Objective of Proposal Idea: This project aims to test teleoperation of road vehicles via B5G/6G in industrial environments, Particularly, it aims to test autonomous vehicles with pre-determined routes in which a teleoperator can overtake control remotely to operate it in situations of potential risk or to travel to particular destination points. We aim to test this in industrial environments where they can serve a double purpose: transportation of persons and goods; and performing security rounds. -As a security asset: it can cover long distances in large industrial plants and detect risks thanks to its cameras powered by AI. It can also pick up security[...]
Expertise offered: Flyvercity is an Israeli startup developing cellular-based Command & Control (C2) and traffic management solutions for UAS (drones). Our expertise includes 5G/6G connectivity for BVLOS operations, network slicing, ultra-reliable low-latency communications (URLLC), and aviation-grade QoS optimization. Our team has a strong software development background with deep experience in aviation & space systems, navigation, and regulatory frameworks (EASA, EUROCAE, 3GPP). We actively contribute to standards development organizations and participate in the SAFIR-Ready EU Horizon project. Flyvercity’s Contribution to 6G SNS: 6G-powered C2 and U-Space service architectures for safe and efficient UAS operations. Integration of NTN (Non-Terrestrial Networks) and satellite-based C2 solutions[...]
Expertise offered: Ultra-low power battery-free Internet of Things (IoT) sensors for precise monitoring of indoor agri-food facilities such as greenhouses. Our patent-protected innovation is the extremely low-power consumption for bi-directional communication between the IoT devices and the network, enabling long-range sensor data communication without any batteries. Problems solved: high energy/labor costs, inefficient use of resources due to a low automation, inflexible sensors, contaminant batteries for growing food.
Expertise offered: We offer expertise in 6G AI-enabled cybersecurity for critical infrastructures, with a focus on leveraging Artificial Intelligence (AI), Machine Learning (ML), and Digital Twin technologies to enhance security, resilience, and energy efficiency in next-generation networks. AI/ML Integration for Cybersecurity: AI and ML are pivotal in enabling proactive cybersecurity for critical infrastructures. By utilizing real-time data analytics, these technologies can detect, predict, and mitigate complex cyber threats with high accuracy. My expertise lies in designing AI/ML algorithms to identify vulnerabilities, model digital twin-based network behaviors, and implement adaptive security measures that respond dynamically to evolving threats. Digital Twins for Resilience: Digital[...]
