The Backbone and the Long Tail of Remote Sensing today

Pitfall #1

Solution

Pitfall #2

Solution

How to enable BYOD without custom infrastructure

Turning any spatial file into a live web service

Why developers use Ellipsis as a BYOD backend

Integration paths: OAuth and white label API

The Raster Challenge: Why raster data needs specialized processing beyond table engines

Spatial-Native Architecture: How Map Engine enables automatic sharding and real-time processing

Complementary Power: Creating a complete ecosystem with your existing table-based workflow

From Theory to Practice: How terabytes of spatial data transform into instant insights

Future Ready: The convergence of table and spatial processing in modern data infrastructure

Why traditional systems fall short in handling complex spatial data

The pros and cons of building an in-house solution vs. adopting a commercial platform

How modern infrastructures enable seamless geospatial data processing and decision-making

Insights on trends like AI, real-time analytics, and data democratization

Steps to streamline your geospatial data workflows for better results

Insurance and spatial data

Working with spatial data in the insurance industry

Geospatial data users are not usually GIS experts

Geospatial data management issues in the insurance industry

How Ellipsis Drive can help

How are we making EO-based data consumable to downstream markets

How is satellite data shared today

What does this status quo mean for our data consumability challenges

Ellipsis Drive as a dedicated spatial data sharing solution

What is a Cloud Optimized GeoTIFF

When can A Cloud Optimized GeoTIFF be used

What are the limitations of the Cloud Optimized GeoTIFF

When a Cloud Optimized GeoTIFF is the right answer to your challenges

Cloud Optimized GeoTIFF and Ellipsis Drive; an alternative

The Backbone and the Long Tail of Remote Sensing today

Pitfall #1

Solution

Pitfall #2

Solution