Introduction

In a recent presentation, Hari Devi, the associate director of solutions at Racket and Symphony, shared insights into the role of Robin IO in the deployment of a private 5G network solution. This marked a significant milestone in demonstrating the efficiency of leveraging cloud-native solutions and automation to construct a private 5G network blueprint. Hari Devi expressed excitement at the prospect of global operators and enterprises utilizing this blueprint for their own private 5G solutions. The solution showcased the deployment of Robin's Cloud Native Platform in a hybrid cloud model, spanning both AWS instances and on-premise infrastructure. Notably, the presentation highlighted the operational deployment of the solution using a mix of public and private cloud environments, emphasizing the benefits of open-source software and tools in achieving automation and efficiency.

Cloud-Native Solution and Automation

The blueprint preparation for the 5G private network solution showcased the effectiveness of employing cloud-native solutions and automation. This innovative approach demonstrated the efficiency and flexibility of utilizing open source software and tools to build a private 5G network. The deployment of Robin Cloud in a hybrid cloud model, encompassing both AWS instances and on-premise infrastructure, highlighted the adaptability and scalability of the solution. By leveraging a cloud-native platform, the deployment is optimally suited to accommodate the diverse requirements of operators and enterprises across the globe.

The presence of control plane instances on AWS and user plane instances at the Telefonica Madrid lab underscored the seamless integration of cloud-native technologies in a geographically distributed landscape. The demonstration also featured the deployment of computer vision mobile edge computing applications processing video surveillance at the edge platform, showcasing the versatility and performance capabilities of the solution. Furthermore, the incorporation of Robin's multi-data center automation platform symbol orchestrator enabled end-to-end deployment orchestration, exemplifying the power of automation in enhancing operational efficiency and agility in the 5G network infrastructure.

Robbing Cloud Native Platform Deployment

The deployment of the Robbing Cloud Native Platform was a crucial component of the 5G private network solution blueprint. This platform was deployed in a hybrid cloud model, with instances on AWS and on-premise. On the AWS instance in the Europe region, the control plane instance of the omic core was running, while the on-premise instance was deployed in the Telefonica Madrid lab. Additionally, the user plane instance of the omic core and the user plane instance for the computer vision mobile Edge Computing application were also operational.

Moreover, the deployment demonstrated the use of Robin's multi-data center automation platform, the Robin Orchestrator, to orchestrate the end-to-end deployment. This involved bringing up the edge clusters, including OS installation and application deployment. The integration of the Sim Cloud orchestrator with tecum's devops platform exposed numerous APIs, enabling tasks such as registering a Helm chart and deploying applications. This deployment showcased the efficiency and flexibility of a hybrid cloud architecture, incorporating both public and private cloud environments in a 5G non-standalone deployment scenario.

5G Private Network Use Cases

5G private networks bring forth a multitude of use cases, one of which is demonstrated in the video with the application of video surveillance. The 5G private network is leveraged for the processing and monitoring of video surveillance, with the added capability of edge computing for this application. This use case showcases the potential of 5G private networks in enhancing security and surveillance systems through efficient data processing and analysis at the network edge.

Another notable use case highlighted in the demonstration is the deployment of hybrid cloud architecture. The integration of public cloud and private cloud environments in the 5G non-standalone deployment presents an essential use case for organizations seeking flexible and scalable network infrastructure. This hybrid model allows for a comprehensive approach to network deployment, catering to diverse operational needs efficiently.

Furthermore, the demonstration emphasizes the significance of automation in the 5G private network environment. The deployment incorporates open-source software and tools, showcasing the efficiency and effectiveness of automation in the network setup and management. This use case underscores the pivotal role of automation in streamlining network operations and optimizing resource utilization.

Moreover, the separation of the control plane and user plane in the 5G network architecture represents a fundamental use case. The demonstration elucidates the advantages of this separation, particularly in optimizing network functionalities and enhancing performance, catering to the unique requirements of 5G deployments.

In summary, the showcased 5G private network use cases encompass applications in video surveillance, hybrid cloud deployment, automation, and the separation of network planes, presenting a comprehensive overview of the diverse capabilities and advantages offered by private 5G networks.

Multi-Data Center Automation Platform

Robin's multi-data center automation platform, symbol orchestrator, played a crucial role in the demonstration of the 5G private network solution blueprint. The orchestrator facilitated the end-to-end deployment process, including the provisioning of edge clusters, OS installations, and application deployments. One of the key functionalities of the orchestrator was to manage the separation of the control plane and user plane, ensuring efficient operations within the hybrid cloud architecture of the private 5G network.

Furthermore, the integration of Robin's multi-data center automation platform with Tecum's DevOps platform added a layer of versatility and enhanced capabilities to the overall deployment process. By exposing hundreds of APIs, the integration enabled seamless interactions with the DevOps platform, allowing for tasks such as registering a Helm chart, deploying applications, and adding new bare metal servers. This level of automation and integration highlights the advanced capabilities of the multi-data center automation platform, contributing significantly to the efficiency and agility of the private 5G network solution.

Summary and Conclusion

In conclusion, the demonstration showcased the effectiveness of a Cloud-native approach and automation in the deployment of a private 5G Network. By utilizing a hybrid Cloud model, with instances on both public Cloud (AWS) and on-premise infrastructure, the blueprint proved versatile and adaptable for a global audience of operators and enterprises. The separation of control plane and user plane, along with the integration of GPU-capable Edge clusters, underlined the blueprint's modern and efficient design.

Furthermore, the deployment emphasized the potential of open-source software and tools in achieving end-to-end automation, as evidenced by the integration with Tecum's DevOps platform and exposure of numerous APIs for various functions. The framework also demonstrated the practicality of a 5G non-standalone deployment within a 5G private network environment.

Overall, the deployment showcased the readiness and potential of such solutions for real-world implementations, highlighting the robustness of the Symphony and Robin IO partnership in driving 5G private network innovation.

Highlight

Today, Hari Devi, the Associate Director of Solutions at Racket and Symphony, shared exciting news about the integral role played by Robin IO in the 5G private network solution blueprint. The demonstration showcased the efficiency of utilizing cloud-native solutions and automation to build private 5G networks, offering a groundbreaking blueprint that operators and enterprises globally can leverage.

The solution incorporated the use of Robin's cloud-native platform, Symphony Cloud, deployed in a hybrid cloud model on AWS instances and on-premise infrastructure. With control plane instances running on AWS Europe and on-premise instances at Telefonica Madrid lab, the private 5G solution also encompassed user plane instances facilitating applications such as mobile edge computing for video surveillance with GPU capabilities.

Moreover, Hari Devi highlighted the use of Robin's multi-data center automation platform, Symphony Orchestrator, to orchestrate the end-to-end deployment, including bringing up edge clusters, deploying applications, and integrating with Tecum's DevOps platform through exposed APIs.

The demonstration notably showcased the separation of control plane and user plane, emphasizing the efficiency of automation through the utilization of open-source software and tools in the private 5G blueprint.

FAQ

Q: What is the focus of the video transcribed?

A: The video provides insights into the 5G private network solution blueprint, emphasizing the utilization of cloud-native solutions and automation for constructing a private 5G network.

Q: What key technology solutions are highlighted in the transcript?

A: The transcript showcases the deployment of Robin Cloud's native platform in a hybrid cloud model, involving AWS instances and on-premise infrastructure. Additionally, it discusses the integration of Robin's multi-data center automation platform and the orchestration of end-to-end deployment.

Q: What use case is demonstrated in the video?

A: The video demonstrates the use case of video surveillance with processing occurring on the edge cluster boasting GPU capabilities, showcasing the practical application of the private 5G solution for real-time processing needs.

Q: What architectural approach is illustrated in the transcript?

A: The transcript highlights the separation of the control plane and user plane within a hybrid cloud architecture, featuring a blend of public and private cloud environments, specifically for a 5G non-standalone deployment.

Q: What broader themes are explored in the video content?

A: The video delves into the efficiency of utilizing open-source software and tools for automation within private 5G solutions, underlining the significance of leveraging these solutions for streamlined deployments.

Q: What is the overall message conveyed by the content?

A: The content underscores the effectiveness of employing cloud-native solutions, automation, and open-source software in constructing private 5G networks, offering valuable insights into blueprint preparation and practical use cases for global operators and enterprises.

The article showcases the insights from the video to provide valuable information on 5G private network solutions, emphasizing technology, use cases, architecture, and broader themes explored in the content.

Conclusion

In conclusion, Robin IO and Racket and Symphony have successfully showcased the efficiency of using cloud-native solutions and automation for building private 5G networks. This was demonstrated through the deployment of a hybrid cloud model on both AWS instances and on-premise infrastructure. The deployment included the separation of control plane and user plane, along with the integration of multi-data center automation platforms and DevOps tools. The blueprint also highlighted the use of open-source software and tools, showcasing the efficiency of automation in 5G network deployments.