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Army Aims for Unmanned Airborne ISR Incremental Improvements

Here’s what the Army hopes to gain with the Future Tactical UAS.

The Future Tactical Unmanned Aircraft System Increment 1 conducts flight tests and maneuvers on February 25-26, 2021, at Leyte West Airfield, Fort Benning, Georgia, during the Future Tactical Unmanned Aircraft System (FTUAS) Rodeo. The Rodeo was the capstone event for a year-long capabilities assessment of four commercial systems conducted by five brigade combat teams. Credit: U.S. Army Photo by Luke J. Allen

Researchers Advance Flight for Insect-Sized Robots

Robotic insect swarms come closer to reality.

Components of an avionics suite for a 10-milligram “gnat robot” include a 2-milligram gyroscope, 3-milligram microprocessor and a 1-milligram visual optic flow sensor.Sawyer Fuller, Zhitao Credit: Yu and Yash Talwekar

Making Sense in Low Altitude

Companies offer emerging technology solutions for the urban air mobility market.

To support the expected onslaught of quadcopters, air taxis and drones in low altitude, companies are creating new ways of air traffic management and identification compared to the traditional Federal Aviation Administration systems. These new-age systems employ artificial intelligence, autonomy, computer vision and mesh networks, among other capabilities. Credit: Shutterstock/Andrey Suslov

Information Technology Environment Modernization

Layered Missile Defense System

Pierce Aerospace and DroneShield Announce Partnership

Combined technologies will be applied to countering adversarial unmanned aerial systems, amongst other Department of Defense and commercial applications.

A new partnership between Pierce Aerospace and Drone Shield will bring advanced unmanned aerial system identification capabilities that were previously not available, the companies say. Image courtesy of Pierce Aerospace, including enhanced situational awareness

Advances in Quantum Sensing and Timing

AFRL researchers harness cold quantum and other emerging technologies for advanced position, navigation and timing.

The U.S. Space Force and the greater military will need to rely on next-generation quantum atomic clocks, quantum sensors and component technologies in a near-peer environment in space. Credit: Shutterstock/Ezume Images

DARPA Lays Course for Unmanned Maritime Future

Three programs aim to revolutionize maritime operations.

DARPA’s No Manning Required Ship (NOMARS) program is one of multiple programs designed to increase the availability, reliability, range and payload of unmanned vessels. Credit: DARPA image

Hot Off the 3D Presses, Navy Develops Additive Manufacturing

A new technology for readiness disrupts logistics and mindsets.

Fireman Dalton Garret, assigned to the USS Bataan Engineering Department, produces a computer-aided draft for a three-dimensional printing project. The USS Bataan sent five engineering department sailors to a 3D-printing course to manufacture objects using newly installed additive manufacturing equipment onboard the vessel. Credit: Mass Communication Specialist 2nd Class Matthew F. Brown, U.S. Navy

Partnership With DISA Has Three Ps

The Defense Information Systems Agency spells out what it wants from companies it goes into business with.

Speakers at DISA's Priorities for 2023 and Beyond panel speak to businessmen at an AFCEA DC chapter event.

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Army Aims for Unmanned Airborne ISR Incremental Improvements

Researchers Advance Flight for Insect-Sized Robots

Making Sense in Low Altitude

Information Technology Environment Modernization

Layered Missile Defense System

Pierce Aerospace and DroneShield Announce Partnership

Advances in Quantum Sensing and Timing

DARPA Lays Course for Unmanned Maritime Future

Hot Off the 3D Presses, Navy Develops Additive Manufacturing

Partnership With DISA Has Three Ps