• November 21, 2024

5G Service Communication Proxy

Oracle 5G Service Communications Proxy (SCP)

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Communications
Multigenerational Network Signaling and Security
A Secure, Cloud Native Signaling Solution for the New 5G Core
Oracle 5G Service Communication Proxy (SCP) helps operators to efficiently secure and manage their 5G network by providing routing control, resiliency, and observability to the core network. Oracle’s SCP 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 (SBA) in the 5G core.
SCP Business Benefits
Increases network efficiency by providing effective load balancing across 5G core network function instances
Provides visibility into the 5G core network
Eases the introduction and scaling of new services and features
Assists in reducing network complexity and maintenance cost
Helps Communications Service Providers (CSPs) to resolve interoperability issues and deliver better services to their customers
5G Signaling Resources
Webinar: The critical role of signaling in 5G
An insight into why a robust signaling infrastructure is vital for success in the 5G market
Blog: Consider signaling as your 5G network’s brain
Know how signaling infrastructure decides the robustness of a 5G network architecture
ABI analyst report: The importance of signaling in 5G
Scalable and flexible signaling infrastructure is the key to a successful 5G journey
See It In Action
SCP Key Features
Category Inventor
Oracle led the standardization of SCP in 3GPP
SCP leverages more than a decade of expertise in engineering and supporting secure, reliable, and robust 3G and 4G network signaling solutions; deployed in the world’s most demanding carrier networks
5G Aware
Helps CSPs to overcome challenges introduced by the new 5G core SBA, particularly related to traffic routing, prioritization, overload control, load balancing, and interworking
Secure
Designed using a fully secure cloud-native environment with flexibility to deploy on bare metal and VM infrastructure
Oracle is committed to delivering secure solutions, as well as assist customers meet their security and compliance requirements using Oracle technology. Find out more (PDF)
A more efficient 5G network
Provides 5G aware load balancing
Offloads 5G alternate routing
Provides 5G based traffic prioritization
Offloads producer discovery and selection
Supports 5G mediation
Supports canary testing
Handles hybrid deployments
Aware of 5G Subscriber Location Function (SLF)
Provides synergies with NRF beyond standards
Reliable and trusted
Compliant with the latest 3GPP release
Trusted by tier 1 operators
Supports container and VM based NFs
Related Products
Oracle 5G Network Repository Function (NRF)
Oracle Communications 5G Next Generation Core
Oracle Communications 5G Policy Control Function (PCF)
Oracle Communications 4G Cloud Native Policy and Charging Rules Function (CNPCRF)
Oracle Communications Automated Test Tools and Scripts (ATS)
Follow Oracle Communications
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2 Service Communication Proxy System Architecture

2 Service Communication Proxy System Architecture

This section explains the Service Communication Proxy
system architecture.
The Service Communication Proxy is a decentralized solution and composed
of control plane and data plane. This solution is deployed along side of 5G
Network Functions (NF) for providing routing control, resiliency, and
observability to the core network. The Service Communication Proxy has a
control plane and a data plane.
Figure 2-1 Service
Communication Proxy Architecture
The Service Communication Proxy solution is deployed either as a default
outbound proxy to NF instances or as a router model where SCP is configured as
2 outbound proxy at each NFs in cloud native environments. SCP provides the
following benefits to the 5G core network architecture:
Improved Load Balancing
Routing Control
Message Priority
Assignment/Override
Circuit Breaking and Outlier
Detection
Overload Control
Observability
Improved Load
Balancing
The 5G core network is a service based architecture which does not
lend itself to an efficient load balancing of provider NFs and by introducing
an Service Communication Proxy in the midst, load balancing across available
NFs can be significantly improved. The Service Communication Proxy has a
complete view of all the messages arriving for a given NF type and supports
schemes such as round robin, weighted round robin, transaction latency, etc
while factoring in the current load and NF availability.
By leveraging its position in the network, the Service Communication
Proxy provides better routing control and bring resiliency to the network. It
relieves user NFs from remembering and interpreting complex routing rules
associated with next hop selection and at the same time makes re-routing
decisions based on load conditions and health status of NF providers.
In the absence of an alternate route, the Service Communication Proxy
rejects requests destined to a failed or degraded NF, thereby acting as a
circuit breaker. This prevents valuable resources at the user NFs from being
tied up waiting for responses from providers. The Service Communication Proxy
can also perform Retries on behalf of the service user there by relieving the
service user from this burden and leaving it to focus on the application.
3gpp-Sbi-Message-Priority
header is defined to carry the message priority of 5G messages. The SCP
includes or modifies the header based on the configuration parameters. See
Configuring MessagePriority Options.
Circuit Breaking
and Outlier Detection
Service Communication Proxy tracks the status of
each individual endpoint of the producer NFs/NF Services. Upstream producer
EndPoints that continually return 5xx errors for service requests are ejected
from the routing pool for a pre-defined period of time. Outlier detection is a
form of passive health checking of producer NFs. Outlier detection is per
endpoint (of producer NF instance) and triggers when SCP receives consecutively
5xx error response and exceeds the configurable number of consecutive 5XX
errors.
Overload
Control
The overload control protects the pod (server) from overload with
respect to various system resources such as memory, CPU, or file descriptors
due to several client connections or requests.
The SCP worker and controller supports overload control based on the
usage of below listed resources:
Memory
CPU
File descriptors
The SCP worker and controller considers itself to be overloaded if the
usage associated with memory, CPU or File descriptors exceeds the operator
configured threshold values.
In the event of overload, the SCP performs the below configured
actions
Refuse new connections
Respond to new ingress
requests with a configurable Error ( status) and code (Default Error code –
503).
The following are available in observability.
Metrics
Metrics services requests are proxied through the Service
Communication Proxy, the Service Proxy Controller can collect Metrics and KPIs
related to message processing. With this information, the Service Communication
Proxy is in a unique position to provide a view of health status the network at
a given time. See
Metrics, KPIs, and Traces.
Tracing
Compliant with open API tracing
Logging
Compliant with ELK stack.
Oracle 5G Service Communications Proxy (SCP)

Oracle 5G Service Communications Proxy (SCP)

No results found
Your search did not match any results.
We suggest you try the following to help find what you’re looking for:
Check the spelling of your keyword search.
Use synonyms for the keyword you typed, for example, try “application” instead of “software. ”
Try one of the popular searches shown below.
Start a new search.
Trending Questions
Close
Industries
Communications
Multigenerational Network Signaling and Security
A Secure, Cloud Native Signaling Solution for the New 5G Core
Oracle 5G Service Communication Proxy (SCP) helps operators to efficiently secure and manage their 5G network by providing routing control, resiliency, and observability to the core network. Oracle’s SCP 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 (SBA) in the 5G core.
SCP Business Benefits
Increases network efficiency by providing effective load balancing across 5G core network function instances
Provides visibility into the 5G core network
Eases the introduction and scaling of new services and features
Assists in reducing network complexity and maintenance cost
Helps Communications Service Providers (CSPs) to resolve interoperability issues and deliver better services to their customers
5G Signaling Resources
Webinar: The critical role of signaling in 5G
An insight into why a robust signaling infrastructure is vital for success in the 5G market
Blog: Consider signaling as your 5G network’s brain
Know how signaling infrastructure decides the robustness of a 5G network architecture
ABI analyst report: The importance of signaling in 5G
Scalable and flexible signaling infrastructure is the key to a successful 5G journey
See It In Action
SCP Key Features
Category Inventor
Oracle led the standardization of SCP in 3GPP
SCP leverages more than a decade of expertise in engineering and supporting secure, reliable, and robust 3G and 4G network signaling solutions; deployed in the world’s most demanding carrier networks
5G Aware
Helps CSPs to overcome challenges introduced by the new 5G core SBA, particularly related to traffic routing, prioritization, overload control, load balancing, and interworking
Secure
Designed using a fully secure cloud-native environment with flexibility to deploy on bare metal and VM infrastructure
Oracle is committed to delivering secure solutions, as well as assist customers meet their security and compliance requirements using Oracle technology. Find out more (PDF)
A more efficient 5G network
Provides 5G aware load balancing
Offloads 5G alternate routing
Provides 5G based traffic prioritization
Offloads producer discovery and selection
Supports 5G mediation
Supports canary testing
Handles hybrid deployments
Aware of 5G Subscriber Location Function (SLF)
Provides synergies with NRF beyond standards
Reliable and trusted
Compliant with the latest 3GPP release
Trusted by tier 1 operators
Supports container and VM based NFs
Related Products
Oracle 5G Network Repository Function (NRF)
Oracle Communications 5G Next Generation Core
Oracle Communications 5G Policy Control Function (PCF)
Oracle Communications 4G Cloud Native Policy and Charging Rules Function (CNPCRF)
Oracle Communications Automated Test Tools and Scripts (ATS)
Follow Oracle Communications
Why Oracle
Analyst Reports
Gartner MQ for ERP Cloud
Cloud Economics
Corporate Responsibility
Diversity and Inclusion
Security Practices
Learn
What is cloud computing?
What is CRM?
What is Docker?
What is Kubernetes?
What is Python?
What is SaaS?
What’s New
Try Oracle Cloud Free Tier
Oracle Arm Processors
Oracle and Premier League
Oracle and Red Bull Racing Honda
Employee Experience Platform
Oracle Support Rewards
© 2021 Oracle
Site Map
Privacy/Do Not Sell My Info
Ad Choices
Careers
Facebook
Twitter
LinkedIn
YouTube

Frequently Asked Questions about 5g service communication proxy

What is service communication proxy?

The Service Communication Proxy is a decentralized solution and composed of control plane and data plane. This solution is deployed along side of 5G Network Functions (NF) for providing routing control, resiliency, and observability to the core network.

What is SCP in 5G network?

A Secure, Cloud Native Signaling Solution for the New 5G Core. Oracle 5G Service Communication Proxy (SCP) helps operators to efficiently secure and manage their 5G network by providing routing control, resiliency, and observability to the core network.

What is Nef in 5G?

5G Network Exposure Function (NEF) facilitates secure, robust, developer-friendly access to the exposed network services and capabilities of your 5G network, enabling third-party developers and enterprises to create and tailor their own composite or specialized network services on-demand, and helping you drive service …

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