Funded by BMFTR
6G-IoT EP
6G-enabled Experimentation Platform for Heterogeneous IoT Connectivity
A future-ready R&D project by IICT GmbH focused on simplifying the integration, testing, and evaluation of next-generation IoT communication technologies.
Vendor Neutral
Future IoT Connectivity
Industry & Research
About the Project
The evolution toward Beyond 5G and 6G is creating new possibilities for connected products, intelligent sensing, and industrial digitalization. Yet experimenting with these technologies remains complex, fragmented, and expensive. 6G-IoT-EP addresses this by developing an advanced multi-technology experimentation platform that bridges emerging wireless innovation and practical application development.
Heterogeneous IoT Connectivity
Exploring how multiple wireless technologies can be integrated into one coordinated experimentation environment.
Modular Experimentation Infrastructure
Developing a scalable setup for test, evaluation, and practical validation of advanced IoT communication scenarios.
Intelligent Network Optimization
Investigating data-driven and AI-supported methods for improved configuration and adaptive system behavior.
Future-Ready Innovation
Preparing for emerging communication paradigms relevant to next-generation IoT and 6G ecosystems.
Interested in Collaboration?
We are open to engaging with industrial pilot partners, technology providers, academic institutions, and innovation networks.
Industry
Explore future wireless technologies for connected products and digital transformation.
SMEs & Startups
Access advanced experimentation capabilities without building complex infrastructure.
Research & Academia
Practical environments for R&D, prototyping, and technology transfer.
Technology Partners
Collaborate on interoperability, demonstrators, pilot use cases, or test environments.
Project Partners
6G-IoT-EP is funded by the German Federal Ministry of Research, Technology and Space (BMFTR). This support enables IICT GmbH to advance research in future-oriented communication and IoT experimentation.
