Meteorological Applications

Integrated Meteorological Software Suite

Purpose-built applications for national meteorological departments, aviation authorities, and atmospheric research institutions

Our meteorological software suite covers the full spectrum of weather operations — from aviation weather reporting and local area forecasting to advanced aerosol characterization and solar radiation analysis. Each application features multi-stage approval workflows, role-based access control, and automated report generation, designed for operational deployment at meteorological stations across India.

Key Highlights

Capabilities across the meteorological software suite

WMO-Compliant Reporting

METAR, SPECI, and ARFOR reports generated in full compliance with World Meteorological Organization standards.

Multi-Stage Approval Workflow

Finite state machine driven workflows — New, Submitted, Validated, Approved — with complete audit trails.

Real-Time Live Displays

Auto-refreshing dashboards for live METAR data, weather conditions, and aerosol time-series monitoring.

Aerosol & Radiation Analysis

Multi-wavelength aerosol optical depth, automated aerosol classification, and solar radiation processing.

Config-Driven Dynamic Forms

All report forms defined via JSON configuration — modify fields, validation rules, and layouts without code changes.

Multi-Station Management

Support for multiple meteorological stations with ICAO codes, timezone handling, and station-specific configurations.

Our Meteorological Products

Three specialized applications for complete meteorological operations

AeroMet ARFOR — Local Area Forecast & Takeoff Weather

AeroMet ARFOR — Local Area Forecast & Takeoff Weather

A comprehensive aviation weather management system for creating, validating, approving, and distributing Local Area Forecasts (ARFOR) and Takeoff Weather reports. Built for meteorological departments operating at airports and regional forecast centres.

  • Local Area Forecasts with upper wind data across 15 altitude levels (300m to 16,000m)
  • Multi-row Takeoff Weather with wind, temperature, QFE/QNH pressure parameters
  • FSM workflow: New → Submitted → Validated → Approved with audit trails
  • Automatic PDF and TXT report generation on approval
  • Public reports portal for browsing and downloading without authentication
  • Four permission groups: Viewer, Encharge, Supervisor, Admin

Capabilities

Capability Details
Report Types Local Area Forecast (ARFOR), Takeoff Weather
Workflow New → Submitted → Validated → Approved / Rejected
Upper Wind Levels 15 altitude levels (300m to 16,000m) — direction, speed, temperature, remarks
Export Formats PDF, TXT — auto-generated on approval
Form Configuration JSON-driven — no code changes needed to modify fields
Access Control Role-based: Viewer, Encharge, Supervisor, Admin
Public Portal Unauthenticated access for browsing and downloading approved reports
Technology Django, PostgreSQL/MySQL, WeasyPrint PDF, Django FSM
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AeroMet METAR — Aviation Weather Reporting

AeroMet METAR — Aviation Weather Reporting

A WMO-compliant METAR management and publishing system for airports. Enables meteorological observers to create, parse, validate, approve, and display real-time aviation weather reports with live dashboards for pilots and air traffic control.

  • METAR and SPECI report creation with WMO standard compliance
  • Automatic METAR string parsing and generation
  • Live display dashboards with 30-second auto-refresh for operations centres
  • Aerodrome Warning (AD Warning) management with approval workflow
  • Bulk METAR file import with validation and FTP dissemination
  • IMD-formatted display pages and print-ready PDF outputs

Capabilities

Capability Details
Report Types METAR, SPECI, Aerodrome Warnings
Workflow New → Submitted → Validated → Approved / Rejected
Weather Parameters Wind, visibility, RVR, weather phenomena, cloud layers, temperature, dewpoint, QNH/QFE
Live Display Real-time METAR dashboard with 30-second auto-refresh
Validation WMO compliance, regex patterns, ICAO code validation, rate limiting
Dissemination FTP-based file transmission, bulk import/export
Reporting Intervals Configurable: 10-minute to 24-hour cycles per station
Technology Django, MySQL, WeasyPrint PDF, Django FSM, DataTables
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SKYRAD Sky Radiometer Processor — Aerosol Analysis

SKYRAD Processor — Sky Radiometer Data Analysis

A complete Python implementation of the SKYRAD V4.2 processing pipeline with an integrated web dashboard. Processes raw sky radiometer data to produce Level 2.0 aerosol optical and physical property products, with automated aerosol classification and time-series visualization.

  • 5-stage processing pipeline: dtform → sproc5 → asy → CSSR2 → cal_f0
  • Multi-wavelength Aerosol Optical Depth (AOD) and Ångström exponent analysis
  • Automated aerosol type classification (urban/industrial, dust, marine, etc.)
  • Interactive Chart.js dashboards for AOD, SSA, and sky condition time-series
  • Supports POM-01 (7 channels) and POM-02 (11 channels) instruments
  • PDF analysis reports with comparison plots and multi-page data tables

Capabilities

Capability Details
Processing Pipeline dtform → sproc5 → asy → CSSR2 → cal_f0 (Improved Langley)
Output Products Level 2.0 optical properties, Level 2.0 physical properties
Aerosol Parameters AOD, Ångström exponent (ALFA), Fine Mode Fraction, Single Scattering Albedo
Instruments POM-01 (7 wavelengths), POM-02 (11 wavelengths)
Visualization Chart.js time-series dashboards — AOD, Alpha, SSA, sky condition
Classification Automated daily aerosol type identification (urban, dust, marine, biomass)
Station Support Multi-station: Delhi, Jaipur, Kolkata, Ponmudi, Tirupati, and more
Technology Pure Python (no Fortran), Django, Chart.js, PostgreSQL/MySQL
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Need Meteorological Software?

From aviation weather reporting to aerosol analysis — we build operational-grade software for meteorological departments.

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