
PySTAC is a Python library for reading, writing, and manipulating SpatioTemporal Asset Catalogs. PySTAC 0.3 is now released and ready to use!
PySTAC is a Python library for reading, writing, and manipulating SpatioTemporal Asset Catalogs. PySTAC 0.3 is now released and ready to use!

GeoTrellis 3.0 includes feature additions and improvements that make it easier to read raster data from a variety of formats and sources, and support COG’s.

Testing Your IAM Policies As the complexity of your AWS environment grows, the need for more specific Identity and Access Management (IAM) roles, and policies increases. These IAM policies govern not only the users that are logging in to the AWS environment, but also the permissions that are granted to services, Lambda functions, EC2 instances, and…
Mapping is hard, but spinning up a new app that renders maps doesn’t have to be. Here’s how you can easily get started working with maps in a new React app. Not that AAA map under your car seat Maps have been around for thousands of years, but they’ve become more complex and powerful within…
Over the past few years, serverless design has taken the cloud community by storm. It is hard to ignore–with promises like “pay only for what you use”, “no security patching”, and “infinite scalability”. Being on the cutting edge can have drawbacks too, which in this case is what I would describe as an absence of…
Read about our journey to hiring an outsourced data labeling firm and how we’ve found a partner in CloudFactory.

STAC is creating an ecosystem of interoperable spatiotemporal assets. Learn how Azavea has contibuted and about future steps for the specification.

We trained remote computer vision workers to provide data labeling for machine learning projects. Here’s what we learned.

We used transfer learning to teach a model to take advantage of multi-band imagery without discarding the original RGB pre-training. This resulted in significant performance improvement.

To deal with issues of apparel facility list data quality and scale quickly and efficiently we need a machine learning tool that can capture the knowledge of domain experts, find commonalities in jumbled text, and confidently compare large lists without the need to compare each individual entry.
