Interactive environmental mapping
A Windy-inspired MapLibre interface presents weather, air quality, CO₂, satellite validation, and webcam layers inside a constrained area of interest, with smooth time navigation.
Project 01
Windy Environment Platform
A government-grade environmental intelligence platform that combines live mapping, historical playback, forecasts, anomaly analysis, and alerting across the Nile–Gulf of Suez corridor.
Overview
Environmental Intelligence & Early Warning System
The Windy Environment Platform provides a unified operational view of weather, air quality, greenhouse-gas indicators, satellite validation, and live webcam evidence. It is designed for Egyptian government stakeholders who need to understand changing environmental conditions and respond quickly to emerging incidents.
Users can move through historical observations and forecasts, inspect any point on the map, analyse custom polygons, correlate anomalies with industrial facilities, compare time periods, and document findings through professional reports. Arabic and English are supported, including RTL presentation.
- Audience
- Government analysts, environmental officers, field operators, emergency teams, and policy makers
- Operational scope
- Egypt · Nile River to Gulf of Suez corridor
- Delivery
- Web platform · Mobile notifications
90 daysHistorical environmental playback
72 hoursForecast visibility
AR / ENBilingual experience with RTL
Real timeData freshness and alert status
Main features
A connected operational experience.
Multi-source environmental data
The platform integrates Open-Meteo weather, CAMS atmospheric data, Sentinel-5P validation, Windy webcams, and OpenStreetMap industrial facility locations.
Investigation and spatial analysis
Point inspection, polygon statistics, hotspot detection, facility overlays, and historical reconstruction help analysts move from observation to evidence-based investigation.
Alerts and mobile response
Configurable polygon thresholds support current, forecast, and combined alerts. Firebase Cloud Messaging delivers notifications while cooldown rules reduce alert fatigue.
Advanced visual analytics
Zoom-aware wind streamlines and arrows, split-screen comparison, swipe mode, wind rose charts, and a pollution dispersion index make complex patterns easier to interpret.
Executive reporting and resilience
KPI dashboards, shareable map states, bilingual PDF reports, freshness indicators, caching, fallback data, and graceful degradation support reliable stakeholder use.
Workflows
Designed around the way work actually happens.
01
Environmental monitoring
- 01
Navigate within the defined geographic corridor
- 02
Select weather, air-quality, CO₂, satellite, or webcam layers
- 03
Move through historical observations or forecast hours
- 04
Inspect locations and patterns
- 05
Open analytics or comparison views for deeper interpretation
02
Alert response
- 01
Detect a threshold breach automatically
- 02
Send a mobile push notification
- 03
Verify the affected area using nearby webcams
- 04
Analyse the incident with polygon and correlation tools
- 05
Generate a report with maps and statistics
03
Spatial investigation
- 01
Draw an area of interest
- 02
Calculate average, minimum, and maximum values
- 03
Overlay industrial facilities and hotspots
- 04
Compare current conditions with historical baselines
- 05
Export findings in Arabic or English
Architecture
Technology selected for geospatial performance and operational reliability.
A modern geospatial stack separates the interactive experience, operational API, time-series and spatial storage, and automated ingestion pipeline. Caching and fallback behaviours keep the platform useful when a source is delayed or unavailable.
- React 19
- TypeScript
- MapLibre GL JS
- ASP.NET Core 8
- PostgreSQL
- TimescaleDB
- PostGIS
- Redis
- Python 3.11
- FastAPI
- COG raster tiles
- Docker Compose
- React Native
- Firebase Cloud Messaging
Screenshots
Product experience, fully documented.
Every supplied project image is presented at its natural aspect ratio. Select any screenshot to inspect it at full size.
Platform overview
A map-centred overview with point inspection, environmental readings, timeline controls, and operational status panels.
Wind visualisation layer
Dense wind vectors and the time player visualise current atmospheric movement across the monitored corridor.
Environmental data inspection
A selected point exposes temperature, wind, pollutants, timestamps, and verification information without leaving the map.
Executive dashboard
KPI cards summarise current environmental values, hotspots, alerts, source health, and overall conditions.
Temporal comparison mode
A synchronised split view compares two dates or datasets while keeping both maps aligned.
Wind rose analytics
Interactive wind rose analysis presents speed and direction patterns for selectable time windows.
Webcam verification
A live webcam view supports visual confirmation and contextual investigation of nearby environmental events.