Nokia Digital Automation Cloud (DAC) is a private wireless connectivity solution powered by advanced Edge computing technology. It is a future-ready, on-premises Edge solution designed to accelerate the digital transformation of industrial operations technology (OT) environments. The solution offers the advantages of Edge cloud, including low latency, enhanced data security, and robustness, with minimal expertise required from the customer. Nokia, along with its global partners, provides comprehensive operations and technical support to ensure easy management.

Nokia Modular Private Wireless solution provides enterprise customers with an industrial-grade wireless network solution that unlocks the value of Industry 4.0. It allows them to capture the full benefits of digitalization and industrial automation with increased business efficiencies, higher safety and agility, and reduced environmental footprint by fusing physical with digital processes. The MPW solution boasts an industrial-grade wireless network, is modular in design and is tailored to meet the unique demands of enterprises and CSPs alike. In this briefing, delve into the immersive Nokia MPW lab environment, explore its capabilities, and craft a strategic roadmap tailored to your specific requirements.

Private LTE delivers a controllable, cost-effective network that bolsters security while providing a wider and more reliable coverage area to enhance productivity and foster innovation. Service providers are using Citizens Broadband Radio Service (CBRS) to replace last-mile fiber access and deliver fixed wireless services to end customers while augmenting existing capacity. Enterprises and managed service providers are utilizing the 3.5 GHz band to deploy private LTE for IoT connectivity and deliver a quality of experience that Wi-Fi cannot guarantee.

As modern networks have grown in complexity and scale, they require more stringent tolerances and demanding services, which has spawned the need for a more straightforward and optimized method of transmitting data. And as 5G becomes more widely adopted, such latency standards will only become more desirable. Moving to a next-generation Network Transport based on Segment Routing enables organizational agility and unprecedented control over network path optimization and end-to-end Service Level Agreements (SLA). This briefing is intended to be used for architecture validation, proofs of concepts (POCs), demonstrations, and functional and interoperability testing.