Modernize access without moving storage
The Geospatial Data Proxy helps teams publish web-facing access on top of rsync.net-backed archives so modernization can start with delivery, not with a separate storage replatforming program.
The buyer problem
Storage works. Delivery does not.
- Data is archived securely, but downstream teams still cannot consume it easily.
- Publishing browser apps, tiles, or previews requires extra tools and duplicated data.
- Modernization gets delayed because storage migration is treated as a prerequisite.
“The first win is not moving the archive. The first win is making the archive usable.”
What this feature story includes
Four surfaces turn stored assets into usable products.
Files
/data/*
Serve archived files through HTTP with range support for efficient partial reads and downstream compatibility.
Browser apps
/sites/*
Host browser-based dashboards, map clients, and related static applications from the same platform boundary.
Tiles
/tiles/*
Publish cached map tiles through MBTiles paths for fast client-side rendering.
Dynamic rasters
/cog/*
Render Cloud Optimized GeoTIFF outputs dynamically for previews and map workflows on top of archived raster assets.
Business outcomes
Why this matters commercially
- Publish user value sooner by separating delivery modernization from storage migration.
- Reduce duplicate systems created only to support browser apps, previews, or tiles.
- Give technical buyers a practical pilot path that does not require broad architectural change.
Best-fit stories
Where to use this narrative first
- Large imagery and raster archives that need browser-facing previews
- Partner portals built on existing geospatial storage
- Organizations with trusted file-based archives but weak delivery tooling
Talk track
Use this language in demos, web copy, and outbound messaging.
Core message
The Geospatial Data Proxy helps you modernize access without forcing a storage rewrite. Keep your rsync.net-backed archive, then publish files, browser apps, tiles, and dynamic raster views from one service boundary.