Nokia

Rail transport is facing a profound transformation, as digitalisation places ever-increasing demands on capacity, flexibility and safety. Modern communication networks form the backbone of reliable and efficient rail operations. New technologies such as 5G and the future FRMCS communication system enable innovative applications and improve the performance of the entire system.

To meet these requirements, existing infrastructure must be gradually modernised and transformed into scalable, secure networks.

Airports are increasingly evolving into highly interconnected, digital infrastructures where reliable and secure communication is crucial for smooth operations. Private wireless networks form the basis for seamless connectivity across the entire airport site and support critical processes and services. Technologies such as 4.9G/LTE and 5G, combined with edge computing, make it possible to optimise operational processes, enhance the passenger experience and provide secure, high-performance communication.

Ports face the challenge of making their operations more efficient, safer and more resilient through digitalisation and automation. Private wireless networks form the foundation for this by providing reliable, high-performance, low-latency connectivity. Combined with technologies such as the Internet of Things (IoT), artificial intelligence and edge computing, they enable better process control, machine networking and optimised logistics across the entire port operation.

Energy suppliers face the challenge of modernising their communication networks to meet the growing demands of smart grids. Modern WAN infrastructures form the basis for secure, reliable and scalable communication, enabling precise control and monitoring. Through the use of IP/MPLS, optical networks and new digital applications, efficiency can be increased, costs reduced and the stability of the power supply sustainably improved.

The oil and gas industry is facing a profound transformation, as digitalisation and automation are placing new demands on safety, efficiency and transparency. Private wireless networks enable reliable, high-performance, low-latency communication throughout the entire value chain – from production facilities to refineries. Combined with technologies such as IoT, artificial intelligence and edge computing, processes can be optimised, facilities better monitored and autonomous operations safely implemented.

The roll-out of high-performance broadband networks is crucial to the digital development of towns and local communities. Community broadband solutions provide access to ultra-fast internet – even in previously underserved regions – and lay the foundations for digital services, smart infrastructure and economic growth. Through the use of fibre optics, 5G and modern Wi-Fi technology, reliable, future-proof networks can be established that offer long-term added value for the population and the economy.

Defence and security organisations face the challenge of modernising their communication systems to meet growing demands for security, performance and flexibility. Private wireless networks based on LTE/4.9G and 5G provide a reliable and secure foundation for modern applications, ranging from real-time communication to data-intensive operations. They enable improved coordination, greater situational awareness and the integration of new technologies such as IoT and automated processes.

In the wake of Industry 4.0, the manufacturing and logistics sector is facing a profound transformation in which digitalisation and automation play a central role. Private wireless networks enable reliable, high-performance, low-latency communication for connected machines, real-time data and autonomous processes. Combined with technologies such as the IoT, artificial intelligence and edge computing, companies can optimise their operations, increase transparency and boost efficiency and flexibility throughout the entire value and supply chain.

eBook Manufacturing

The education sector faces the challenge of providing reliable, widespread digital connectivity to enable modern learning and efficient processes. Private wireless networks offer a powerful and secure addition to existing infrastructure and support both schools and universities in their digital transformation. They enable better access to online learning, increase flexibility on campus and lay the foundations for innovative applications and future-proof educational provision.