Enterprise and industrial campus
Resilience, security, and digital sovereignty in the AI era
Advanced mission-critical connectivity
Broad and deep expertise across networking, security and digital governance is essential to support the growing connectivity demand for mission-critical operations. Our private wireless and transport networks deliver the safeguards, resilience, reliability and high-performance connectivity that ensure the success of every enterprise and industrial-campus environment.
Transform the connected car experience and optimize your manufacturing processes, bringing new levels of safety and connectedness to your business.
COVID-19 has transformed education. The future of education is connected, and it’s powered by Nokia.
Leapfrog existing and crossover competitors, rapid globalization and increased customer expectations with our bankable solutions.
From 5G Smart Factories to transformed digital supply chain and logistics operations, find the solutions you need to realize your Industry 4.0 operation.
Learn how Nokia’s networking solutions can help support higher education and REN network operations
Customers expect a connected, continuous, convenient, consistent and customized omnichannel experience — and we can help you deliver it.
Stage the spectacles fans will never forget.
Why Nokia
Dedicated connectivity built for mission-critical campuses
Industrial campuses require connectivity that performs in complex, high‑risk environments. Nokia delivers industrial‑grade, secure and interoperable networks that power automation, safety and productivity across the world’s most demanding campuses.
Industrial-grade reliability at scale
Nokia technologies are designed for industrial environments, providing dependable performance, seamless coverage and high availability across complex campus sites—surpassing short-range or proprietary connectivity solutions.
Security and control by design
Nokia private wireless solutions provide enterprise-grade security and local control, ensuring protection of critical operations, data and personnel while meeting regulatory requirements.
Interoperable, open, and future-ready
Nokia solutions use global 3GPP and IP standards for easy integration with IT/OT systems, multi-vendor setups and industrial applications—supporting long-term investment as campuses develop.
A trusted partner for Industry 4.0
With over 1000+ private wireless customers worldwide, Nokia brings deep operational technology expertise and a longterm commitment to helping industrial enterprises unlock automation, AI enabled use cases and sustainable growth.
Powering industrial environments where operations are always on
From factories and ports to airports and large campuses, customers trust Nokia private wireless to deliver reliable, secure connectivity where operations cannot stop. Explore how industrial leaders turn connectivity into measurable results.
FAQs
Private wireless provides dedicated, secure cellular connectivity tailored to an enterprise’s operational needs. It enables predictable performance, mobility and resilience for mission‑critical applications where public networks or Wi‑Fi are not sufficient.
Nokia provides an end‑to‑end private networks portfolio including radio access, private wireless core, IP networking and optical LAN—designed to work together as a secure, interoperable and future‑ready solution.
Nokia private wireless is built on proven 3GPP 4G and 5G technologies, designed for high availability, long lifecycles and industrial‑grade reliability, and it is optimized for mission‑critical use cases across key verticals.
anyRAN for Enterprise is Nokia’s flexible RAN approach that supports multiple deployment models and architectures, enabling enterprises to deploy private wireless networks tailored to campus or wider‑area operational needs.
MPW is Nokia’s customizable private wireless solution designed for industrial campuses that require greater control, scalability and integration. It supports complex deployments across manufacturing, ports, airports, mining, utilities and regional networks.
Learn more
Blog
Blog
Blog
Blog
Blog
Blog
Blog
Blog