3 décembre 2021 | International, C4ISR, Sécurité
Defense Innovation Unit publishes ethical AI guidelines
The Defense Innovation Unit now has its own guidelines for implementing the Pentagon's principles of ethical artificial intelligence use.
7 mai 2019 | International, Terrestre
Turkish, Indonesian firms team up on medium-weight tank
By: Burak Ege Bekdil
ANKARA, Turkey — Turkish armored-vehicles manufacturer FNSS and its Indonesian partner PT Pindad have signed a contract to co-produce scores of medium-weight, new-generation battle tanks for the Indonesian army. The deal was signed during this year's IDEF defense and aerospace show in Istanbul Apr. 30-May 3.
The companies will initially produce a batch of 18 Kaplan MT tanks within two years. The second stage of the contract involves mass production of the Kaplan MT.
FNSS and PT Pindad have designed, developed and built two prototypes of the Kaplan MT under a 2015 deal. The prototypes have passed field tests in Turkey and Indonesia and were certified by the Indonesian military. The deal is part of a defense industry cooperation agreement between Turkey and Indonesia.
The first prototype of the Kaplan MT tank was exhibited during IDEF'17. The tank was showcased in Indonesia during a military parade on National Armed Forces Day in October.
The Kaplan MT is equipped with a battlefield management system, a wireless crew intercom system, a navigation system and an automatic fire extinguishing system.
The tank is fitted with a CMI Cockerill 3105 turret mounting a Cockerill 105 mm high-pressure gun. The lightweight gun features an advanced autoloader to deliver rapid fire.
The 105 mm gun can fire NATO-standard ammunition and can engage targets at a maximum distance of 10 km. The secondary weapon system includes a 7.62 mm coaxial machine gun mounted to the left side of the main gun.
The Kaplan MT is powered by a new-generation diesel engine coupled to a fully automatic electronic-controlled transmission. The fuel is supplied from two separate fuel tanks.
The tank has a maximum road speed of 70 km/h and a minimum operating range of 450 km. It can negotiate a gradient and side slopes of 60 percent and 30 percent, respectively. It can climb a vertical obstacle of 90 cm and can cross a trench of two meters.
https://www.defensenews.com/global/2019/05/06/turkish-indonesian-firms-team-up-on-medium-weight-tank
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CACI Awarded $314 Million Task Order to Provide Engineering Services to U.S. Navy NUWC
Through the NUWC Engineering and Modernization Operations program, CACI will develop, deliver, and train sailors in the areas of integration support, logistics, project management, cyber capabilities, and analysis.
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14 juin 2019 | International, Autre défense
A small Army robot could use this new networking technology
By: Cal Pringle Defense contractor QinetiQ will rely on networking technologies from Persistent Systems as part of a contract to help the Army build a small robot that will help soldiers on the battlefield. The Army's Common Robotic System - Individual program aims to build a small robot that soldiers can fit in a backpack and assist in reconnaissance, surveillance and target acquisition. But for these robots to perform these duties effectively, they will need to have consistent communication with soldiers and other robots. In a June 12 press release, Persistent Systems announced that it will supply networking technology to QinetiQ as a subcontractor. QinetiQ has an indefinite delivery indefinite quantity contract worth up to $164 million on the Army program. Persistent's networking technology is what is known as a mobile ad-hoc network, or MANET, said Leslie Hulser, director of programs at Persistent. The ad-hoc nature of the network means that each device is both a transmitter and a receiver, removing the need for fixed communications infrastructure, she said. MANET technology allows a soldier to communicate with ground and aerial robots as well as other soldiers in the field, Hulser said. Persistent will roll out the fifth generation of its Wave Relay MANET technology for the project, which includes an on-board Android operating system, a change from single input single output (SISO) to multiple input multiple output (MIMO), the introduction of a new form factor, full duplex audio, an on-board video encoder and decoder and a reduction in size and weight. The change from SISO to MIMO increases bandwidth and range of operation and increases the probability of sending a message successfully, Hulser said. The Army expects to field the program in fiscal 2020. https://www.c4isrnet.com/battlefield-tech/2019/06/13/a-small-army-robot-could-use-this-new-networking-technology/