A key artificial intelligence (AI)-enabled video processing technology, developed by the Pentagon’s Joint Artificial Intelligence Center, is playing a key role in the US Air Force’s efforts to develop and field a new, advanced intelligence, surveillance and reconnaissance (ISR) sensor pod for its venerable MQ-9 Raven unmanned aerial system (UAS).

The JAIC’s joint warfighting directorate has partnered closely with the Air Force Research Laboratory and defence industry giant General Atomics, maker of the MQ-9, in the development of the Agile Condor sensor pod, said Nand Mulchandani, the centre’s director.

“To get a lot of the Full Motion Video (FMV) work done in terms of object detection and other things ... we're partnered with them both on the algorithmic side but also on the deployment and testing side with these systems,” he told reporters during a 10 September briefing at the Pentagon. That partnership was on display during a full integration demonstration and live test flight of an Agile Condor pod prototype aboard an MQ-9 at General Atomics’ flight test centre in North Dakota.

A key artificial intelligence (AI)-enabled video processing technology, developed by the Pentagon’s Joint Artificial Intelligence Center, is playing a key role in the US Air Force’s efforts to develop and field a new, advanced intelligence, surveillance and reconnaissance (ISR) sensor pod for its venerable MQ-9 Raven unmanned aerial system (UAS).

The JAIC’s joint warfighting directorate has partnered closely with the Air Force Research Laboratory and defence industry giant General Atomics, maker of the MQ-9, in the development of the Agile Condor sensor pod, said Nand Mulchandani, the centre’s director.

“To get a lot of the Full Motion Video (FMV) work done in terms of object detection and other things ... we're partnered with them both on the algorithmic side but also on the deployment and testing side with these systems,” he told reporters during a 10 September briefing at the Pentagon. That partnership was on display during a full integration demonstration and live test flight of an Agile Condor pod prototype aboard an MQ-9 at General Atomics’ flight test centre in North Dakota.

A key artificial intelligence (AI)-enabled video processing technology, developed by the Pentagon’s Joint Artificial Intelligence Center, is playing a key role in the US Air Force’s efforts to develop and field a new, advanced intelligence, surveillance and reconnaissance (ISR) sensor pod for its venerable MQ-9 Raven unmanned aerial system (UAS).

The JAIC’s joint warfighting directorate has partnered closely with the Air Force Research Laboratory and defence industry giant General Atomics, maker of the MQ-9, in the development of the Agile Condor sensor pod, said Nand Mulchandani, the centre’s director.

“To get a lot of the Full Motion Video (FMV) work done in terms of object detection and other things ... we're partnered with them both on the algorithmic side but also on the deployment and testing side with these systems,” he told reporters during a 10 September briefing at the Pentagon. That partnership was on display during a full integration demonstration and live test flight of an Agile Condor pod prototype aboard an MQ-9 at General Atomics’ flight test centre in North Dakota.

A key artificial intelligence (AI)-enabled video processing technology, developed by the Pentagon’s Joint Artificial Intelligence Center, is playing a key role in the US Air Force’s efforts to develop and field a new, advanced intelligence, surveillance and reconnaissance (ISR) sensor pod for its venerable MQ-9 Raven unmanned aerial system (UAS).

The JAIC’s joint warfighting directorate has partnered closely with the Air Force Research Laboratory and defence industry giant General Atomics, maker of the MQ-9, in the development of the Agile Condor sensor pod, said Nand Mulchandani, the centre’s director.

“To get a lot of the Full Motion Video (FMV) work done in terms of object detection and other things ... we're partnered with them both on the algorithmic side but also on the deployment and testing side with these systems,” he told reporters during a 10 September briefing at the Pentagon. That partnership was on display during a full integration demonstration and live test flight of an Agile Condor pod prototype aboard an MQ-9 at General Atomics’ flight test centre in North Dakota.

A key artificial intelligence (AI)-enabled video processing technology, developed by the Pentagon’s Joint Artificial Intelligence Center, is playing a key role in the US Air Force’s efforts to develop and field a new, advanced intelligence, surveillance and reconnaissance (ISR) sensor pod for its venerable MQ-9 Raven unmanned aerial system (UAS).

The JAIC’s joint warfighting directorate has partnered closely with the Air Force Research Laboratory and defence industry giant General Atomics, maker of the MQ-9, in the development of the Agile Condor sensor pod, said Nand Mulchandani, the centre’s director.

“To get a lot of the Full Motion Video (FMV) work done in terms of object detection and other things ... we're partnered with them both on the algorithmic side but also on the deployment and testing side with these systems,” he told reporters during a 10 September briefing at the Pentagon. That partnership was on display during a full integration demonstration and live test flight of an Agile Condor pod prototype aboard an MQ-9 at General Atomics’ flight test centre in North Dakota.

A key artificial intelligence (AI)-enabled video processing technology, developed by the Pentagon’s Joint Artificial Intelligence Center, is playing a key role in the US Air Force’s efforts to develop and field a new, advanced intelligence, surveillance and reconnaissance (ISR) sensor pod for its venerable MQ-9 Raven unmanned aerial system (UAS).

The JAIC’s joint warfighting directorate has partnered closely with the Air Force Research Laboratory and defence industry giant General Atomics, maker of the MQ-9, in the development of the Agile Condor sensor pod, said Nand Mulchandani, the centre’s director.

“To get a lot of the Full Motion Video (FMV) work done in terms of object detection and other things ... we're partnered with them both on the algorithmic side but also on the deployment and testing side with these systems,” he told reporters during a 10 September briefing at the Pentagon. That partnership was on display during a full integration demonstration and live test flight of an Agile Condor pod prototype aboard an MQ-9 at General Atomics’ flight test centre in North Dakota.