Build a secure 5G signaling and routing framework with a complete set of microservices-based, cloud native network functions (NFs). Introduce new services and platforms in an automated framework with more security within a multivendor and multicloud environment. Get insights into network traffic through analytics and troubleshooting tools.
Orange selects suppliers for their 5G standalone networks in Europe.
Oracle Communications’ cloud native core 5G signaling and routing product portfolio is built on more than 40 years of network signaling security heritage.
Efficiently manage your network at scale by providing routing control, resiliency, security, and observability to the 5G core network. The Oracle Communications 5G SCP is a cloud native 5G core signaling router that leverages IT service mesh (ISTIO) and adds critical capabilities to make it 5G-aware, thereby addressing many of the challenges caused by the new service-based architecture in the 5G core.
Simplify network topology by handling complex connection management while improving load balancing and routing control. The SCP plays a critical role in the deployment of new services with canary upgrades for improved service compatibility and interoperability.
Provide alternate routing and congestion control and enhance the resiliency of the 5G core. The SCP protects the network from signaling attacks by malicious or rogue elements and from being overloaded.
Enable traffic monitoring of external analytics solutions. The SCP increases observability through end-to-end visibility of the 5G core control plane and delivers enhanced 5G core security.
Enable secure connections between 5G networks by ensuring end-to-end confidentiality and integrity between originating and destination networks for all 5G interconnect roaming messages.
Provide a path for alternate routing between two public land mobile networks (PLMNs).
Support multiple public land mobile networks, allowing the local Security Edge Protection Proxy to communicate simultaneously with several remote partners for increased network resiliency.
Avoid attacks intended to gain unauthorized access to network elements or to interrupt network services, and help prevent unauthorized reverse engineering of the home public land mobile networks.
Support NF management, discovery, and authorization services. NRF can be combined with Oracle’s SCP.
Take advantage of NRF hierarchies to achieve the desired scalability of the 5G core.
Enable up to three-site georedundancy to ensure service availability and continuity across multiple sites.
Support discovery across the inter-PLMN boundary, thereby enabling 5G roaming.
Select the network slicing instance, determine the allowed network slice selection assistance information, and set the Access and Mobility Management Function to serve the user equipment.
Enhance service delivery by dynamically modifying subscriptions.
Support two-site georedundancy to ensure service availability when an Oracle NSSF site is down.
Support multiple networks by defining slice selection policies.
Oracle provides a fully automated and robust 5G signaling platform with a holistic approach to security and observability.
Deploy hyperscale public/private cloud services rapidly.
Support CI/CD pipelines along with automated test suites to facilitate zero-touch installs and upgrades.
Omdia Research paper: 5G Core automation is critical to telco transformation
Provide 5G signaling health metrics and tracing with the capability to monitor feeds for network analytics.
Prevent network attacks with advanced security management features.
Webinar: A blueprint for a robust, reliable, and secure 5G core deployment
Control 5G networks by implementing complex policy decisions based on network subscriber and service information.
Manage network policies in a consistent manner, enabling seamless migration from 4G to 5G.
Automate the testing lifecycle of 5G NFs, reducing OpEx and the time frame required to successfully launch new competitive offers.
See a live demo of Oracle Communications 5G core signaling and routing.
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