Network-as-a-Hosted
Service (NaaHS)

Quantum Ran’s cloud is native work on nodes.

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Network-as-a-Hosted
Service (NaaHS)

secure, cost-effective alternative to run all.

Network-as-a-Hosted
Service (NaaHS)

Microservices-based, containerized software enables.

Network-as-a-Hosted
Service (NaaHS)

Easy scaling to cover huge clients.

Network-as-a-Hosted
Service (NaaHS)

Own high performance hardware design.

Quantum Ran’s Network-as-a-Hosted Service (NaaHS) provides a secure, cost-effective alternative to run all or parts of the telco network on the public cloud and gives CSPs flexibility to integrate the solution with other on-prem workloads – all without compromising or degrading their SLAs and resiliency.

NaaHS allows CSPs to deploy Quantum Ran’s market leading 4G/5G products and applications with public cloud computing infrastructure, state of the art container deployment and management technologies, and big data analytics services.

CSPs can now embrace the web-scale IT philosophy, delivering increased bandwidth and improved economics through greater efficiency, network automation, and agility. Quantum Ran’s cloud-native, microservices-based, containerized software enables a streamlined environment that significantly reduces the operational costs of managing software lifecycles and platform integration efforts.CSPs can accelerate the move to 5G by removing infrastructure barriers without heavy investment. NaaHS offers easy scaling, hardware de-coupling, agility, portability, and resilience across multiple cloud environments.

Quantum Ran deep telco expertise in deploying highly distributed and cloud-native solutions, coupled with public cloud operations for different industries provides agility, scaling, slicing and resiliency.

The Advantages of NaaHS

Remove the complexity.

The Quantum Ran cloud-native, microservices-based, containerized software enables a streamlined environment. Fully-managed cloud service reduces hardware investment, removes the capital expense, depreciation burden, and need for dedicated physical space. The operational costs of managing software lifecycles and platform integration efforts are significantly reduced, leaving the CSP to focus on revenue-generating business, not IT.

Increase or decrease capacity securely based on network demands.

The NaaHS solution is designed to be deployed in a combination of Region, Local Zones (LZ), and Outpost servers. The elasticity of Quantum Ran’s cloud-native software makes it easy to scale up and down as demand changes, whether it’s forecasted or not. Network security, isolation, and data governance are pillars of the design, and Quantum Ran’s worked to carefully architect the solution to address typical CSP security concerns.

Automate and deploy applications in minutes.

All network services in the solution are lifecycle managed through Quantum Ran’s orchestration solution, which makes it easy and efficient to design and deploy a network instance. Building, testing, releasing, and deploying can happen swiftly and consistently. Developers can make quick modifications and updates to applications that are built as fine-grained microservices in containers, deployed on the cloud.

Launch new services at rapid speed.

Rely on Quantum Ran’s for a customizable, better performing network with Open APIs that integrate with any 3rd party observability framework and provide flexible, extensible service agility. Continuous Integration and Continuous Development (CI/CD) reduces lengthy integration using DevOps-based software release and upgrade cycles. Using automation gives CSPs reduced time to market.

Related Materials

Open RAN and Public Cloud

Quantum Ran is the first to deploy Open vRAN on the public cloud as part of the DISH deployment. Our unique strategy brings best practices from the hyperscale cloud and IT industries for rapid design, development, testing and rollouts. Quantum Ran’s cloud native tools (mCMS and MTCIL) use native kubernetes constructs to provide seamless configuration management of RAN workloads to support the placement of workloads at the right location.