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ORan

ORAN RIC xAPPs

Powering real-time RAN optimization through intelligent automation.

Modern RAN environments struggle to balance performance, energy efficiency, and user experience in real time. Manual network optimization leads to inconsistencies and delays in service delivery.

The ORAN Near-RT RIC xApps address these issues by serving as intelligent, microservice-based modules that communicate with E2 nodes via standard E2 Service Models. They monitor key metrics and execute automated actions for traffic steering, energy management, and QoS optimization.

By integrating AI-driven decision-making, these xApps transform network operations. Reducing energy usage, improving signal strength, and enabling seamless, vendor-neutral automation across RAN ecosystems.

Benefits

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Improved Network Performance

Better signal strength and overall connectivity.

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Optimized Resource Utilization

Efficient use of network resources across cells.

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Cost Savings

Reduced energy consumption for operators.

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Enhanced User Experience

Improved reliability and service quality.

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Features

Explore the key features of our accelerator, each built to accelerate innovation and provide measurable business impact.

Near-RT RIC as a Software Platform

Hosts microservice-based xApps that control and optimize O-RAN infrastructure (eNB, gNB, CU, DU)

E2 Service Models for Data Collection and Control

Reports UE-level, cell-level, and node-level performance measurements & enables the RIC to send control actions to the E2 node, such as cell handover decisions

A1 Policy Integration for Intelligent Decision-Making

xApps use A1 policy inputs along with KPM/RC parameters to execute network optimizations

KPM Monitoring GUI

User-selectable parameters for monitoring key network metrics, displays E2 nodes and UE connections in real-time

KPM & RC Parameters for Decision-Making
Open-Source and Vendor-Neutral Design

Use Cases

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    Traffic steering xApp

    Continuously monitors KPM (Key Performance Measurement) and RC (RAN Control) parameters to assess signal strength and power consumption.

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    Energy Saving xApp

    Optimizes energy consumption by dynamically managing network resources based on traffic load and signal conditions.

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    QoS xApp

    Ensures that new UEs can be admitted to a specific cell without degrading the Quality of Service (QoS) for existing users.

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    QoS UE Admission xApp

    Parses A1 policy inputs to extract Quality of Service (QoS) objectives and manages UE admission based on predefined performance and service requirements.

Accelerators

Bring real-time intelligence to modern RAN operations.

Optimize performance, energy usage, and user experience through autonomous xApp decision-making.

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Bring real-time intelligence to modern RAN operations.
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