OceanSig | Marine Investigation Platform

Investigate ocean events across scientific data sources with explicit physical comparability, provenance, and claim ceilings.

Live telemetry available — feed-health metadata unavailable
OceanSig Scientific PlatformEvidence-Aware Marine InvestigationRO-Crate 1.3 Export Ready

Investigate ocean events across scientific data sources.

OceanSig helps you discover marine observations, compare unlike measurements without silently treating them as equivalent, inspect byte-level provenance and uncertainty, construct bounded reproducible investigations, and export the evidence and citations behind your work.

WHAT IS OCEANSIG?

A serious scientific investigation platform uniting satellite radiometry, in-situ thermistors, buoys, acoustics, and diver surveys.

WHAT CAN I DO HERE?

Formulate inquiries, test physical relationships, define claim boundaries, save reproducible dossiers, and export RO-Crate packages.

WHY IS THIS DIFFERENT?

Enforces physical non-equivalence (skin SST ≠ benthic temp), treats absence as unresolved, and blocks overclaims without demographic surveys.

HOW DO I START?

Choose a question below, explore data by region/event, or launch an empty research workspace.

Researcher Starting Path — Formulate Your Inquiry

Begin an investigation from an empirical research question, known event, region, phenomenon, or cross-source comparison.

6 Starting Modes
The OceanSig Scientific Workflow Cycle10-Step Scientific Loop

Operational Telemetry & Ingestion Grounding

Live ocean conditions, signal detection, and reef stress monitoring.

Real-time data surfaces from monitored stations and NOAA NDBC ingestion. All metrics reflect verified telemetry — stale or baseline data is labeled inline.

No persisted anomaly detections are currently open.

IOOS auxiliary source: not active

No active IOOS ingestion metadata found. Auxiliary metrics are not currently updating.

ERDDAP auxiliary source: not active

No active ERDDAP ingestion metadata found. Auxiliary metrics are not currently updating.

Persisted Anomalies

0

public anomaly feed records

Persisted Signals

0

persisted detection records

Live Stations

2

station condition snapshots shown below

CRW Reef-Stress Regions

2

CRW stress records shown below

Anomaly Summary

Snapshot of the public anomaly feed and regional risk pages. This is not a system-wide operations total.

Derived summary. Summary counts are derived from the public anomaly feed and the configured regional risk responses shown downstream. Latest timestamp 2026-10-29 01:10 UTC, under 1h old.

No clear trend

Total

0

anomaly records

Elevated

0

medium or high severity

Critical

0

needs immediate review

Configured Regions

0

configured regions above low risk

Signal Center

Persisted detections only. Signal cards do not imply system-wide live coverage beyond the records shown here.

0 open

Derived summary. No persisted signal detections were found in the database. The signal center is empty.

No active signal detections

Signals appear here when the ingestion pipeline flags anomalies at monitored stations.

Observation Coverage Network

Regional monitoring status from the live database

High
Moderate
Sparse
None

Select a region marker to view its status

Data source

Regions and metrics are fetched live from the marine API.

Live Ocean Conditions

Live API-backed. Station conditions served by the Marine Intelligence API. Latest timestamp 2026-10-29 01:10 UTC, under 1h old.

IOOS auxiliary source: not activeERDDAP auxiliary source: not active

Station

41009

NOAA NDBC

Sea temp

-- °C

Wave height

3.30 m

Wind

11.0 m/s

Pressure

1016.0 hPa

Observed

2026-10-29 01:10 UTC

ingested 2026-10-29 01:44 UTC

Station

46042

NOAA NDBC

Sea temp

19.3 °C

Wave height

2.70 m

Wind

10.0 m/s

Pressure

1013.8 hPa

Observed

2026-10-29 01:10 UTC

ingested 2026-10-29 01:44 UTC

Reef Stress Watch

Live API-backed. CRW stress records served by the Marine Intelligence API. Latest timestamp 2026-10-27 00:00 UTC, 2d old.

Region

Florida Keys

SST anomaly

1.0 °C

HotSpot

0.0 °C

DHW

13.4 °C-weeks

Stress level

No Stress

Observed

2026-10-27 00:00 UTC

Region

Southeast Florida

SST anomaly

1.0 °C

HotSpot

0.0 °C

DHW

9.6 °C-weeks

Stress level

No Stress

Observed

2026-10-27 00:00 UTC