Nokia's French R&D unit specializing in 5G/6G network architecture, optical transport, AI-driven network automation, and quantum-secure communications.
Nokia Networks France is the French R&D arm of Nokia, focused on next-generation telecommunications infrastructure — from 5G/6G radio access and core network architecture to optical transport systems and quantum-secure communications. They design and validate network slicing, orchestration platforms, and AI-driven network management for mobile and fixed networks. Their work spans the full telecom stack: physical-layer photonics, radio resource management, edge computing, and end-to-end security including quantum key distribution.
Core contributor across the 5G-PPP programme including 5G NORMA, 5G-MoNArch, 5G EVE, 5G-TOURS, Hexa-X, and DEDICAT 6G — covering architecture design, trials, and the transition to 6G.
Deep photonics expertise demonstrated in ORCHESTRA, TIPS, PICTURE, QAMeleon, B5G-OPEN, and CiViQ — spanning silicon photonics, coherent transponders, SDN-controlled optical transport, and quantum photonic networks.
Led NGPaaS as coordinator (their only coordinated project) and contributed to SUPERFLUIDITY, 5GTANGO, and METRO-HAUL on cloud-native network platforms and service orchestration.
Growing focus visible in WINDMILL (ML for 5G/MIMO/URLLC), SEMANTIC (data-driven network automation), B5G-OPEN (AI/ML control plane), and RandNET (randomness and learning in networks).
Contributed to CiViQ (continuous-variable QKD) and OPENQKD (European QKD testbed), covering quantum cryptography, certification, and standards for end-to-end quantum security.
Participated in 5G-ENSURE (5G security/resilience), OPENQKD (quantum-safe networks), and BAnDIT (blockchain attack/defense and IoT security auditing).
In 2015–2018, Nokia Networks France concentrated on foundational 5G infrastructure: radio architecture (5G NORMA), cloud-native network platforms (SUPERFLUIDITY, NGPaaS), photonic hardware (TIPS, PICTURE, ORCHESTRA), and optical transport (QAMeleon). From 2019 onward, the focus shifted decisively toward intelligence and security — machine learning for radio resource management (WINDMILL), AI-driven network automation (SEMANTIC, B5G-OPEN), quantum-secure communications (CiViQ, OPENQKD), and early 6G vision work (Hexa-X, DEDICAT 6G). The trajectory shows a clear move from building the physical 5G pipe to making it smart, autonomous, and quantum-secure.
Nokia Networks France is positioning itself at the intersection of AI-native network management and quantum-safe security for beyond-5G systems — expect future work on autonomous 6G networks with built-in trust.
Overwhelmingly a participant rather than a leader — they coordinated only 1 of 29 projects (NGPaaS), preferring to contribute deep technical expertise within large consortia. With 277 unique partners across 31 countries, they are a high-connectivity hub that works with a very wide range of organizations rather than a tight circle of repeat partners. This makes them an accessible and experienced consortium member: they know how EU projects work, bring industrial-grade telecom R&D, and integrate smoothly into diverse teams.
With 277 unique consortium partners across 31 countries, Nokia Networks France has one of the broadest collaboration networks in European telecom R&D. Their partnerships span universities, SMEs, and large industrials across virtually all EU member states and associated countries.
Nokia Networks France brings the rare combination of full-stack telecom expertise — from photonic chip-level hardware to 6G system architecture to quantum security — all within a single industrial R&D entity. Unlike pure-play research labs, they can move results toward products; unlike most equipment vendors, they invest heavily in exploratory research (MSCA training networks, FET projects). Their dual strength in optical/photonic systems and wireless/mobile networks makes them a bridge partner for projects that need to integrate fixed and mobile infrastructure.
