Product

SafeSwims

A geospatial intelligence product by ElGharbawi Geospatial Consulting — providing forecast-based sea-condition assessments to help you make informed decisions about beach visits.

Explore SafeSwims

What SafeSwims Does

SafeSwims combines environmental forecast data from multiple global sources to provide location-specific sea-condition assessments for beaches. The service analyzes waves, wind, temperature, and other factors to generate an estimated safety score and identify favorable swimming periods — helping you plan beach visits with greater confidence.

Core Capabilities

Safety Engine

A scoring system that evaluates sea conditions based on waves, wind, temperature, and other environmental factors to produce an estimated safety assessment.

Hourly Updates

Forecast data is refreshed every hour from multiple sources, ensuring you receive current and relevant sea-condition information.

Best Time to Swim

Identifies favorable swimming hours within the forecast period, helping you choose the optimal time for your beach visit.

Multi-Source Data

Combines data from Open-Meteo, ECMWF, and Copernicus to deliver comprehensive and reliable environmental forecasts.

Geospatial Intelligence

SafeSwims organizes and interprets environmental and geographic information to deliver location-specific insights. By combining spatial data with multi-source forecasts, the service transforms complex environmental inputs into accessible, actionable information for beach users — applying the same data-driven approach that underpins modern geospatial consulting.

Why It Matters

Environmental conditions at beaches vary significantly by location, time of day, and season. SafeSwims transforms multiple forecast inputs into a clear, accessible assessment — giving you the information you need to make better decisions about when and where to swim.

Ready to Check the Conditions?

Visit SafeSwims to view sea conditions, safety scores, and the best swimming hours at nearby beaches.

Open SafeSwims

SafeSwims uses forecast data from global sources and provides an estimated assessment. This is not a definitive decision — always verify local conditions before entering the water.