Design and Optimize services

Achieving optimal performance in 5G, particularly with advanced features like network slicing and URLLC, requires an end-to-end approach. Our services focus on intelligent automation, leveraging AI/ML-driven analytics to predict traffic patterns, identify potential bottlenecks, and dynamically optimize resource allocation. We ensure consistent QoS delivery for each slice, even under extreme low-latency demands.

Our services extend beyond immediate cost efficiencies. By optimizing network assets for agility and programmability, we enable rapid deployment of new services (e.g., private networks, edge computing applications) and faster time-to-market. This proactive planning for the "Future X Network" ensures infrastructure can support evolving business models, foster innovation, and unlock new revenue streams.

Our approach to energy efficiency is comprehensive and continuous. In planning, we design for optimal site selection and equipment configuration to minimize power consumption. During operations, we leverage AI/ML-driven solutions to forecast data traffic and dynamically manage power, including intelligent shutdown and sleep modes for network elements. This extends beyond RAN to passive infrastructure like cooling systems, aiming for significant energy savings e.g. 7-30% while maintaining network performance.

Planning for mmWave requires specialized expertise due to its unique propagation characteristics, such as high path loss and susceptibility to blockage. Our services incorporate advanced 3D propagation modelling, precise site-specific analysis, and AI-driven optimization tools to accurately predict coverage, identify optimal antenna placements, and design robust beamforming strategies. We also consider dynamic environmental factors and integrate real-time data for adaptive optimization, ensuring reliable high-capacity links in dense urban or enterprise environments.

For private 5G networks, our services prioritize end-to-end isolation and security from the outset. We implement granular resource partitioning and dedicated control plane functions for each slice, ensuring logical separation. Security is baked into the design, leveraging 3GPP-defined NPN capabilities, UE authentication frameworks, and RAN/Core/Transport network hardening. We meticulously plan for QoS, priority, and pre-emption mechanisms, backed by continuous monitoring and AI-driven assurance, to guarantee strict SLAs and data privacy for each enterprise client.

Our real-time capacity management relies on advanced analytics and automation. We deploy intelligent monitoring systems that collect granular network data, feeding AI/ML algorithms trained to detect anomalies and predict traffic surges. This enables dynamic resource allocation, intelligent load balancing, and adaptive beamforming. For unpredictable events, our solutions can trigger rapid scaling of virtualized network functions and re-prioritize traffic based on predefined policies, ensuring service continuity and optimal user experience. For more information, check out our Managed Services website

We focus on building adaptable and programmable networks based on the "Future X Network" vision. This involves designing for open interfaces, cloud-native architectures, and software-defined capabilities that can seamlessly integrate new technologies (e.g., 5G-Advanced, early 6G concepts) through software upgrades rather than costly hardware replacements. Our Bell Labs research provides a 10-year foresight, guiding investments towards foundational technologies that offer 10x improvements in capacity, latency, and energy efficiency, ensuring long-term relevance and ROI.

Optimizing the transport network for 5G, particularly URLLC, demands a converged and intelligent approach. Nokia designs integrated IP/Optical solutions that provide massive capacity and ultra-low latency. This includes deploying high-speed fiber (lit and dark), WDM, and PON technologies for fronthaul and midhaul, coupled with advanced traffic engineering and SDN-based orchestration. For backhaul, we leverage high-performance IP/MPLS and microwave/mmWave links, ensuring end-to-end deterministic networking and QoS guarantees.

AI and ML are central to our shift from reactive to proactive network management. We integrate AI across the planning lifecycle, from predictive modelling for capacity expansion to intelligent anomaly detection in real-time operations. Our solutions analyse vast datasets (traffic, performance, alarms) to identify subtle patterns, predict potential failures, and recommend optimal configurations or pre-emptive actions. This enables self-optimizing networks that can anticipate issues and maintain peak performance with minimal human intervention.

Nokia employs a "security-by-design" philosophy, ensuring that all optimization algorithms and automation tools adhere to stringent security protocols. This includes robust authentication, access control, and encryption for management interfaces and data. We also focus on securing network slicing, ensuring logical isolation and protection against cross-slice attacks, and continuously monitor for vulnerabilities to maintain end-to-end security and data privacy.

We employ multi-technology network planning tools that consider the interdependencies between legacy and 5G layers. Our services focus on intelligent spectrum refarming, dynamic resource sharing, and seamless mobility management across technologies. This ensures that legacy services are maintained efficiently while 5G capacity is progressively introduced, optimizing overall network performance and user experience throughout the transition.

Nokia services are inherently flexible and adaptable to diverse regulatory and spectrum landscapes. We conduct thorough regulatory analysis for each market, tailoring network designs to comply with local spectrum allocations (licensed, shared, unlicensed) and operational requirements. Our expertise in various deployment modes (e.g., CBRS, LSA, MulteFire) allows us to optimize network performance within specific constraints, ensuring compliance.

Nokia services integrates network performance data with business intelligence metrics (e.g., customer satisfaction, service adoption rates, ARPU). By optimizing network quality and introducing new, high-value services faster, we directly impact customer experience, leading to reduced churn and increased ARPU. We provide analytics and reporting that demonstrate the ROI of optimization efforts, translating technical improvements into tangible business benefits.

Nokia’s strategy for continuous improvement is driven by Nokia Bell Labs, which anticipates future technological shifts (e.g., 6G, AI-native networks) 10 years ahead. We foster co-innovation with customers and partners, integrating insights from trials and deployments into our service portfolio. Our agile development cycles ensure rapid incorporation of new AI/ML algorithms, automation tools, and software-defined capabilities, continuously enhancing the way we bring value to our customers.