Technology for Conservation

Leveraging the best of today’s technologies to enhance and scale conservation programs.

blue ocean rocky shore

Northrop Grumman’s Technology for Conservation

Northrop Grumman’s Technology for Conservation (T4C) innovation projects are a unique way to build on the company’s emphasis of environmental sustainability, evolve our partnerships with conservation organizations and provide new opportunities for employees. By combining the expertise of Northrop Grumman engineers with the conservation organizations’ knowledge of Earth’s ecosystems, these projects are able to leverage the best of today’s technologies to enhance and scale conservation programs.

For additional questions and information, please email our T4C organization at

Project Glacier Watch

Measuring glacier melt via the continuous and accurate collection of sensor data technology.

Learn More

Sustainability: HOP Queue imager for coastal water and forest health

Hyperspectral Onboard Processing Queue (HOP Queue)

Utilizing a visible and Short-Wave IR (SWIR) hyperspectral imager (HSI) and onboard processor to determine coastal water and forest health.

Learn More

Sunset Shutterstock-519141484

Oyster Monitoring Challenge

Monitoring reef health metrics and environmental conditions to support oyster restoration in the Chesapeake Bay.

  Learn More

baby turtle on the beach

Turtle Tech

Developing sensor data technology for sea turtle conservation on the Florida coastline.

Learn More

Employees in blue shirts examine oysters inside boat

Environmental Sustainability

We are reducing our environmental footprint and driving towards a more sustainable future.

Learn More
From Bears to Birds: Animal Extinction Prevention Supported by Technology

Operation PolarEye

Mapping ice formations across polar bear habitats using an autonomous vehicle with a custom sensor package.

Learn More

Two researchers prepping a drone for flight in New Mexico over cultural site.

Cultural SITEs

Using photogrammetry and Light Detection and Ranging (LiDAR) to create three-dimensional (3D) models of historical sites in New Mexico.

Learn More About Cultural SITEs
butterfly sitting on a flower


Using sensor packages in native plant gardens to analyze biodiversity.

Learn More