for its live research screens, historical evidence, negative findings and validation methods.
Subterranean studies earthquake-catalogue patterns and volcanic-region context, comparing emerging signals with historical replays, quiet controls and regional differences. The aim is to test whether any precursor holds up across faults, places and time.
Enter Subterranean LabExtreme Weather Lab examines radar storm structure alongside separate global and New Zealand environmental precursor screens. Time-gated replays, official advisory context and careful testing seek repeatable patterns without mistaking a research signal for a warning.
Enter Extreme Weather LabBoth laboratories are experimental. Identified patterns are research candidates, not validated earthquake, eruption, tornado or cyclone predictions. Official agencies remain the source of public warnings.
