Objective of Proposal Idea:
Develop techniques to magnify secure service fluid deployment over the continuum, removing all security-associated lock-ins and furthering run safely everywhere at the best fitted locations. Articulate the proposal over lightweight containerization techniques and WASM. Develop sustainable, ultra fast AI and blockchain-powered 6G orchestration, taking advantage of the extended range of possible payload execution locations (based on various metrics of latency, sustainability and trust). Reduce AI orchestration inference and blockchain based location SLA validation latencies. Further the concept of secured execution everywhere, in whatever untrusted environments. Reconcile remote attestation and ultra fast service instantiation thanks to novel techniques incl D-MUTRA blockchain-based[...]
Company Name: ULAK Communications Inc.
Expertise offered:
ULAK Communications Inc. is a leading R&D company in Türkiye specializing in LTE/5G base stations, 5G core networks, and software-defined networking (SDN, SD-WAN) technologies. Our expertise also extends to vertical applications such as V2X communication, public safety, and private network solutions. As part of our forward-looking 6G efforts, our R&D team is actively developing Standard Essential Patent (SEP)-focused innovations. Our core objective is to transform these patented technologies into contributions to 3GPP standards and, ultimately, integrate them into commercial-grade products. This SEP-to-standard-to-product approach drives our long-term innovation strategy. Since 2023, we have generated over 100 novel ideas, with a strong[...]
Company Name: Yeditepe University - RF and RFIC Lab.
Expertise offered:
Yeditepe University’s RF and RFIC Laboratory (https://rflab.yeditepe.edu.tr/en) has long been at the forefront of RFIC and RF front-end module (FEM) design, driving innovation across next-generation wireless and 6G systems. Our team boasts extensive experience in advanced RF circuit and RFIC design, leveraging state-of-the-art technologies such as SiGe BiCMOS, GaAs and InP, as well as exploring cutting-edge system integration approaches for high-frequency, low-noise, and energy-efficient solutions. We actively contribute to the evolving 6G ecosystem through our participation in the Firstto6G Project (https://www.firstto6g.eu/ ), funded by Horizon EU, where we integrate our RF expertise into ambitious collaborative research efforts. Our research covers[...]
Company Name: Ubiwhere
Expertise offered:
Ubiwhere has a strong track record in the development of advanced network architectures, leveraging AI/ML mechanisms to create zero-touch management systems, IoT platforms, and integrated testbeds. Our expertise spans from early-stage design and specification to full-scale integration, demonstration, and validation of next-generation technologies. We also bring deep experience in engaging vertical sectors and leading communication, exploitation, and industry transfer activities. This expertise is particularly advantageous when considering Stream B-01-01: Advanced Architectures, Systems and Technologies, where our work in flexible 6G platforms, automation mechanisms, and lifecycle validation can directly support the goals of scalable, flexible network solutions. Our development of interoperable[...]
Company Name: Technische Universität Chemnitz
Expertise offered:
The Chair of Communication Networks at the Technical University of Chemnitz (TUC), Germany, is a research unit that deals with the development of methods and architectures for flexible and reliable communication in fixed and wireless networks. Key research areas are new network architectures and concepts, network planning and optimization as well as network security. The current focus is on the development of AI-based methods for software-defined mobile and IP-Optical networks. The research group collaborates with several other universities and companies due to its participation in national and international research projects, such as ROBUKOM, VINO, MEVICO, SIGMONA, SENDATE-Secure CDI, AI-NET-PROTECT and[...]
Company Name: Borderstep Institute
Expertise offered:
The Borderstep Institute has a long record in research on data centres, cloud and telco sustainability assessment and regarding business models for innovations. We participated in multiple public funding from EU and national authorities. Also we are providing direct consultation towards the EU, for example for Energy Efficiency Directive especially on the new regualtion and data collection on data centres.
Company Name: Enlightra Sarl
Expertise offered:
We can offer standalone comb lasers which can be used as a demonstrator or for evaluation. Our comb laser comes in a 3U rack mounted appliance. We also design and develop high speed and high-conversion efficiency combs for use in AI interconnects. Our photonics technology helps in extreme-bandwidth data transmission. A photonic engine designed for integration at the chip scale, facilitating high speed and ultra high efficiency data transmission across 100 channels using a single laser source.
Company Name: Enlightra Sarl
Expertise offered:
We can offer a standalone comb laser which can be used as a demonstrator. We also design and develop high speed high speed meta dispersion combs for use in AI interconnects. Our photonics technology helps in extreme-bandwidth data transmission. A photonic engine designed for integration at the chip scale, facilitating data transmission. Enables transmission of data across 100 channels using a single laser source.
Company Name: Radisys
Expertise offered:
Radisys is an industry leader in the field of 3GPP network software. Our portfolio is baked into hundreds of products worldwide, from small cells to OpenRAN platforms to industrial private networks and non-terrestrial networks. We're looking for lead partners who'll want to use our latest 3GPP releases (rel 17 and roadmap to rel 19) for R&D/low/mid level TRL purposes, and for those seeking application specific higher TRL we can work with you to support the hardening of same for your specific use case. We offer source code access, OpenRAN interfaces and interworking with the majority of the OpenRAN hardware ecosystem.