

Quetzly is a comprehensive tool designed for testing, monitoring, and visualizing geospatial APIs. Its main purpose is to help developers, GIS, and IT teams work with location-based services by providing a unified platform for API interaction and validation.
Key features include the ability to send HTTP requests (GET, POST, PUT, PATCH, DELETE) with adjustable headers and query parameters. Users can inspect JSON responses using an integrated editor and render WMS, WFS, and ArcGIS services on interactive maps. The platform allows toggling layers, zooming to extents, and exporting data as GeoJSON or Shapefile formats.
The monitoring capabilities provide enterprise-grade oversight of geospatial infrastructure with multi-level health checks featuring customizable intervals and thresholds. It includes data quality validation for geometry, attributes, and spatial reference integrity, along with performance monitoring for response times and throughput. Alerting systems deliver real-time notifications via email, Slack, PagerDuty, and webhooks when issues arise.
Quetzly works by providing a web-based interface where developers can configure API endpoints, set monitoring parameters, and visualize results on integrated maps. The unique approach combines traditional API testing with geospatial-specific validation and visualization capabilities.
Benefits include speeding up geospatial development, reducing downtime, and delivering high-quality location services. Use cases involve testing map APIs, monitoring endpoint health, validating spatial data quality, and ensuring reliable performance of location-based services.
The product targets developers, GIS professionals, and IT teams working with geospatial data and APIs. It supports multiple environments including dev, staging, and production with environment-specific configurations, and provides reporting and analytics with historical data and performance trends.
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Quetzly is built specifically for developers, GIS professionals, and IT teams working with geospatial data and location-based services. The platform bridges the gap between robust GIS expertise and modern developer workflows, helping these professionals speed up geospatial development, reduce downtime, and deliver high-quality location services. It serves organizations that need to test, monitor, and visualize their geospatial APIs across multiple environments including development, staging, and production.