L’émergence de l’informatique quantique remet fondamentalement en question les hypothèses de sécurité sous-jacentes à l’infrastructure numérique actuelle.
Bien que le QDay (le jour où les ordinateurs quantiques auront raison des outils actuels de chiffrement et mettront à bas tous les systèmes en ligne, de l’activité bancaire à la capacité de regarder des films, de
The transformation of conflicts and security architectures now places telecom operators at the heart of defence capabilities. Mobile networks, fibre optics, submarine cables, data centres and satellite constellations are no longer just civilian infrastructure: they form the digital backbone on which the command, intelligence, logistics, resilience, and continuity of the state depend.
Digital infrastructure is undergoing rapid transformation as the volume and diversity of data traffic continue to grow. Over the past few decades, residential internet speeds have increased significantly, while new digital practices (high-definition streaming, online gaming, artificial intelligence, immersive environments, and connected devices) have intensified the pressure on telecommunications networks.
To meet these evolving
The transformation of conflicts and security architectures now places telecom operators at the heart of defence capabilities. Mobile networks, fibre optics, submarine cables, data centres and satellite constellations are no longer just civilian infrastructure: they form the digital backbone on which the command, intelligence, logistics, resilience, and continuity of the state depend.
At a time when digital technology is becoming a key driver of economic power and technological innovation, the European Union (EU) is strongly asserting its ambition to build digital sovereignty on an international scale. It wants to strengthen its strategic autonomy and competitiveness, particularly in relation to global giants such as the United States and
The broadband industry is undergoing a major transformation, driven by the growing demand for ultra-fast, low-latency connectivity. While GPON networks have played a key role in expanding fiber deployment, they are reaching their technical and capacity limits as new applications such as 8K video, cloud AI, extended reality (XR), and smart home ecosystems push data
Face à l’augmentation des cyberattaques, la protection des infrastructures numériques devient une priorité pour les entreprises et les collectivités. La Directive NIS2, adoptée en décembre 2022 par le Parlement européen, renforce les obligations de cybersécurité au sein de l’Union européenne. Alors qu’un projet de loi de transposition est débattu au Sénat avant son examen à
Face à l’augmentation des cyberattaques, la protection des infrastructures numériques devient une priorité pour les entreprises et les collectivités. La Directive NIS2, adoptée en décembre 2022 par le Parlement européen, renforce les obligations de cybersécurité au sein de l’Union européenne. Alors qu’un projet de loi de transposition est débattu au Sénat avant son examen à
Unlike other areas of the digital economy, Europe is one of the leaders in the world’s telecommunications equipment market. Thanks to world class-companies such as Ericsson and Nokia, Europe has a strong voice when it comes to defining the future of mobile communications.
The new sixth generation of mobile telephony (6G) is already on the
The 2030 Digital Compass acknowledges the fact that Europe needs to be digitalised and to achieve its 4-point vision, all of them using the word digital: digital infrastructure, digital skills, digital businesses, and digital public services. Connectivity ranks among the key policy areas to deal with: all technologies (fixed, wireless, combination of fixed and mobile)