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2 mars 2018 5 02 /03 /mars /2018 11:55
Falcon Epicure - photo Dassault Aviation

Falcon Epicure - photo Dassault Aviation

 

02.03.2018 Thales

 

Thales welcomes the decision by the Ministry of the Armed Forces to award a contract to integrate Thales's Universal Electronic Warfare Capability (CUGE) on board three Falcon Epicure jets.

 

This new programme will strengthen electronic intelligence capabilities and thereby help the French Armed Forces to perform their strategic information gathering functions to better anticipate eventualities.

 

The growing importance of digital technologies is a tremendous opportunity for Thales to boost its capacity for innovation through advanced systems that leverage the power of big data, autonomous systems and immersive user experiences. With its expertise in the four key digital technologies - platform connectivity, big data, artificial intelligence and cybersecurity - Thales has a key role to play in these developments. This expertise underpins Thales's capacity to develop the future sensors that will equip Dassault Aviation's Falcon Epicure aircraft. The Universal Electronic Warfare Capability payload will intercept radio and radar signals simultaneously.

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2 mars 2018 5 02 /03 /mars /2018 08:55
photo Dassault Aviation

photo Dassault Aviation

 

02.03.2018 source Thales

 

Thales se félicite de la décision du ministère des Armées de confier aux industriels français la Capacité Universelle de Guerre Electronique (CUGE) développée par Thales et son intégration par Dassault Aviation sur trois Falcon Epicure.

 

Ce nouveau programme viendra renforcer les capacités du renseignement d'origine électromagnétique et ainsi contribuer à la fonction connaissance et anticipation des Armées françaises.

 

Le renforcement des technologies numériques constitue pour les équipes de Thales un formidable accélérateur d’innovation pour développer des systèmes de pointe dans un monde de méga données, autonome et immersif. Au cœur de cette évolution, Thales est expert sur les quatre technologies clés du digital : la connectivité des plateformes, le big data, l’intelligence artificielle et la cybersécurité. Cette maîtrise permet à Thales de développer les capteurs du futur qui seront à bord des Falcon Epicure de Dassault Aviation. La Capacité Universelle de Guerre Electronique permettra les interceptions des émissions radio et radar en simultané.

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6 octobre 2015 2 06 /10 /octobre /2015 16:45
CSIR to develop black EW and radar SMMEs

CSIR to develop black EW and radar SMMEs

 

05 October 2015 by defenceWeb

 

The CSIR is going to implement a radar and electronic warfare transformative enterprise development (REWTED) programme with the aim of transforming and developing black-owned small, medium and micro enterprises (SMMEs) in the radar and electronic warfare (REW) sector of the defence industry.

 

According to the scientific and technology research, development and implementation organisation the strategic intent of the programme is to support the National Development Programme's goals and drive socio-economic transformation towards a knowledge based economy.

 

The REWTED programme can be seen as an extension of the Department of Defence's broad socio-economic transformation mandate to transform South Africa's defence sector. Its focus will be transformation of the South African REW sector by supporting previously marginalised black-owned SMMEs.

 

The REW Industry Support Strategy Implementation Plan will accelerate and support industry development for economic growth and further enable the REW black-owned SMMEs to actively participate in the national and regional defence economy a CSIR statement said. The REWTED programme will consist of two parallel tracks - technology development and enterprise development, concentrating on the long-term sustainability of the business.

 

Technology development will be based on the technology driven innovation model, which entails the development of new REW core technologies as well as the generation and creation of new knowledge using scientific breakthroughs. The model also supports strategic management of innovation as full innovation processes, emphasising that all innovation stems from scientific breakthroughs. The development of new technology should also include finding viable technology commercialisation opportunities.

 

No timeline has been given and further information can be obtained from pnaidoo1@csir.co.za.

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13 mars 2015 5 13 /03 /mars /2015 12:45
Denel, Airbus Unit Team for Electronic Warfare

 

Mar 13, 2015 defense-aerospace.com

(Source: Denel; issued March 10, 2015)

 

New Alliance to Boost South Africa’s Electronic Warfare Capabilities

 

Denel has joined forces with local specialist company, GEW Technologies, owned by Airbus, to collaborate on future electronic warfare programmes.

 

The new alliance will significantly strengthen South Africa’s capabilities in an area that has become a primary feature of modern defence systems, says the Group CEO of Denel, Riaz Saloojee. “We are combining the experience, reputation and resources of Denel with the specialist technology and expertise offered by GEW Technologies to create an alliance that will best serve the strategic interests of South Africa.”

 

Electronic warfare technology has been singled out in the 2014 Defence Review as a “key technology domain” and a “sovereign capability” which must be under the control of local South African companies.

 

Mr Carel van der Merwe, the CEO of GEW Technologies says the company has more than 40 years of experience in the design and production of sophisticated communication monitoring, countermeasures and integrated security systems. “We are looking forward to work with Denel in an alliance that heralds a new era in electronic warfare programmes in South Africa,” he says.

 

The company’s ties with Airbus Defence and Space will add the international experience and expertise of Europe’s leading manufacturer of defence technology. Denel already has a strong working relationship with Airbus through its role as a top tier supplier of aerostructures for the A400M, the world’s most advanced military airlifter.

 

“This agreement confirms the trust that Airbus has in the capabilities of both Denel and GEW Technologies and will strengthen the relationship between our companies,” said Mr Andreas Huelle, the Head of Electronic Warfare at Airbus Defence and Space.

 

The recently established Denel Integrated Systems and Management will manage the implementation of the agreement and drive the projects and programmes that will form the core of its activities.

 

The CEO, Ismail Dockrat, says Denel ISM was primarily created to be a partner of the defence and security sectors in the design, management, integration and through-life support of complex systems.

 

“Electronic warfare will be a primary future area of focus for the SANDF to rapidly expand its current capabilities and implement counter-measures to combat potential threats to the security of the country.

 

This partnership between Denel ISM and GEW Technologies will play a leadership role to coordinate different initiatives in the field, advise decision-makers on the acquisition of the most appropriate systems, ensure that the end-users are adequately trained and provide on-going support, maintenance and upgrading of the systems,” says Dockrat.

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27 février 2015 5 27 /02 /février /2015 17:40
Ukraine agrees on supply of French drones and electronic warfare equipment

 

27.02.2015 unian.info

 

A Ukrainian delegation signed an agreement on deliveries of French drones and electronic warfare equipment at one of the world's largest arms exhibitions - IDEX-2015 in the United Arab Emirates, First Deputy Secretary of the National Security and Defense Council of Ukraine Oleh Hladkovskiy said at a briefing on Friday.

 

According to Hladkovskiy, an agreement was signed with the French company Thales for the supply of drones and electronic warfare equipment, a correspondent of Ukrainian online newspaper RBK-Ukraine reports.

 

In addition, Hladkovskiy said that Ukraine had signed agreements worth hundreds of millions of dollars with a large number of weapons importing and exporting countries.

 

For instance, the Ukrainian manufacturing company Motor-Sich signed an agreement with the South African company to modernize helicopters, he said.

 

As UNIAN reported earlier, Hladkovskiy said that Ukraine has already obtained supplies of lethal weapons from abroad.

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2 octobre 2014 4 02 /10 /octobre /2014 11:35
Exelis’ AN/ALQ-211(V)9 pod cleared for installation on Pakistani F-16 fighters

Exelis- AN/ALQ-211(V)9 AIDEWS has been cleared to fly on board Pakistani Air Force's F 16 fighter aircraft. Photo Exelis

 

1 October 2014 airforce-technology.com

 

The Exelis-built AN/ALQ-211(V)9 advanced integrated defensive electronic warfare system (AIDEWS) has been cleared to fly on board the Pakistan Air Force's F-16 fighter aircraft.

 

The clearance follows completion of the US Air Force's (USAF) Seek Eagle process for aircraft stores certification, which included a series of compatibility flight profile (CFP) missions designed to clear the pod to the F-16's basic limits.

 

Working in collaboration with the USAF and Lockheed Martin Aeronautics Company, the Exelis team evaluated two stores configurations at Eglin Air Force Base, Florida, to capture current and future pod configuration requirements without the need for additional CFP missions.

 

Exelis integrated electronic warfare systems business vice-president and general manager Joe Rambala said: "The AIDEWS pod provides the US and its allies with a modular, highly capable and cost-effective survivability system for a range of fighter aircraft.

 

"Achieving this certification will give more pilots access to the system's advanced RF protection and the flexibility to meet the evolving RF threat."

 

Currently limited to F-16A/B Block 15 aircraft procured by PAF through the Peace Drive 2 foreign military sales programme, the certification can be readily extended to both domestic and foreign F-16 Blocks 25 to 52 fighters.

 

An external pod variant of the Exelis ALQ-211 family of electronic self-protection systems, AN/ALQ-211(V)9 is a self-contained integrated electronic countermeasures and radar warning receiver system designed to protect the F-16 fighter from radio frequency threats.

 

Offering the flexibility to be installed or removed based on mission requirements, the pod provides digital radar warning, high-power jamming, threat geo-location and situational awareness using line replaceable units interchangeable with internal AIDEWS systems.

 

The AN/ALQ-211(V)9 is claimed to be the only digital radio frequency memory-based electronic warfare pod certified to F-16 basic aircraft limits, including requirements for lightning protection.

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2 février 2014 7 02 /02 /février /2014 20:30
La guerre électronique aéroportée – l’atout de Tsahal

 

7 janvier  2014, Tsahal

 

La guerre électronique est le nouveau front du 21ème siècle. L’Armée de l’Air israélienne l’a bien compris et a développé des capacités sur terre et dans les airs faisant appel à des technologies de pointe. “Nous devons toujours avoir une longueur d’avance”, raconte le commandant de l’unité aéroportée de la lutte électronique. “Nous avons des unités qui se complètent, l’unité aéroportée et l’unité basée au sol”.

 

L’objectif de ces unités ? Perturber les radars de l’ennemi, troubler sa vision et ne pas lui permettre de localiser nos forces. Ils doivent également empêcher la communication des forces aériennes ennemies entre leurs avions ou avec leurs tours de contrôle. Les unités travaillent ensemble, aidant l’Armée de l’Air à atteindre leur but ultime : défendre l’État d’Israël et maintenir sa supériorité aérienne.

“Nous sommes partie intégrante des opérations, entre les guerres et pendant. Cela signifie que nous devons constamment répondre aux besoins opérationnels de l’Armée de l’Air. Lorsque l’on observe tous les changements qui ont lieu dans la région, nous sommes obligés de nous adapter.”

 

“Nous n’entrerons pas dans les détails des capacités de l’ennemi, mais nous sommes capables de faire face à tout ce qu’ils possèdent.”

“Nous savons où nous sommes et vers où nous voulons aller. Nous avons une parfaite vision du futur pour notre unité et nous nous dirigeons vers cet objectif. C’est dans notre nature d’évoluer, de toujours s’améliorer. Nous voulons rester les meilleurs.”

Le commandant de l’école de la guerre électronique de l’Armée de l’Air explique : “nous devons aujourd’hui détruire les lanceurs de roquettes.”

“Notre responsabilité est d’offrir un espace aérien libre à nos pilotes. Ils préfèreront survoler une zone où ils ont une supériorité aérienne absolue, sans danger et c’est ce que nous leur fournissons”, continue t-il.

L’unité fonctionne en permanence et a été particulièrement sollicitée lors de la récente Opération “Pilier de Défense”.

 

Une formation de combattant

Le parcours pour devenir opérateur de combat électronique est long et difficile. Le commandant de l’école de l’unité le compare à “l’entrée dans un long tunnel. Durant les premières semaines, ils sont sous le choc. Les cadets sont mis dans des conditions difficiles, avec des contraintes physiques et une discipline stricte.”

Ils doivent également suivre une formation de combattant. “C’est nécessaire car ils peuvent se retrouver en territoire ennemi. Ceux aéroportés peuvent se retrouver au sol s’ils sont touchés”, explique le commandant. Ils suivent ensuite une formation approfondie sur la guerre électronique. Ils apprennent également à connaître l’ennemi et ses capacités.

“L’étendue de ce qu’ils doivent apprendre est énorme. C’est ce qui est nécessaire pour entrer dans notre unité”, explique t-il.

 

R. est un ancien soldat de l’unité et est à chaque fois fier de venir servir en tant que réserviste avec ses anciens soldats. “Il ne faut pas avoir de connaissances de base en technologie pour entrer ici”, raconte t-il en se remémorant du début de son service. “Au bout du compte, cela ressemble à apprendre à jouer à un jeu vidéo. Dès que tu comprends comment cela fonctionne, tu t’améliores vite.”

R. a pris part à l’Opération Plomb Durci en janvier 2009. “Notre escadron était actif à plein temps, 24h/24 7j/7 et nous avions des hélicoptères dans les airs en permanence”, raconte t-il. “C’était extrêment intense. Il y avait vraiment besoin de nos services. D’ailleurs, les médias israéliens ont parlé de notre activité, c’était une grande satisfaction.”

warfare

“Nous avons alors compris que nous avions pris part à quelque chose de plus grand que nous.”

“Nous avions reçu tous les outils nécessaires pour faire face à cela mais je pense qu’aujourd’hui, la formation est encore plus portée sur le mode opérationnel et les périodes de combats”, explique R. Il a en effet dédié une partie importante de son service à la formation des soldats de l’unité. Il a fini par être caporal-chef du cours de l’unité. “Nous avons eu aussi la chance de construire ce nouveau cours sur la base de notre expérience”, raconte R.

“Le contact entre les réservistes de l’unité est très bon. L’ambiance est très familiale, c’est une petite unité et cela permet d’avoir des liens forts. Tous les deux ans, les soldats de l’unité finissent leur service et de nouvelles personnes arrivent, sans pour autant modifier l’esprit de l’unité qui arrive à unifier les gens qui y servent.”

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21 novembre 2013 4 21 /11 /novembre /2013 08:40
Russia To Secure Glonass Against Electronic Warfare

Russia is seeking to protect its Glonass satellite navigation system from enemy signal disruption. (Pavel Kolotilov/Wikimedia)

 

Nov. 20, 2013 - By JAROSLAW ADAMOWSKI – Defense News

 

WARSAW — The Russian Ministry of Defense has launched a project aiming to secure Glonass, the country’s satellite navigation system, against enemy disruptions of signals, state-run news agency ITAR-TASS reported.

 

The ministry has handed a 350 million ruble (US $11 million) contract to two local entities, the Russian Scientific-Research Institute of Physical-technical and Radiotechnical Measurements (VNIIFTRI) and NAVIS navigation systems. The two contractors are to increase the system’s immunity to electronic warfare.

 

Under the plan, VNIIFTRI and NAVIS will set up a facility to test the system’s resistance by mimicking noise that can jam the satellite signal aimed at land- and air-based Glonass receivers. The aim is to teach the system to distinguish noise from signals and bypass it.

 

The system was developed by the then-Soviet Ministry of Defense beginning in 1976 as an alternative to the US-controlled Global Positioning System. The first Glonass satellite was launched on Oct. 12, 1982.

 

Currently, the system is operated by 23 fully operational satellites. Russia says that Glonass provides full global coverage.

 

Meanwhile, Moscow is aiming to involve other countries in joint strategic cooperation on the navigation system. In December 2012, India and Russia signed a memorandum of understanding to collaborate on the Glonass program.

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10 juin 2013 1 10 /06 /juin /2013 18:20
T-1 Jayhawk modifications take electronic warfare training airborne

Jun 7, 2013 ASDNews Source : US Air Force

 

The 451st Flying Training Squadron completed the final step of a long journey when a T-1A Jayhawk modified for electronic warfare training took flight on a training sortie June 4.

 

This is the first time in Air Force history an undergraduate aviation program has formally incorporated the fundamentals of electronic warfare in flight into their combat systems officer training syllabus.

 

"Incorporating a formalized, airborne electronic warfare training platform is a first for flying training at the undergraduate CSO level," said Lt. Col. Timothy Moser, the 451st FTS commander. "Eleven years after the original (Chief Staff of the Air Force) vision and after four years of testing, the first official student training flight is a significant accomplishment for the unit and the Air Force."

 

"The 451st FTS has embraced innovation," said Gen. Edward Rice, the commander of Air Education and Training Command. "Rather than rest on their laurels, the unit strived to find better ways of doing business, while embracing a culture of cost consciousness. Advances like these enable our nation's airpower advantage while helping us meet today's fiscal challenges."

 

While the 451st FTS, which executes the advanced phase of undergraduate CSO training, has employed the T-1 since 2009, the newest modifications usher in a new era in CSO training.

 

Previously, the electronic warfare portion of CSO training was taught only in a simulator with basic flying skills taught in the aircraft. With the new modification, the electronic warfare skills are now integrated into the flying where the concepts initially taught exclusively in the simulator are reinforced airborne.

 

The modifications allow the T-1 to hold an additional student and instructor station in the aft section of the aircraft. The aft training stations receive flight information from the aircraft's avionics, global positioning system, flight instruments and simulated threats are introduced to provide a virtual threat environment to students. The modifications also include new touchscreen consoles that allow instructors to interact with students and set up different threat scenarios to better teach students how to identify and react to notional threats while in flight.

 

The addition of the second training station and instructor station allow twice as many student training events to take place in the same amount of sorties, Moser said.

 

"Basic electronic warfare training has never been formally conducted airborne until now," he said. "And because of the modifications, we're able to do so without adding any additional sorties, which saves resources and Airmen's time while enhancing the quality of our training.

 

"The configurability of this system allows for flexibility in training we've never had before - it's nearly limitless," Moser said of the system. "All an instructor needs to do is change the configurations in the system and the student can train for practically any scenario in any operational airframe they are eligible for assignment to later. Not only are we getting twice as much accomplished in one sortie, we're also saving future resources because we won't have to update the aircraft as frequently to adapt to changing requirements."

 

The new modifications prepare students for operational responsibilities in a threat environment, while fostering crew coordination and the ability to problem solve during actual flight," said Maj. J.D. Shell, the 451st FTS director of staff. "Through innovation, we've changed the way the Air Force conducts undergraduate electronic warfare training."

 

"The training is now more modern and incorporates advances in GPS technology and electronic flight displays, similar to operational aircraft. The result is a better prepared aviator for the operational Air Force," Shell said.

 

In addition to navigation duties, in operational aircraft CSOs inform aircrew members of threats, provide systems management, verify target identity and release munitions. The new T-1 modification helps teach students those responsibilities by providing simulated synthetic radar with a virtual target. Instructors aboard the aircraft have the ability to dynamically control threats in real time. The modified T-1 system also has the capability to record and play back the flight data for further evaluation and enhanced flight debriefs.

 

The modified T-1 development and test team, affectionately known as "the Mod Squad," worked to improve system reliability to make the system more user-friendly for instructors and students. The team, composed of civilian engineers and 451st FTS instructors, worked to automate unnecessary and cumbersome procedures, thereby lowering the chance for instructor-induced errors, and securing valuable training.

 

Following the 2005 Base Realignment and Closure Commission, the Air Force was tasked to consolidate specialized undergraduate navigator, electronic warfare officer and weapons system officer training into one course. The result was the creation of Undergraduate Combat Systems Officer training and the stand up of the 479th Flying Training Group at Naval Air Station Pensacola, Fla., in 2010. The group is now the sole provider of Air Force CSO training, graduating approximately 350 students per year. Once they've completed the program, each graduate is universally assignable, meaning they can be assigned to any aircraft with a CSO crew position in the Air Force fleet.

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