Accelerate network service time-to-market with a simplified vendor-neutral and standard-compliant approach for designing and onboarding network functions or services. Leverage a catalog of TOSCA templates, acquire new ones from certified partners or simply build your own with an easy-to-use visual composer. Onboard and instantiate VNF and CNF seamlessly across tenants and clouds through pre-built integrations with multiple Virtual Infrastructure Managers (VIM) and Kubernetes.
Build new network core and edge sites with multi-layer automation - from infrastructure up to network services. Reduce the complexity and deployment time for expanding the capacity into existing network locations or build new telco cloud sites through deployment templates, Zero-Touch-Provisioning (ZTP), and CaaS automation.
Faster time-to-orchestrate with native integration to VMware cloud technologies. Provide unique multi-VIM/Kubernetes, hybrid and multi-cloud capabilities enabling highly efficient workload placements, portability, and constant synchronization while enabling optimal use of the various VIM/Kubernetes APIs and abstracting their complexity. Transform an integration-intensive project into an efficient product deployment.
Embed multi-cloud and cloud-native agility to your operational processes with end-to-end lifecycle management automation capabilities from infrastructure up to network services. Define and apply policies using a comprehensive decisioning engine to automate day 0 to day 2 operations. Enable leaner operational processes, remove the complex and error-prone human activities while optimizing overall resource utilization through container management, dynamic scaling, workload portability, and closed-loop healing, all within a distributed data center ecosystem.
Transition to cloud-native architecture seamlessly with Container-as-a-Service (CaaS) automation. Simplify the registration and creation of new Kubernetes clusters directly from Telco Cloud Automation. Optimize Kubernetes clusters during configuration and instantiation phases to fit network function resources and operational requirements. Operate and manage in a centralized system all active clusters across the registered clouds.
Built as a modular and model-driven solution, G-VNFM and NFV Orchestration (NFVO) components can integrate with SOL-compliant ETSI MANO architecture. The VMware® Ready for Telco Cloud program enhances interoperability by providing xNF certifications for both VMware Telco Cloud Infrastructure and Automation, ensuring consistent end-to-end solution operations and management.
Onboard and orchestrate workloads seamlessly from VM and container-based infrastructures for adaptive service-delivery foundation. Distribute workloads from the core to the edge and from private to public clouds for true modern network unified orchestration.
Deliver a higher level of customer experience with adaptable and resilient services. Combine real-time decisioning capabilities with holistic Telco Cloud awareness for optimal closed-loop actions, improving quality of service. Automate the distribution of network functions and service workloads across distributed data centers and availability zones for optimal resiliency.
Research conducted by ACG highlights several key benefits of VMware Telco Cloud Automation with horizonal infrastructure:
ETSI MANO and CNCF compliant architecture leveraging open SOL and Kubernetes standard interfaces for vendor-neutral interoperability.
Ease registration with multi-VIM and Kubernetes cluster auto-discovery plus continuous synchronization from infrastructure to orchestration.
Support complex xNF/NS instance deployments and management use cases spanning multiple technologies from core to edge and private to public clouds.
Optimize workload placement with automated recommendations to align network function requirements and cloud capabilities.
Seamlessly manage physical, virtual and cloud-native network functions.
Register existing or create new Kubernetes clusters using Telco Cloud Automation plus automatically align cluster configurations based on network function requirements.
Automate the provisioning of new sites from Telco Cloud Infrastructure up to network functions and services.
Accelerate lengthy network function and service onboarding cycles by integrating descriptor templates leveraging open standards.
Tailor auto-operations behavior by establishing simple to elaborate rules for closed-loop policies across network function and service lifecycles.
Create unique multi-vendor network service or xNF descriptors through an intuitive visual composer interface.
Centralize xNF/EMS and VIM/CaaS/NFVi fault and performance management (FM/PM) for enriched policies, workflows and assurance.
VMware Telco Cloud Automation is the next product evolution of Project Maestro.
Most vendors in the MANO market come from network functions (NEP) or OSS/BSS that typically propose a top-down or blueprint-first approach to orchestration. These approaches do not consider the complexity and the ultra-rapid evolution of cloud technologies, which can create continuous integration challenges or deficient onboarding / management processes. VMware’s cloud-first approach removes the cloud-related complexity for consistent operations across every layer of the MANO framework. This novel method maximizes NFVi resource utilization and enables seamless VNF/network services and synchronized operation on any multi-VIM or container-based infrastructure.
VMware Telco Cloud Automation focuses on the design, onboarding and management of the application or service while VIM manages the underlying infrastructure layer. The solution decouples the application from the infrastructure while providing the ability to design/onboard/manage complex network services over multiple VIM/sites/tenants.
There is no limit to the type of network services supported by VMware Telco Cloud Automation, but the most common services include Mobile Core (LTE/5G), Multimedia Advanced Services, MPN, VoLTE, VoWIFI, SD-WAN/uCPE, Private LTE, vRAN, etc.
VMware Telco Cloud Automation supports both human and system-triggered automated workflows and policies for network functions and services. The standard automation capabilities for network functions and services include instantiation (placement on the cloud), scaling, healing, rollback, upgrade/update and termination. Users can also define interfaces for custom workflows or revise standard-based workflows.
VMware Telco Cloud Automation is deployed on-premises.
The CaaS Automation capabilities allow Telco Cloud Automation users to centrally create and manage Kubernetes clusters (worker/management) based on templates across the telco cloud. CaaS Management also enables Telco Cloud Automation to optimize the Kubernetes clusters configurations to match the network function properties during the instantiation and LCM phases.
VMware Telco Cloud Automation is a solution that accelerates time to market for network functions and services while igniting operational agility through unified automation—across any network and any cloud.
VMware Telco Cloud Automation offers Generic VNF Manager (G-VNFM) and NFV/Cloud domain orchestration capabilities. See datasheet for supported interfaces.
VMware Telco Cloud Automation supports orchestration and automation of network functions in any format (physical, virtual and cloud-native) and from any vendor (compliant to SOL001/004).
Yes, VMware Telco Cloud Automation offers NFV and cloud domain orchestration (virtual domains). This solution does not orchestrate physical domains such as transport or non-virtualized RAN domains. These domains typically have their own orchestration platform for integrated end-to-end service orchestration.
VMware Telco Cloud Automation is not an end-to-end service orchestrator. However, it is an essential component of network slice orchestration because it manages service requirements for NFV/cloud/application domains. It interacts with the end-to-end service orchestrator through SOL005/TMF standard interfaces (to execute NFV/cloud requirements).
Telco Cloud Automation provides a singular approach to extend Kubernetes and match CSPs cloud-native requirements. These capabilities include Kubernetes cluster management/automation based on templates, CNF descriptor/package design, CNF deployment, LCM automation, and NFV- Orchestration to manage xNF hybrid environment.