Trends Driving Private Network Deployment Growth

How Digital Transformation Fuels Private Network Growth

The adoption of private networks has accelerated in recent years due to advancements in technology and the growing need for digital transformation across industries. Enterprises have moved beyond the proof-of-concept (POC) stage, focusing on large-scale deployments to enhance operational efficiency and worker safety. These networks enable automation, connectivity, and data utilization, which are essential for achieving digital transformation goals.

Enterprises are now looking at private networks to drive operational excellence, address worker safety challenges, and harness the potential of Edge AI. These networks allow companies to collect and analyze data at the edge—whether in factories, mines, or plants—leading to improved efficiency, better supply chain visibility, and cost savings. By unlocking operational data, private networks support real-time decision-making and pave the way for transformative outcomes.

Unlocking New Use Cases with Private Networks

One of the most compelling trends is the ability of private 5G networks to enable data capture and utilization. With 74% of enterprise data currently uncaptured, private networks bridge this gap by providing seamless connectivity and real-time data processing. This capability supports advanced use cases such as digital twins, which allow enterprises to create virtual models of their operations for predictive analysis.

With innovations like CloudRAN and edge computing, private networks enhance processing capabilities at the edge, close to where operations occur. These developments are particularly beneficial for industries like utilities, manufacturing, and government, where fast data processing is critical.

Driving Automation with AI-Powered Private Networks

AI is a significant driver of demand for private networks. The integration of AI into private networks helps unlock data at the edge, enabling enterprises to create predictive models and optimize operations. This evolution is expanding the range of use cases and applications, making private networks a vital component of modern enterprise strategies.

Overcoming Obstacles in Private Network Deployments

Managing Spectrum and Designing Tailored Networks

Spectrum availability remains one of the primary challenges in deploying private wireless networks. While countries like the U.S., Canada, and Europe have made spectrum accessible, other regions face regulatory barriers. Effective spectrum management is critical to ensuring reliable connectivity.

Another challenge is network design and planning. Deploying a private 5G network requires advanced RF expertise to meet the specific requirements of enterprises. Tailored network configurations are essential for addressing unique operational environments, such as factories, cities, and ports.

Why Ecosystem Collaboration is Key for Private Networks

The complexity of deploying private networks lies in the need for a robust ecosystem of partners. Enterprises require solutions that integrate seamlessly with their existing IT systems, ensuring consistent performance and reliable operations. Partnering with device manufacturers, application developers, and technology providers is essential to deliver end-to-end solutions that meet enterprise needs.

Simplifying Operations with Managed Private Networks

Most enterprises lack the in-house expertise to operate private networks. Managed service providers like NTT DATA address this gap by offering comprehensive solutions that cover network design, deployment, and maintenance. These services ensure uninterrupted performance, allowing enterprises to focus on their core operations.

Private networks also require continuous operations support. Enterprises need SLAs that guarantee uptime and performance, particularly for mission-critical applications. Providers like NTT DATA ensure seamless integration and ongoing management, minimizing risks for enterprises.

NaaS: Simplifying Private Network Deployments

How NaaS Reduces Upfront Costs for Private Networks

One of the most significant barriers to deploying private networks is the high upfront cost. NaaS eliminates this hurdle by offering private networks as a subscription-based service. This model spreads costs over three to five years, allowing enterprises to transform their operations without substantial capital investment.

Streamlining Operations with NaaS

NaaS bundles all aspects of network deployment, including design, installation, and operation, into a single service. This approach reduces complexity and accelerates deployment timelines, making it easier for enterprises to adopt private networks.

NaaS and Device Integration for Smarter Connectivity

NaaS goes beyond network connectivity to include devices as a service. Enterprises can access necessary hardware, such as scanners and tablets, alongside their networks. This integrated approach simplifies procurement and ensures compatibility with digital transformation initiatives.

Private Networks Powering Smart City Innovation

How Private Networks Transform City Infrastructure

Smart cities like Brownsville face challenges with outdated infrastructure and manual operations, particularly in traffic management. Private networks enable cities to modernize their systems, optimize traffic flows, and reduce environmental impacts. For example, real-time data from sensors and cameras can help cities redesign traffic patterns to prevent congestion and accidents.

Laying the Foundation for Smart City Connectivity

A robust connectivity platform is critical for smart cities. While investments in fiber networks provide a strong foundation, wireless networks unlock the full potential of these systems. Wireless infrastructure supports IoT devices, enabling applications like smart parking, energy monitoring, and public safety enhancements.

Partnering for Smarter and Sustainable Cities

Successful smart city deployments require close collaboration between technology providers and city stakeholders. By working together, cities can design networks that meet current and future capacity needs. Companies like NTT DATA and Nokia provide analytics and dashboards to help cities monitor and manage their infrastructure effectively.

Best Practices for Private Network Success in Smart Cities

Collaborating Across Teams for Smart City Success

Smart city projects benefit from the involvement of multiple stakeholders, including city leadership, engineering teams, and public safety departments. Collaborative planning ensures that networks address the needs of all users, from citizens to operational teams.

Balancing Edge and Cloud Computing in Smart Cities

Cities must adopt hybrid data processing approaches, balancing edge and cloud computing. Processing data locally reduces storage and transmission costs while enabling fast decision-making.

How Private Networks Enhance Citizen Services

Smart city initiatives should focus on delivering clear benefits to citizens, such as reduced commute times, enhanced safety, and improved accessibility. Digital transformation can also help underserved communities by providing new services and opportunities.

Private Networks: A Priority for Enterprises

Ensuring Security and Reliability in Private Networks

Enterprises prioritize security in their private network deployments. Private 5G networks ensure data remains on-premises, supported by robust authentication and monitoring tools. Additionally, high-performance networks with guaranteed SLAs are essential for mission-critical applications.

How Edge AI Optimizes Enterprise Operations

Edge AI is transforming enterprise operations by enabling real-time insights and decision-making. NTT DATA’s Edge as a Service offering integrates private 5G, edge computing, and AI to optimize production schedules, resource allocation, and operational efficiency.

Integrating Legacy Systems with Modern Private Networks

Integrating legacy and modern systems is a key challenge for enterprises. NTT DATA simplifies this process by providing comprehensive solutions that connect sensors, devices, and applications, ensuring compatibility across diverse systems.

Nokia’s Advanced Private Network Offerings

Nokia’s Flexible Solutions for Diverse Use Cases

Nokia’s extensive portfolio includes solutions for macro networks, indoor configurations, and campus-specific deployments. This flexibility supports a wide range of use cases, from video optimization to real-time analytics.

Leveraging Nokia’s Knowledge for Industry-Specific Solutions

Nokia’s deep knowledge of industries like utilities, transportation, and government enables them to design tailored solutions that address unique challenges. By collaborating with partners, they provide advanced technologies that enhance operational outcomes.

Nokia’s Tech Innovations for Smarter Private Networks

Nokia continues to innovate with solutions like optimized video streaming and low-latency applications. These advancements empower enterprises to improve safety, efficiency, and connectivity.

How NTT DATA Builds Strong Ecosystems for Private Networks

Creating Seamless Private Network Ecosystems

NTT emphasizes the importance of partnerships to deliver complete solutions. By collaborating with device manufacturers, application providers, and technology vendors, NTT DATA ensures seamless integration of private networks into enterprise environments.

Delivering Consistent Solutions Worldwide

For multinational enterprises, standardization across locations is critical. NTT DATA provides consistent solutions worldwide, supporting the convergence of IT and operational technologies for better efficiency.

Tailored Solutions for Enterprise Connectivity Challenges

NTT works closely with enterprises to address specific challenges, offering tailored solutions that align with business objectives. Their partnerships extend across the technology spectrum, ensuring a holistic approach to private network deployment.