Elbit Systems develops Find-and-Strike control concept

by Sam Wise & Akshara Parakala

Elbit Systems' SkyStriker loitering munition mounted on its rail launcher. (Elbit Systems)

Elbit Systems has developed an operating concept that provides a single point of control for its Skylark unmanned aerial vehicle (UAV) and SkyStriker loitering munition.

The company displayed its Find-and-Strike (FAST) Capsule concept at the DSEI 2023 defence exhibition in London. FAST is designed to enable a single operator to launch a Skylark UAV from a catapult, operate it from a ground control station (GCS), and once a target has been acquired, launch a SkyStriker from the same launcher and control it from the same GCS. According to Elbit, this will shorten the ‘sensor-to-shooter' loop.

Target information can be processed through the Skylark 3 and then sent to the common GCS, the data is then fed to the SkyStriker. Only one operator is required to perform the mission.

Speaking to Janes , Elbit Systems vice-president of marketing and business development for unmanned aircraft system (UAS), Amir Bettesh, said the FAST Capsule is being pitched to existing Skylark and SkyStriker customers. He added that Elbit has received interest from customers, some of whom are not operators of both types.


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NATO to publish first C-UAS doctrine this year

by Olivia Savage

An Autel Evo Max UAV and a DJI Matrice quadcopter flying above a General Dynamics Land Systems LAV700 vehicle at C-UAS TIE23. (Janes/Olivia Savage)

NATO will publish its first counter-unmanned aircraft systems (C-UASs) doctrine in 2023, which will lay the foundations for how militaries should standardise and operationalise countering UASs, Janes has learnt.

Along with informing members how best to plan and execute C-UAS missions, the high-priority document will address and outline the strategic environment, Senior Advisor for NATO's Science for Peace and Security programme Claudio Palestini told Janes at NATO's ‘C-UAS Technical Interoperability Exercise 2023' (TIE23) in Vredepeel, Netherlands, held from 12 to 22 September.

A draft of the document will be sent to member countries in October before being ratified by the end of the year, although this timeline could fluctuate pending countries' comments, Palestini said.

Several strategic recommendations will be outlined in the doctrine, according to Palestini. These include advising member states that C-UAS must be integrated into the wider air-defence domain, rather than being ‘considered in isolation'; that it should be a multidomain solution; and that continuous innovation and improvement must be adopted because of the rapidly evolving threat.


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UAE firm secures USD5.1 billion to deliver satellite services to UAE government

by Olivia Savage

Al Yah 1 and Al Yah 2 (pictured) developed by Thales Alenia Space and Airbus will continue to provide secure satellite services to the UAE government under a USD5.1 billion agreement with Yahsat until they are replaced with the new Al Yah 4 and Al Yah 5 satellites being built by Airbus. (Yahsat)

United Arab Emirates (UAE) company Yahsat has been awarded a major AED18.7 billion (USD5.1 billion) deal to provide satellite services to the UAE government, the company announced on 22 September.

Under the 17-year Authorisation to Proceed (ATP) agreement, Yahsat will supply the government with secure and reliable satellite capacity afforded by the Al Yah 1 and Al Yah 2 satellites from 2026 onwards. This will be supplemented by two new planned satellites – Al Yah 4 and Al Yah 5 – which are expected to be launched in 2027 and 2028 respectively, the announcement said.

In 2024 Yahsat will receive an advance payment of USD1 billion from the UAE government under the mandate agreement.

The ATP mandate will replace existing agreements, Capacity Services Agreement and the Managed Services Mandate (MSM), which are expected to conclude in November and December 2026 respectively.


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USAF solicits ‘extreme computing' technology prototypes

by Carlo Munoz

An image of Intel's Nervana Neural Network Processor. Development of advanced neural networking capabilities, coupled with those focused on nanocomputing and other edge network technologies, is part of the AFRL's new extreme computing initiative. (Intel Corporation)

The US Air Force (USAF) is soliciting emerging technology prototypes from industry, focusing on how to further enable adoption and integration of ‘extreme computing' systems and programmes into USAF operations.

Issued by the Air Force Research Laboratory's (AFRL's) information directorate, the Extreme Computing broad agency announcement (BAA) calls for research and development (R&D) prototypes covering several major technical areas of interest.

The areas include “computational diversity and efficient computing architectures, machine learning (ML) and artificial intelligence (AI) in embedded systems and architectures, computing at the edge, nanocomputing, space computing, and robust algorithms and applications”, according to the 20 September BAA solicitation.

AFRL officials have set aside a total of USD497 million to finance R&D work and prototype development on selected industry offerings submitted to the BAA, officials said in the announcement.


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Elbit Systems has developed an operating concept that provides a single point of control for its Sky...

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