 | Accelleran has made significant strides in Open RAN and 5G/6G innovation through its involvement in numerous R&I projects across Belgium, the UK, and Europe. By integrating its dRAX Open RAN components into these initiatives, Accelleran has enhanced its product offerings, leading to commercial deployments. Notable contributions include advanced cloud-native RAN solutions, intelligent network slicing, and AI-driven RAN optimisation. Accelleran has played a key role in projects like 5GUARDS, 5GRuralFirst, 5GCity, and 5G-Enhance, fostering industry advancements. Additionally, the company is engaged in UK-DCMS initiatives and real-world deployments across various verticals, including smart cities, industrial automation, and renewable energy. |
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 | AppArt has positioned itself at the forefront of 5G, 6G, and digital transformation through its involvement in European and national R&D projects. It has contributed to key initiatives like 5G-SOLUTIONS, 5GMediaHUB, and 5G-TRAFFIC, advancing ICT, digital energy, and cybersecurity. AppArt also organised a 5GMediaHUB Hackathon in Athens to foster media-specific Network Applications. Currently, it plays a key role in Horizon Europe projects such as FIDAL, developing 5G/6G test infrastructures; DIGITISE, supporting citizen engagement in energy transition; and, CRACoWi, enhancing cybersecurity compliance. Additionally, it continues national projects like TelcoSNA and MedDietAgent, strengthening its telecom expertise. |
 | AUSTRALO has successfully driven visibility and adoption for science and deep tech innovations through its expertise in communication, dissemination, and stakeholder engagement across 30+ research initiatives. In Horizon Europe projects, it has facilitated AI and cybersecurity outreach in SPATIAL, contributed to digital trust discussions in COREnext, and advanced data analytics collaboration in EXA4MIND. AUSTRALO also played a key role in SYNTHEMA, supporting the HealthData4EU Cluster for healthcare data innovation. In 6G research, it leads engagement in PREDICT-6G and 6G-REFERENCE, with PREDICT-6G earning the “Best Social Media Presence” award at EuCNC & 6G Summit 2024. With a network of over 500 organisations, AUSTRALO continues to support cutting-edge research and innovation. |
 | Azcom Technology has successfully developed advanced wireless communication solutions across telecom, automotive, aerospace, and industrial applications. The company has contributed to key European projects such as 5G-NORMA, pioneering a multi-service network architecture, and 5G-CORAL, enhancing connected car technologies. In C-ROADS, Azcom integrated 5G into cooperative transport systems, while in 5G-Sensor@SEA, it deployed an NB-IoT network for container tracking via satellite. Expanding beyond telecom, Azcom has developed Cabin Guard®, a mmWave radar-based in-cabin monitoring solution for the automotive sector. In the industrial sector, its smart solutions enable Industry 4.0 and smart city applications. With ongoing innovation in machine learning and smart applications, Azcom continues its R&D efforts within Horizon Europe projects. |
 | Cogninn has achieved a significant milestone as the only Greek SME selected for the IPCEI ME/CT funding programme, contributing to Europe’s advancement in microelectronics and communication technologies. Within the “Communicate” workstream, Cogninn is developing beyond 5G virtualised and edge computing RAN technologies for emerging 6G use cases. Supported by an EUR 8.1 billion public investment unlocking over EUR 13 billion in private funding, the initiative fosters innovation in energy-efficient electronics and next-generation communication systems. Cogninn aims to introduce its first novel products by 2025, contributing to Europe’s digital and green transformation while supporting job creation and industrial growth across multiple sectors. |
 | Cumucore OY has successfully delivered an innovative 5G multi-hop solution to enhance maritime connectivity, addressing coverage challenges for vessels operating far from shore. As part of the 5G-Routes project, Cumucore deployed a system where two vessels with distinct networks were interconnected, allowing one to act as a repeater for the other. This approach significantly extended 5G coverage, reducing reliance on satellite communication and ensuring seamless connectivity even in remote offshore areas. Tested in ferry journeys across the Baltic Sea, the solution improves operational efficiency and passenger experience by maintaining high-quality communication throughout maritime operations. |
 | CyberEthics Lab. (CEL) has successfully pioneered the integration of ethics into technological innovation, ensuring that emerging technologies align with societal values and EU regulations. A key initiative is the 6G4Society CSA, where CEL applies its Social Acceptance of Technology (SAT) model to assess public acceptance, societal impacts, and ethical considerations of 6G. CEL also leads stakeholder engagement through workshops, such as the "6G and Social Impacts" event in Palermo, fostering early discussions on responsible 6G development. Recognised as a Key Innovator by the European Commission’s Innovation Radar, CEL continues to contribute to EU priorities, including AI standardisation and digital sovereignty, reinforcing its leadership in ethical technology development. |
 | Digital Twin Technology GmbH (DTT) has successfully developed advanced digital twin solutions tailored to industries such as manufacturing, construction, automotive, and ICT. Through EU-funded projects like IMOCO4.E, ENERGY ECS, and ASHVIN, DTT has contributed to industrial innovation by integrating AI, VR, and mechatronics into practical applications. In IMOCO4.E, DTT created a physics-based digital twin for chip packaging, enabling real-time anomaly detection using AI-driven image analysis. Additionally, its VR-based warehouse application for STILL in Germany enhances forklift navigation efficiency. With expertise in AI, machine learning, and virtual reality, DTT continues to push the boundaries of digital twin technology across multiple sectors. |
 | eBOS Technologies Ltd has successfully established itself as a leader in innovative software solutions, leveraging cutting-edge technologies across multiple industries. With expertise in AI, big data analytics, cybersecurity, and 5G, eBOS plays a key role in EU-funded projects such as 5G-ROUTES, where it leads innovation management and data governance. In ADROIT6G, it provides testbed facilities for 6G validation, while in RIGOUROUS, it develops an AI-driven threat mitigation framework. Additionally, eBOS contributes to zero-trust security in 6G-BRICKS and AI-driven experimentation in FIDAL. Actively engaging in EU research initiatives, eBOS continues to drive technological advancements in FinTech, Smart Cities, and autonomous mobility. |
 | Fivecomm has revolutionised 5G research by developing high-performance modems tailored for advanced experimentation and deployment. Through projects like 5G-RECORDS, FUDGE-5G, and 6G-SANDBOX, the company has engineered a versatile line of 5G devices, including the compact 5G Broad Light, the feature-rich 5G Broad, and the rugged outdoor modem. These solutions integrate Qualcomm Snapdragon X62 chipsets, ensuring cutting-edge Release-16 connectivity. Rigorously tested across leading European research facilities, Fivecomm’s modems deliver low latency, high throughput, and reliable performance for applications in IoT, robotics, and autonomous systems. Already adopted for drone-based 5G coverage measurements, Fivecomm’s innovations continue to drive the next generation of wireless connectivity research. |
 | Hellenic Drones has successfully contributed to the advancement of autonomous drone operations in ports through the TRITON project. By implementing advanced technologies for autonomous navigation and obstacle avoidance, TRITON enabled drones to adapt dynamically to port conditions, significantly enhancing safety and efficiency. Supported by funding from the European Union’s 5G-LOGINNOV programme, this ambitious initiative transformed operational practices in maritime logistics, paving the way for automation and innovation in port management. |
 | IMST has pioneered advanced lens antenna technology, enhancing high-frequency radar applications for industrial sensing and measurement. Through research projects such as HYPATIA and ASRA, IMST developed novel dielectric lens antennas that optimise radiation efficiency and beamforming, enabling precise, contact-free measurements in harsh industrial environments. Using 3D printing, these lenses offer high gain, low loss, and cost-effective manufacturing, earning IMST the 2023 EuCAP Best Applied Technology Antenna Paper Award. With applications in steel production, extrusion processes, and beyond, the technology is now transitioning to industrial use. IMST is also exploring lens phased arrays for 6G communication, contributing to national projects such as Komsens-6G and 6G-RIC to advance high-frequency multimedia transmission and agile beam steering. |
 | INFOLYSiS has successfully developed advanced chatbot solutions, transforming customer engagement and streamlining business operations across industries such as retail, tourism, education, and maritime. Through its participation in EU-funded projects like EVOLVED-5G, INFOLYSiS has expanded its chatbot applications into Industry 4.0, integrating 5G-enabled indoor localisation and network automation for industrial environments. Within EVOLVED-5G, its chatbot platform facilitates machinery maintenance, worker safety, and real-time technical support using location-based services. By enhancing automation and accessibility in industrial workflows, INFOLYSiS continues to innovate in AI-driven chatbot solutions, leveraging emerging technologies to improve efficiency and connectivity in enterprise and research environments. |
 | INTERNET INSTITUTE Ltd. (#ININ) has successfully developed and demonstrated a state-of-the-art private 5G mobile system, integrating cloud-native technologies and automation for critical applications. Through Horizon 2020 and Horizon Europe projects such as Int5Gent, 5GASP, and 5G-LOGINNOV, ININ has advanced private 5G solutions with seamless deployment, slicing capabilities, and automated network operations. Its innovations have been applied in ports and public safety sectors, earning recognition from the European Commission’s Innovation Radar and the national DigiVzorniki 2023 award. With expertise in IoT, future internet, and non-public 5G networks, ININ continues to push the boundaries toward 6G technology. |
 | IQUADRAT R&D is developing advanced research tools for system-level evaluation of wireless integrated communication systems, contributing to multiple National and EU-funded projects, including the coordination of 5GPP initiatives MARSAL and 5G-MEDIAHUB. Specialising in 5G/6G platforms, IoT, and Smart Grid technologies, IQUADRAT is enhancing network virtualisation through SDN and NFV, integrating MEC and cloud-based solutions for optimised performance. Its 5G testing playground enables AI-driven traffic forecasting and dynamic slice reconfiguration using Deep Neural Networks and Reinforcement Learning. Additionally, its IoT platform supports smart sensing and energy management, facilitating advanced testing for smart buildings and grid efficiency. |
 | Montimage is advancing secure and intelligent network solutions through its comprehensive monitoring and security management framework (MMT) for 4G/5G networks. As a key contributor to EU-funded projects such as INSPIRE-5Gplus, SANCUS, AI4CYBER, and SPATIAL, Montimage has pioneered innovations in network security, AI-driven cyber defence, and trustworthy AI. The company developed 5GReplay, an open-source tool for testing 5G network functions, and integrated its security management framework with Cumucore’s 5G core to create a highly secure, elastic, and automated 5G core network box. Additionally, Montimage has deployed secure 5G edge nodes and collaborated with major industry players like Orange, Thales, and Nokia to enhance network performance, security, and automation. |
 | Nearby Computing (NBC) is driving innovation in zero-touch network and service orchestration through its flagship NearbyOne Edge Orchestrator, enabling seamless management from a single interface. Actively contributing to EC-funded projects such as Affordable5G, 5GMED, and Smart5Grid, NBC is advancing solutions in smart grids, automotive applications, and affordable private 5G networks. Recognised by the European Commission’s Innovation Radar for four key innovations in cloud/edge orchestration, NBC’s work highlights its market potential and commitment to cutting-edge technologies, including Edge AI, Digital Twins, and Observability. With a strong focus on expanding into new industries, NBC continues to shape the future of edge computing and intelligent network automation. |
 | Nemergent Solutions has integrated critical communications with advanced video orchestration through its collaboration with Nuuk Technologies, enhancing safety and coordination in critical operations. As part of the FIDAL – Field Trials Beyond 5G project under the Smart Networks and Services Joint Undertaking (SNS JU), Nemergent explored the use of 3GPP-compliant Mission Critical Services (MCX) within a Service Enabler Architecture Layer (SEAL) framework. This innovation enables AI-powered incident detection and real-time mission-critical video exchange, benefiting sectors such as public protection, railway communications, and maritime operations. With a modular, cost-efficient approach, the solution ensures seamless communication between field teams and command centers, strengthening emergency response and operational efficiency. |
 | Nextworks has developed XONET, a flexible and fully open 5G testbed designed to advance research, development, and innovation in telecommunications and edge computing. With extensive expertise in 5G/6G control and orchestration, built through participation in EU-funded projects such as ADROIT-6G, PREDICT-6G, and Hexa-X-II, Nextworks has aggregated its knowledge into XONET to address the challenges of R&D experiments with 5G networks. Unlike commercial 5G networks, XONET provides open interfaces, customisable deployments, and advanced monitoring capabilities, allowing researchers to validate architectures, test new technologies, and fine-tune applications in realistic conditions. Featuring virtualised deployments, multi-cluster edge/cloud platforms, and strong open-source integration, XONET enables seamless experimentation and interoperability, driving innovation in next-generation networks. |
 | RFSAT Limited has developed a high-precision 3D scanning system for cultural heritage through the H2020-SCAN4RECO project, achieving sub-millimeter accuracy with high-resolution DSLR cameras and CUDA-accelerated processing. This innovation was extended in the H2020-ARCH project to simulate material ageing in buildings, using machine learning to detect environmental degradation in historical structures like those in Hamburg’s canals. RFSAT also leveraged custom-built sensors and satellite data to model air pollution for urban heritage conservation. In parallel, it advanced GNSS technology with a sub-centimeter accuracy receiver in the H2020-AgriBIT project, originally for precision agriculture and later expanded to automotive and UAV applications. The receiver enhances photogrammetric 3D modeling and enables UAV-based crop monitoring, using machine learning to detect bacterial and pest infections with over 95% accuracy. |
 | RunEL has deployed a Beyond 5G cellular network in a Premier League football stadium in Petach Tikva, Israel, with support from the SNS JU TrialsNET project and the Israeli Innovation Authority’s 5G Pilots programme. Designed to ensure uninterrupted broadband connectivity for up to 20,000 spectators, the network enhances fan experience by enabling high-speed, low-latency applications in crowded environments. The deployment features a unique Stand Alone and Non-Stand Alone solution, integrating a private core for local applications and a Tier-1 operator public core for network access and billing, showcasing the future of high-performance mobile connectivity in large venues. |
 | A key player in the 5G/6G R&I ecosystem, Trust-IT Services is an Italian SME specialising in ICT research, communication, and the development of innovative web and mobile applications. Part of projects such as Global5G CSA, 5G-ENSURE, 6GStart, SNS ICE, and SNS OPS, Trust-IT has contributed to vertical engagement mapping, pre-standardisation gap analyses, and the creation of online platforms. Its Verticals Cartography has mapped over 250 use cases to track 5G adoption, while the Standards Tracker supports industry specialists in navigating the complex standardisation landscape. Leveraging insights from these tools, Trust-IT has provided strategic policy recommendations to the European Commission and key stakeholders. With strong international collaborations, the company continues to drive research, standardisation, and effective communication for future 5G/6G initiatives. |
 | Ubiwhere is driving innovation in Beyond-5G and 6G telecommunications through its participation in projects such as ETHER, Hexa-X-II, IMAGINE-B5G, 6G-Cloud, and 6G-Twin under the Smart Networks and Services Joint Undertaking (SNS JU). These initiatives focus on advancing network architectures, AI-native cloud systems, and large-scale trials, strengthening Europe’s leadership in next-generation connectivity. Ubiwhere contributes by developing IoT computing platforms, integrating AI and machine learning for network optimisation, and enhancing Digital Twin technologies for real-time network management. By collaborating with major industry players like Telenor, Ericsson, Nokia, Siemens, and Orange, Ubiwhere continues to drive technological advancements, improve energy efficiency, and expand its role in the future of smart networks. |
 | WINGS ICT Solutions is enhancing logistics and production processes with AI and advanced technologies, focusing on sustainable transport, intelligent warehouse automation, and robotic material sorting. Its WINGSChariot platform integrates On-Board Units (OBUs), Road-Side Units, and IoT devices to enable real-time vehicle tracking, fuel consumption analysis, and AI-driven route optimization for reduced emissions. In warehouse logistics, WINGS optimises operations with 5G-enabled Automated Guided Vehicles (AGVs) and AI-driven resource management, enabling obstacle detection, route optimisation, and remote monitoring. Additionally, its robotic material sorting system uses high-resolution cameras and AI-powered image processing for precise waste identification. Supported by EU-funded projects, WINGS continues to develop cutting-edge solutions for smarter, more sustainable industrial operations. |
February 2025 Success stories
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