Private Network Awards 2025 @MWC Las Vegas

5G

Nokia Bell Labs and Vale have partnered to create a 5G-powered cognitive monitoring service aimed at safer mining operations. By integrating advanced data analytics with real-time monitoring, the collaboration enhances safety and productivity in mining. This solution leverages Nokia's 5G private network technology and AI-powered analytics, providing predictive maintenance and operational efficiency for connected systems like autonomous drillers and hauling trucks. Tested in Vale's Carajรกs mine, the largest open-pit iron ore mine, the solution aims to optimize industrial processes and reduce downtime, setting a new standard for smart mining.
Siemens AG and LS telcom AG have formed a strategic partnership to offer comprehensive private 5G solutions for industrial clients. By combining Siemens’ technological expertise with LS telcomโ€™s leadership in radio communication and frequency management, the collaboration aims to provide scalable, high-performance 5G networks. These custom 5G campus networks are designed to enhance operational efficiency, optimize processes, and future-proof business operations across industries.
This article explores the deployment of 5G NR Transparent Non-Terrestrial Networks (NTNs), detailing the architecture’s advantages and challenges. It highlights how this “bent-pipe” NTN approach integrates ground-based gNodeB components with NGSO satellite constellations to expand global connectivity. Key challenges like moving beam management, interference mitigation, and latency are discussed, underscoring the potential and complexities in achieving seamless satellite-based mobile communication.
NetX is an app that sits within the Mpirical LearningZone. It has been developed as a visual aid for telecoms professionals. Users can apply their learning and get under the skin of the mobile network with NetX. Featuring a fully interactive 3GPP based network map, narrated call flows and detailed network procedures, NetX is essential for enhanced understanding of the telecoms network and how technologies and equipment interwork.
Ericsson has launched a private 5G network pilot at Schiphol Airport, aimed at modernizing operations as part of the “Airport 4.0” strategy. The network addresses the airport’s challenges like aging infrastructure and increasing passenger volumes with a secure, high-speed, low-latency solution. Ericssonโ€™s network supports both 4G and 5G, enabling IoT integration, predictive maintenance, and enhanced security, positioning Schiphol as a global leader in airport innovation.
The telecom industry is rapidly evolving through the adoption of AI and a culture of continuous innovation. High-performing companies are leveraging technologies like 5G, AI-driven automation, and network slicing to improve efficiency and reduce costs. A recent Upwork Research Institute study reveals that companies focusing on workforce upskilling and aligning technology with business goals are better positioned for long-term success in a competitive market. These strategies are transforming telecom operations, making them more agile, cost-effective, and prepared for future challenges.
Nokia and NTT DATA have expanded their global Private 5G partnership with a deployment in Brownsville, Texas. This initiative provides enhanced connectivity for smart city applications, improving public safety and operational efficiency. Leveraging Nokiaโ€™s AirScale RAN and NTT DATAโ€™s Private 5G Network-as-a-Service platform, the city is set to benefit from scalable, high-speed wireless solutions that support future digital transformation goals. This collaboration positions Brownsville as a leader in smart city innovation in North America.
AI and generative AI hold significant promise for telecom, from network optimization to customer service automation. However, a cautious approach is necessary, as over 80% of AI projects fail. Telecom professionals remain skeptical, questioning AI’s scalability and transparency. A balanced, evidence-based outlook can help telecom operators responsibly integrate AI, avoiding the pitfalls of early adoption while maximizing its transformative potential.
This learning path has been designed for participants with a technical background to develop a complete picture of the 5G RAN environment. The learning path is comprised of four courses – 5G System Engineering, 5G Air Interface, Deploying Open RAN for 5G, and Introduction to 5G Radio Planning.
This learning path has been designed for participants with a technical background to gain a detailed understanding of the architecture and operation of the 5G Core network. The learning path is comprised of six courses – 5G System Engineering, 5G and Transport Networks, Introduction to 5G and Cloud Computing, Introduction to Kubernetes, API Fundamentals, and Analyzing the 5G Core.
This learning path has been designed for participants with a semi technical background to gain a greater appreciation of the 5G ecosystem. The learning path is comprised of four courses – Introduction to 5G, 5G Use Cases, Introduction to New Radio, and Introduction to New Radio.

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Private Network Awards 2025 @MWC Las Vegas
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Private Network Awards 2025 at MWC Las Vegas

Recognizing excellence in 5G, LTE, CBRS, and connected industries.
Early Bird Deadline: Sept 5, 2025 | Final Deadline: Sept 30, 2025