Blog | nearby computing

Do you need help managing the lifecycle of 5G mobile private network (MPN) functions and workloads across local and off-site infrastructures? Does your telecom business require enhanced network monitoring, performance management, and automation to maintain top-tier service quality? If these challenges resonate, your organisation may need a robust orchestration solution that integrates seamlessly across all network components.

Effective orchestration for 5G MPN demands comprehensive capabilities, including network monitoring, fault management, performance optimisation, automated configurations, and SIM management. NearbyOne provides all these features and more, offering Tier-1 telecom operators an advanced platform to manage modern 5G networks with efficiency and precision.

The Challenge of 5G MPN Orchestration

As telecom operators race to deploy 5G mobile private networks (MPN), the complexity of managing workloads across both on-site and off-site infrastructures becomes increasingly apparent. Ensuring seamless communication between network functions, services, and devices is no small feat.

Such complexity often leads to:

R  Costly downtime: Service interruptions and performance degradation.
R  Operational inefficiencies: Difficulty in managing workloads and configurations.

According to Gartner, a thriving 5G MPN requires a robust management and orchestration (M&O) solution capable of handling the lifecycle of network functions and workload placements. Whether local or remote, the orchestration system must oversee network performance, automate configurations, manage faults, and uphold service quality.

How NearbyOne Addresses 5G MPN Challenges

NearbyOne is a next-generation orchestration platform that addresses these pain points head-on. It offers a unified control plane that integrates network functions, SIM management, slice provisioning, and more—all built on a scalable and flexible architecture.

Key Features Aligned with Gartner’s Reference Architecture:

RNetwork Monitoring

Real-time insights into network health are essential for maintaining service reliability. NearbyOne’s monitoring tools deliver detailed performance metrics across all nodes, enabling operators to resolve issues before they impact service quality.

R  Fault Management

Downtime can be disastrous for telcos. NearbyOne automatically detects and mitigates faults across the network, ensuring minimal disruptions and uninterrupted service.

RPerformance Management

Continuous tracking of performance metrics ensures optimal operation, even during high-traffic periods. NearbyOne allows operators to adapt in real time, maintaining high-quality service levels.

R Service Quality Management

Maintaining consistent service quality across all offerings is critical. NearbyOne’s automated tools swiftly address performance issues, ensuring your network supports mission-critical applications reliably.

R Automated Network Configuration

Manual configuration errors can be costly. NearbyOne automates network configurations, enabling seamless deployment or adjustments to service slices without disrupting operations.

R Slice Provisioning and Orchestration

The ability to support multiple network slices for diverse applications is one of 5G’s biggest strengths. NearbyOne efficiently provisions and manages these slices, ensuring they have the resources required for specific use cases.

R SIM and Device Management

Managing thousands of devices and SIMs across a 5G network is challenging. NearbyOne automates provisioning, monitoring, and management, reducing overhead while improving service delivery.

Unlocking the Power of Edge Computing with MEC

A standout feature of NearbyOne is its integrated multi-access edge computing (MEC) capability. MEC brings data processing closer to the end user, reducing latency and enhancing the overall experience. This is critical for applications like autonomous vehicles, industrial automation, and smart cities.

As demand for ultra-low latency services grows, NearbyOne’s MEC integration ensures latency-sensitive applications perform optimally. By combining orchestration with edge computing, telcos can overcome traditional bottlenecks associated with centralised cloud computing.

Delivering Tangible Benefits for Telecom Operators

By automating complex tasks, providing real-time network insights, and streamlining performance management, NearbyOne empowers telco operators to:

R  Reduce total cost of ownership (TCO): By minimising operational costs and infrastructure overhead.

R  Maximise return on investment (ROI): Through accelerated service deployment and innovation opportunities.

R  Scale with ease: Ensuring 5G MPN expansion without costly infrastructure upgrades.

NearbyOne enables operators to focus on driving innovation and delivering cutting-edge services while ensuring their networks meet Gartner’s best practice recommendations—and go beyond them with added MEC capabilities.

Your content goes here. Edit or remove this text inline or in the module Content settings. You can also style every aspect of this content in the module Design settings and even apply custom CSS to this text in the module Advanced settings.

The Future of 5G Orchestration

As the need for advanced orchestration platforms becomes more pressing, NearbyOne delivers a solution that aligns with Gartner’s reference architecture while providing added value through features like MEC and comprehensive lifecycle management tools.

By simplifying the complexity of managing 5G MPN networks, optimising performance, and reducing costs, NearbyOne empowers telcos to stay competitive and innovative.

Are you ready to transform your 5G MPN orchestration? Discover the power of NearbyOne today.

Overcoming Fragmented Network Management

Does your company feel that managing your telecom components requires too much manual oversight? One of the biggest challenges facing telcos today is the fragmented nature of network management. Traditional methods often involve working with multiple dashboards, tools, and vendors, which slows decision-making and leaves room for errors. This is further complicated by the dynamic nature of modern telecom networks, where SIM management and connectivity infrastructure can vary widely across regions and vendor platforms.