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2023-11-13 00:00:00 | Qualcomm devrait investir et Euro; 140 millions dans son site de liège Qualcomm set to invest €140 million in its Cork site (lien direct) |
RTE News
Qualcomm Technologies est de créer plus de 150 emplois dans le cadre de A & Euro; 140 millions d'expansion de son établissement de recherche et développement à Cork City.
Basée à San Diego en Californie, Qualcomm Technologies est présente à Cork depuis 2013, où QT Technologies Ireland emploie déjà des centaines de personnes.
L'entreprise fournit une technologie semi-conductrice aux communications mobiles et à d'autres secteurs industriels.
L'investissement en Cork est soutenu par IDA Ireland et les plus de 150 nouveaux emplois qui devraient être créés au cours des quatre prochaines années seront des rôles d'ingénierie hautement qualifiés.La société a déclaré que l'expansion verra des équipes de recherche matérielle et logicielle co-litier dans l'installation de Cork.
"Nous sommes très fiers que ce projet signifie que les équipes hautement qualifiées de Cork relèvera des défis du marché en permettant aux industries telles que la fabrication, l'automobile, l'informatique hyperscale, le jeu, la médecine et l'éducation", a déclaré Paul Kelleher, VP Engineering, QT Technologies Ireland Limited.
"QT Technologies Ireland est un lieu de travail très excitant, étant donné notre caractère unique en Irlande dans le développement du large ensemble de compétences et de capacités nécessaires pour exécuter des nœuds de technologie de processus avancés", a-t-il ajouté.
"Depuis 2013, l'installation de QT Technologies Ireland à Cork City est devenue de force en force. Cette entreprise mondialement reconnue, dans son secteur, crée maintenant et développe des technologies critiques de pointe, dans un endroit régional", a déclaré le PDG de l'IDAIrlande, Michael Lohan.
"Ce dernier investissement augmente les fonctions stratégiques gérées par l'équipe de direction du Cork Facility, améliorant considérablement le cluster technologique établi du sud-ouest de l'Irlande", a-t-il ajouté.
Le ministre des entreprises, du commerce et de l'emploi, Simon Coveney, a déclaré que l'expansion de QT Technologies Ireland \\ à Penrose Dock est une nouvelle fantastique pour Cork.
Le ministre a déclaré que les nouveaux rôles offriront d'excellentes opportunités au bassin de talents du pays pour rejoindre une entreprise technologique de renommée mondiale telle que QT Technologies Ireland.
"Au cœur de ce projet se trouve la transformation numérique, réunissant les équipes de R&D, de matériel et de logiciels de QT Technologies Ireland \\ et permettant à une nouvelle œuvre innovante et passionnante.Position en tant que plaque tournante mondiale pour les principales entreprises technologiques du monde », a-t-il ajouté.
Lors de l'annonce au nom de Munster Technological University était:
Vice-président des affaires extérieures, Michael Loftus
Président de la cybersécurité chez MTU et Project Dirige chez Cyber Skills, Donna O \\ 'Shea
Conférencier et chercheur en cybersécurité, George O \\ 'Mahony
Conférencier en génie électrique, Donal O \\ 'Donovan
Facilitateur de l'engagement en entreprise, Sean Donovan
Donna O \\ 'Shea a salué l'annonce, "Annonce fantastique, Bonne chance Qualcomm dans la culture du site de liège!"
RTE News Qualcomm Technologies is to create more than 150 jobs as part of a €140 million expansion of its Research and Development facility in Cork city. Headquartered in San Diego in California, Qualcomm Technologies has had a presence in Cork since 2013, where QT Technologies Ireland already employs hundreds of people. The company provides semiconductor technology to mobile communications and other industry sectors. The Cork investment is supported by IDA Ireland and the more than 150 new jobs set to be created over the next four years will be highly skilled engineering roles. The company said the expansion will see hardware and software research teams co-locate in the Cork facility. "We are very proud that this project means the highly skilled teams in Cork will be addressing market challenges by enabling indust |
Mobile Medical | ★★★ | |
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2023-08-18 00:00:00 | Rejoignez notre équipe Cyber Skills!Libérez votre potentiel dans le développement de la sécurité des réseaux à Munster Technological University! Join Our Cyber Skills Team! Unleash Your Potential in Network Security Development at Munster Technological University! (lien direct) |
Une opportunité incroyable vous attend alors que nous recherchons des développeurs passionnés de sécurité du réseau pour devenir membres intégraux de notre équipe dynamique des Cyberskills au Nimbus Research Center de Munster Technological University.
À propos du rôle:
En tant que développeur de sécurité de réseau, vous travaillerez dans le cadre d'une équipe fournissant des services d'éducation et de recherche sur la cybersécurité à l'industrie et à la recherche des progrès de la cybersécurité.Vous aurez l'autonomie pour créer et fournir des services de cybersécurité pour des projets de recherche avec des clients de l'industrie, des chercheurs et des professeurs.Travaillant à la fois sur un Airbus Mobile et une cyber-gamme basée sur le cloud, vous collaborerez avec des experts de premier plan en cybersécurité de l'industrie et du monde universitaire.Ces cyber-gammes sont des infrastructures de cybersécurité à la pointe de la technologie et sont une offre unique chez Cyber Skills et MTU.
Exigences:
Connaissance des concepts de réseautage et de cybersécurité logiciels.
Boulangement éprouvé de la recherche et du développement de solutions de sécurité.
SORTS SOB SWER ET SCRIPTING SACTIONNEMENTS.
Capacité à s'adapter à l'évolution des pratiques de travail.
Couramment l'anglais parlé et écrit
Volonté de travailler des heures flexibles et de voyager à l'échelle nationale au besoin.
Une qualification de troisième niveau appropriée au niveau NFQ 8 ou équivalent ou supérieur.
Date limite d'inscription:
Ne manquez pas cette opportunité excitante!Soumettez votre demande avant 13 h 00 le mardi 12 septembre 2023 pour être considérée pour ce poste.
Pour en savoir plus sur ce que le travail implique, téléchargez la spécification du travail ici.
Toutes les candidatures doivent être présentées en ligne sur https://www.mtu.ie/vacancies/ sélectionner Nimbus comme département.
An incredible opportunity awaits you as we seek passionate Network Security Developers to become integral members of our dynamic CyberSkills team at the Nimbus Research Centre in Munster Technological University. About the Role: As a Network Security Developer, you\'ll be working as part of a team providing cybersecurity education and research services to Industry and researching cybersecurity advancements. You will have the autonomy to create and deliver cyber security services for research projects with industry clients, researchers, and lecturers. Working on both an AIRBUS mobile and a cloud based Cyber Range, you will be collaborating with leading experts in cybersecurity from both industry and academia. These Cyber Ranges are state-of-the-art cybersecurity infrastructures and are a unique offering at Cyber Skills and MTU. Requirements: Knowledge of Networking and Software Cyber security concepts. Proven track record of research and development of security solutions. Strong SW development and scripting skills. Ability to adapt to changing working practices. Fluent in spoken and written English Willingness to work flexible hours and travel nationally as required. An appropriate third-level qualification at NFQ level 8 or equivalent or above. Application Deadline: Don\'t miss out on this exciting opportunity! Submit your application by 1.00 pm on Tuesday, 12th September 2023 to be considered for this position. To read more about what the job entails, download the job specification here. All applications must be made online at https://www.mtu.ie/vacancies/ select Nimbus as department. |
Mobile Cloud | ★★ | |
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2022-03-16 00:00:00 | Cybersécurité - la valeur et le besoin de formation pratique Cyber Security -The Value and Need for Practical Training (lien direct) |
Whenever we are trying to master a new skill, we have all heard about the importance of practise. The associated attention, rehearsal and repetition leads to the acquisition of new knowledge or skills that can later be developed into more complex skillsets. This sentiment has been seen throughout history, where some of the world\'s most masterful people have shared a similar philosophy that is still true today: Bruce Lee - “Practice makes perfect. After a long time of practising, our work will become natural, skillfull, swift and steady” Abraham Lincoln - “Give me six hours to chop down a tree and I will spend the first four sharpening the axe.” Japanese Proverb – “Tomorrow\'s battle is won during todays practice” Vincent Van Gough – “As practise makes perfect, I cannot but make progress, each drawing one makes, each study one paints is a step forward” Marshawn Lynch - “When you get to practice against the best, it brings the best out of you.” Martha Graham – “Practice means to perform, over and over again in the face of all obstacles, some act of vision, of faith, of desire. Practice is a means of inviting the perfection desired” Unknown - “Don\'t practise until you get it right, practice until you can\'t get it wrong” Others might disagree slightly: Vince Lombardi – “Practise does not make perfect. Only perfect practise makes perfect” So, the message is clear, to master a skill, we need to practise but we need to practise against the best and in the best most realistic possible environment. In terms of cybersecurity, as the cyber threat environment grows more intense, cyber defence groups require more and more skilled professionals to help with the onslaught of cyberattacks. However, they are finding it increasingly difficult to recruit and hire trained security professionals as having a degree in cybersecurity is usually not enough to give an individual the skills required for mitigating sophisticated attacks. For Cyber Security professionals, the required practise involves realistic breach scenarios or cyberattacks. These breaches or cyberattacks are any attempt to gain unauthorized access to a computer, computing system or computer network with the intent to cause damage. The aim to disable, disrupt, destroy or control computer systems or to alter, block, delete, manipulate or steal the data held within these systems. Day-to-day work in cybersecurity offers few opportunities for such training on the job, resulting in the required practise being an extremely difficult thing to achieve. When you think about it, cyberattacks are seemingly in the news every day, which seems to contradict my previous statement. However, the results of a cyberattack can range from causing inconvenience to dire consequences. A cyberattack on critical infrastructure and/or healthcare sectors don\'t just affect data or computer systems, they can wreak havoc in the physical world. This was seen all too well in Ireland in the not so distant past. So, cyberattacks are prevalent but the consequences mean we aim to prevent as many breaches as possible and reduce the impact, contain and eradicate any attack that exploits a system. There lies the problem, cyber security professionals require realistic breach scenarios and cyberattacks to train and become sufficiently skilled but cyber professionals are consistently working hard to prevent such attacks in the real-world. So the question is, “how do we train cyber security professionals to deal with the challenging ever-changing cyber environment?”. The answer is a Cyber Range! A Cyber Range provides a secure, sandboxed virtual interactive training environment that can simulate real-world feel scenarios and environments, including complex IT environments and attacks on IT infrastructure, networks, software platforms and applications. As a result, a cyber range infrastructure provides the required training and practise elements of realistic breach scenarios and cyberattacks. A Cyber Range enables students to practice newly acquire | Tool Threat Studies Mobile Industrial Medical Cloud | ★★ | |
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2021-07-29 00:00:00 | Pourquoi les fraudeurs nous blitz-ils avec des appels téléphoniques sur l'escroquerie? Why are fraudsters blitzing us with scam phone calls? (lien direct) |
Chair of Cybersecurity at MTU, Dr. Donna O\'Shea, contributed to this article in the Irish Times This week I have received a half dozen mobile calls from a number purporting to be very similar to my own. The caller ID shows an 087 number – like my own – and the subsequent four digits were also identical to mine, while the last three varied each time. In the jargon, this is known as “neighbour spoofing”, when a false caller ID is sent, seeming to come from the same area you live in, or a familiar looking number, to make it more likely that you will answer. When I did answer a not very convincing automated recording from “the department of social protection department” said fraud had been associated with my Personal Public Service Number (PPSN). Many of you will have received similar calls, trying to get you to “press a key” and talk to someone who tries to get you to divulge your PPSN, name, and in some cases, bank details. A recent scam text pretending to be from an Irish bank tells users that access to their account has been restricted due to a hacking attempt and invites them to input details to unlock it. These are all part of the seemingly endless cycle of scams which seem to have exploded over the past couple of years – and got increasingly sophisticated. But why is this happening? Let\'s look, as we would with any business, at the economics of the phone frauds. 1. Falling barriers to entry One of the first things with any business is to look at the barriers to getting involved. Whether for a criminal or legal enterprise, the cost of establishment is vital and can have a key bearing on activity levels and competition. Up to recent years, undertaking phone scams that involved hiding numbers and making thousands of calls required a significant level of technical knowledge. Now, according to Dr Donna O\'Shea, head of the computer science department of Cork Institute of Technology (CIT), the requisite “exploit” kits are downloadable, can leverage VOIP (voice over internet protocol) technology to call from PCs and display fake numbers on the user\'s phone. “You don\'t have to be a technical person to do it any more,” she said. It is still hard to account for the massive volumes of calls now happening, according to O\'Shea, but there appears to be a sharp rise in call numbers as well as increased sophistication. Relatively easily spotted calls from far-away countries are now replaced by more sophisticated “spoofing” – using numbers displaying themselves as “ordinary” Irish numbers. Showing a number close to your one is just one variant of this. It has also led to people “returning” calls to these numbers, which in some cases are valid numbers with real – and puzzled – owners. “You rang me”. . . “No I didn\'t . . .” At the moment incoming calls cannot be easily verified as coming from valid numbers. As the industry deregulated, numbers became portable – an 087 number can operate as part of the 086 network and so on – making checking incoming numbers to see if they are valid difficult – though here and internationally this issue is being examined. Some US operators have introduced controls, but it is a constant battle to stay ahead of the scammers. Not only it is relatively easy, but generating tens of thousands of phone calls is cheap, with operators taking on a tiny – or zero – cost per call. And so the “success” rate required to make money is tiny. Business Insider calculated in the US that some 2.5 million calls could be bought from a provider for just $875 by illegal telemarketers or scammers. Even if one in every 10,000 yielded revenue averaging $7 on average, the initial investment would be doubled. And of course, phone calls are just one variant of the scammers\' art, which also includes text messages and emails, all in many ways increasingly sophisticated, particularly texts allegedly from financial institutions which click through to plausible fake sites inviting you to enter your details. 2. | Tool Mobile Technical | ★★★ |
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