Spire Global

Collecting and analyzing global-scale data using satellites to provide data-driven solutions for various industries.

  • Spire Global

Eco Marine is
the official domestic data supply partner
of Spire Global.

Spire Global possesses a top-tier satellite infrastructure.

  • Satellite
    ADS-B
    Aviation

    ADS-B, transmitted by aircraft transponders as a legal requirement, offers aircraft identification services through Spire's satellites for tracking aircraft positions.

  • Global Satellite Weather
    Weather

    Providing historical, current, and forecast weather data from around the world collected by Spire's satellites.

  • RF Detection
    RF Frequency

    Detecting and analyzing various RF signals, including VHF, UHF
    and L-Band, via satellites to provide precise signal source location data.

  • 30+

    Ground Station

  • 165+

    Satellite in Operation

Eco Marine is the official reseller of Spire Global in Korea.

Spire
Weather

Global Satellite-Based Weather System

The Spire Weather service utilizes Radio Occultation technology from over 100 meteorological satellites, collecting thousands of atmospheric data points daily. It monitors pressure, humidity, temperature, and more, from around the world and especially from remote and maritime regions.

[ Spire 100+ Radio Occulation ]

Spire provides historical, current, and future forecast data collected from 100+ Radio Occultation satellites.

  • Historical Data.

    Possessing 30 years of global historical data.
    (Updated every 1 hour)

  • Current Data.

    Updating global weather on an hourly basis.
    (3 km resolution)

  • Future Data.

    Predictive data for global or regional forecasts.
    (10 days forecast)

[Maritime Specialized Features]

Through maritime-focused weather capabilities, we offer services for optimal recommended routes for ships, as well as weather and forecast information specific to ports.

  • Providing optimal recommended routes for ships.

    Spire Weather utilizes weather sensors, Spire's satellite weather observations, and other sources to learn weather patterns in specific regions, combining machine learning techniques to create accurate forecasts.

  • Port-specific weather and forecasts.

    Accessing customized weather forecasts for specific locations, allowing efficient work planning and ensuring maximum accuracy, thus enhancing business productivity.

  • Maritime Weather Data

    Spire Weather is a unique solution for a reliable global weather forecast powered by the largest private weather observation satellite constellation.

    Maritime Weather portfolio

    Voyage Optimization
    - Multi-objective voyage optimization algorithm; routes based on all key drivers behind voyage decision making
    - Complete API solution integrated with Spire’s satellite-based weather forecasts
    - Flexible infrastructure: built-in vessel performance models or integration with in-house models

    Global Weather Forecast
    - 15-day forecast anywhere on the planet, 12-km (1/8°) resolution
    - Dozens of atmosphere and ocean parameters; Maritime industry packages (including probabilistic forecasts)
    - Global download (GRIB2), per coordinate, or per vessel route (JSON)

    Historical Weather
    - Historical weather anywhere on the planet since 1990
    - 12-km (1/8°) resolution
    - AIS historical integration to retrieve past vessel weather conditions
    - Global download (GRIB2) available

    Port Weather Forecast
    - Port-dedicated forecast with hourly weather for 15 days
    - Forecasts updated every hour
    - Per-port tuning via advanced ML, combining local observation and weather models

    Maritime Insights
    - Forecast of weather impact on shipping operations
    - Weather risk for cargo, crew, and vessel from vessel characteristics, load, and route
    - Range of weather impact on vessel performance (API)

    Storm Tracks
    - Past, current, and forecast tropical cyclone tracks (NHC, CPHC, JTWC)
    - Global coverage, all basins
    - JSON or KMZ for visualization

    Current Weather
    - Global high-resolution (3-km) current conditions overview
    - 10 atmospheric variables, updated hourly

    Tides
    - Global astronomical tides from 1990 to five years ahead
    - Hourly tides or peaks in JSON format

Collecting data from ports and 10,500 weather observation stations to provide forecasts.

Spire
Aviation

What is ADS-B?

ADS-B stands for Automatic Dependent Surveillance - Broadcast. It is a system that autonomously collects aircraft information such as position, altitude, and speed at regular intervals. It plays an increasingly vital role in various aspects of the aviation industry, contributing to safety and efficiency enhancements.

  • Tracking
    Data

    Real time/past
    Flight tracking service
    API provided

  • Aircraft &
    Airline Fleet
    Data

    Tail Number, Aircraft Code, Aircraft Code Type name, Airline code, Airline name

  • Flight
    Schedule/
    Airport Data

    Flight Number, Departure time, Arrival time, Departure Aircraft Code, Arrival Aircraft Code, IATA and ICAO codes

  • Flight
    Analytics

    Estimated time of arrival estimated time of departure Takeoff time, Landing time

  • Global flight and aviation insights

    Easily access live and historical flight information
    - Airline KPIs – OTP, cost and performance insights, fuel burn insights
    - Airport insights – off/on block time, holdings, gate and runway information
    - Top operators, airports, destinations
    - Routes data and carbon emissions insights
    - Overflight information – Flight Information Regions(FIR), billing, entry/exit times
    - Aircraft utilisation insights
    - Travel and cargo capacity insights
    - Fleet insights

  • Simplified data processing and real time insights and Use cases

    Air Cargo & Logistics
    - Track & Trace your shipments
    - Smarter digital operations with automated flight alerts
    - Market intelligence about cargo capacity and airport congestion

    Aviation sustainability solutions
    - Fuel optimization and flight analytics
    - Build carbon emissions models and offset tools
    - Contrail management solutions

    Insurance, MRO & aircraft leasing
    - Most up-to-date overview of your aircraft utilization (hours and cycles)
    - Airline OTP/TAT performance and network analysis
    - Risk management for monitoring aircraft asset exposure and contract compliance

Radio
Frequency

What is RF Detection?

Detecting and analyzing various RF signals, including VHF, UHF, and L-Band, via satellites and providing precise signal source location data.

  • RF Detection / Geolocation

    Spire’s RF Detection service leverages Low Earth Orbit (LEO) satellites to collect and analyze various Radio Frequency (RF) signals across the globe.
    This technology enables real-time or near-real-time analysis of specific radio signals, including their occurrence, precise location (Geolocation), and activity patterns.
    Spire operates the world’s largest constellation of multipurpose RF sensing satellites, maintaining its own end-to-end infrastructure from satellites and ground stations to data processing systems.

    Key Features
    - Satellite-based RF signal detection and geolocation analysis
    - Global wide-area data collection capabilities
    - Support for various frequency bands, including VHF, UHF, and L-Band
    - Detection of GNSS Jamming and Spoofing
    - Analysis of RF activity patterns and historical data delivery
    - AI-powered signal analysis and audio extraction support

    Supported Frequencies (Examples)
    - VHF Marine Communications
    - UHF Digital Mobile Radio (DMR)
    - SATCOM / Satellite Phone
    - GNSS Interference Signals
    - Push-to-Talk Radio Signals