-
Does Aerovironment’s Vapor herald a future of blood drones?
Battlefield payload delivery, including for lifesaving medical supply, is likely going to be an option commanders regularly seek from drones.
-
Will Russia replace Orlan orbits with Feniks Flocks?
Designers hope hot weather modifications, hybrid fuel sources, and redundant controls are enough to challenge a workhorse drone.
-
Can DARPA CREATE an AI for unmanned-unmanned teaming?
A new opportunity would fund development of an AI framework to coordinate actions between a mix of machines on the battlefield.
-
If rust never sleeps, drone will find it on Navy ship
With algorithmic image processing and an off-the-shelf drone, the Navy can see more than midway to fixing corrosion.
-
What can the military learn from forest fire-fighting drones?
Drones that start fires to fight fires are useful tools, built on commercial off-the-shelf technology. It’s easy to imagine the military finding an application for them.
-
Sandia Labs picks up good vibrations in rocket launches
New sensors could capture vital details of rocket launches and ultimately save missile makers money.
-
Russia eyes nimble quadcopter for a warming arctic
Floating waterproof design built to survive the seas once filled with icebergs
-
Tomorrow Wars Volume 1 Issue 5: War is Coding
From electronic vote counting to fielsharing apps to autonomous squadmates, a look at the software side of war.
-
Can Congress legislate a secure technology supply chain for the Pentagon?
Following an Inspector General report highlighting many vulnerabilities, should the Pentagon adopt security as a fourth pillar of acqusitions?
-
Is this Russian robot spacecrawling before a spacewalk?
Mostly teleoperated, the FEDOR robot will trade its guns in for tools as it demonstrated limited autonomy onboard the International Space Station.
-
Does Aerovironment’s Vapor herald a future of blood drones?
Battlefield payload delivery, including for lifesaving medical supply, is likely going to be an option commanders regularly seek from drones.
-
Will Russia replace Orlan orbits with Feniks Flocks?
Designers hope hot weather modifications, hybrid fuel sources, and redundant controls are enough to challenge a workhorse drone.
-
Can DARPA CREATE an AI for unmanned-unmanned teaming?
A new opportunity would fund development of an AI framework to coordinate actions between a mix of machines on the battlefield.
-
If rust never sleeps, drone will find it on Navy ship
With algorithmic image processing and an off-the-shelf drone, the Navy can see more than midway to fixing corrosion.
-
What can the military learn from forest fire-fighting drones?
Drones that start fires to fight fires are useful tools, built on commercial off-the-shelf technology. It’s easy to imagine the military finding an application for them.
-
Sandia Labs picks up good vibrations in rocket launches
New sensors could capture vital details of rocket launches and ultimately save missile makers money.
-
Russia eyes nimble quadcopter for a warming arctic
Floating waterproof design built to survive the seas once filled with icebergs
-
Tomorrow Wars Volume 1 Issue 5: War is Coding
From electronic vote counting to fielsharing apps to autonomous squadmates, a look at the software side of war.
-
Can Congress legislate a secure technology supply chain for the Pentagon?
Following an Inspector General report highlighting many vulnerabilities, should the Pentagon adopt security as a fourth pillar of acqusitions?
-
Is this Russian robot spacecrawling before a spacewalk?
Mostly teleoperated, the FEDOR robot will trade its guns in for tools as it demonstrated limited autonomy onboard the International Space Station.
-
Does Aerovironment’s Vapor herald a future of blood drones?
Battlefield payload delivery, including for lifesaving medical supply, is likely going to be an option commanders regularly seek from drones.
-
Will Russia replace Orlan orbits with Feniks Flocks?
Designers hope hot weather modifications, hybrid fuel sources, and redundant controls are enough to challenge a workhorse drone.
-
Can DARPA CREATE an AI for unmanned-unmanned teaming?
A new opportunity would fund development of an AI framework to coordinate actions between a mix of machines on the battlefield.
-
If rust never sleeps, drone will find it on Navy ship
With algorithmic image processing and an off-the-shelf drone, the Navy can see more than midway to fixing corrosion.
-
What can the military learn from forest fire-fighting drones?
Drones that start fires to fight fires are useful tools, built on commercial off-the-shelf technology. It’s easy to imagine the military finding an application for them.
-
Sandia Labs picks up good vibrations in rocket launches
New sensors could capture vital details of rocket launches and ultimately save missile makers money.
-
Russia eyes nimble quadcopter for a warming arctic
Floating waterproof design built to survive the seas once filled with icebergs
-
Tomorrow Wars Volume 1 Issue 5: War is Coding
From electronic vote counting to fielsharing apps to autonomous squadmates, a look at the software side of war.
-
Can Congress legislate a secure technology supply chain for the Pentagon?
Following an Inspector General report highlighting many vulnerabilities, should the Pentagon adopt security as a fourth pillar of acqusitions?
-
Is this Russian robot spacecrawling before a spacewalk?
Mostly teleoperated, the FEDOR robot will trade its guns in for tools as it demonstrated limited autonomy onboard the International Space Station.
