Communication
Multimeadia
Promotional Video
ADROIT6G Project Overview Video
ADROIT6G aims to explore and integrate disruptive, best-of-breed technologies to produce a truly novel system. The project is addressing a radically new approach for a next-generation AI-enabled open architecture for future 6G networks, and therefore, it requires continuous design and refactoring.
ADROIT6G Proof of Concepts
ADROIT6G aims to explore and integrate disruptive, best-of-breed technologies to produce a truly novel system. The project is addressing a radically new approach for a next-generation AI-enabled open architecture for future 6G networks, and therefore, it requires continuous design and refactoring.
Recorded Talks & Interviews
Hexa-X-II Feb WS, Session 16: European Perspective on 6G with Adroit6G
Christos Verikoukis – ISI/ATH , Project Coordinator Introducing the ADROIT6G project at Hexa-X-II Feb WS.
ADROIT6G Project Presentation (3/4)
Christos Verikoukis – ISI/ATH , Project Coordinator Introducing the SNS projects (Part 3 of 4)
ADROIT6G Presentation HEXA - X - II
Presentation during Workshop on Architecture and Standards, October 2024
Cristian Pațachia, Orange România - Proiecte de cercetare care fac viitorul de mâine al României
Interview of ORO Romania by Start-up.ro (Language: RO)
Published PoC Interviews
ADROIT6G Interview - AI-driven Management & Orchestration Framework (ATHENA / NXW)
The ADROIT6G AI-driven Management and Orchestration Framework enables zero-touch automation by using distributed AI to manage and optimize resources across far-edge, edge, and cloud environments.
ADROIT6G Interview - PoC2b NTN & Rail Automation (NOVA / ORO)
The ADROIT6G PoC2b explores how AI-driven orchestration and Non-Terrestrial Networks (NTN) can improve railway automation through intelligent, resilient 6G connectivity.
Adroit6G Interview - PoC3 Collaborative Construction Robotics (CAFA)
The ADROIT6G PoC3 demonstrates how AI-driven orchestration, collaborative robotics, and 6G connectivity enable autonomous, low-latency cooperation between robots, drones, and edge infrastructure in smart construction environments.