Visit the iNOAAvation Center @ Blue Tech Week 2019!

The NOAA Technology Partnerships Office will be attending Blue Tech Week in San Diego, November 20-22, 2019.  Come visit us at the iNOAAvation Center and see how NOAA is innovating across the Blue Economy!  

Before you come, check out some of the latest technologies from NOAA labs and our SBIR awardees below.


Small business partnership leads to big advances in water quality monitoring

Small business partnership leads to big advances in water quality monitoring

SBIR Recipient Swift Engineering working with NOAA Sea Grant to test kelp

Sea Grant is partnering with Swift Engineering on the development of a buoy like none before. Meet Kelp - a remote, self-powered buoy for water quality monitoring.

Joined through NOAA’s Small Business Innovation Research Program, Sea Grant is helping Swift Engineering deploy and test Kelp in different environments for a variety of purposes. Check out this multimedia feature to learn more about Sea Grant and Swift’s partnership on Kelp.

Monday, May 3, 2021/Author: Derek Parks/Number of views (0)/Comments (0)/
Tags: SBIR
These 5 technologies are helping save our ocean

These 5 technologies are helping save our ocean

NOAA’s tech partnerships are working to solve big problems

Protecting and exploring our global ocean is a huge job: It covers more than 70 percent of Earth’s surface. Cutting-edge technologies help us dive deeper, gather more ocean data and solve some of its biggest challenges.

Here are 5 innovative high-tech tools borne from NOAA’s partnerships with the fishing industry and technology companies large and small.

Friday, June 25, 2021/Author: Derek Parks/Number of views (0)/Comments (0)/
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Small Business Innovation Research - a Pathway to Commercial Success

Small Business Innovation Research - a Pathway to Commercial Success

Black Swift Technologies works through NOAA and Air Force SBIR to Develop Multi-Mission UAS Capabilities

In 2018, Black Swift Technologies (BST) was awarded a Phase I SBIR grant, the purpose of which was to determine the scientific, technical, and commercial feasibility of a proposed air-deployed unmanned aerial system (UAS) for boundary layer observations in turbulent environments.  Critical to the success of the UAS platform was Black Swift’s ability to reduce the complexity and weight of the vehicle compared with existing platforms, offering an order of magnitude decrease in cost while maintaining endurance without sacrificing performance and measurement quality. These characteristics proved to be equally valuable in the eyes of the United States Air Force.
Tuesday, May 25, 2021/Author: Derek Parks/Number of views (1561)/Comments (0)/
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