Rakuten Symphony RIC - rApps Ecosystem

rApps drive smarter, more adaptive networks through AI-powered automation and optimization. They enable faster innovation, higher efficiency, and superior user experiences while fostering an open ecosystem that accelerates network evolution.

Featured rApps

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LTE Small Cell Switch On/Off

Energy Saving
Optimizes network energy efficiency by intelligently switching small cells or carriers on and off based on historical traffic patterns and load trends. This rApp reduces O-CU, O-DU, and O-RU power consumption without compromising service quality.
Radio

LTE MIMO Tx Muting

Energy Saving
Enhances energy efficiency by dynamically muting specific RF transmission channels during low traffic periods. This rApp minimizes O-RU power consumption while maintaining network performance and user experience.
Radio

5G Cell Switch On/Off

Energy Saving
Improves energy efficiency by intelligently switching off 5G cells during low traffic periods. This rApp reduces network power consumption while maintaining seamless connectivity and user experience.
Radio

Outage Compensation

User Experience
Enhances network resilience by dynamically adjusting parameters to optimize coverage and capacity during outages. This rApp ensures service continuity and minimizes performance degradation in affected areas.
Radio

Sleeping Cell Detection & Resolution for LTE

User Experience
Detects and resolves sleeping cells by analyzing performance metrics from impacted and neighboring cells. This rApp identifies cells with hidden issues even when no alarms or fault notifications are triggered, ensuring consistent network reliability and performance.
Radio

Intent-based Spectral 5G Optimization

User Experience
5G network spectrum utilization through intent-driven automation. This rApp dynamically reconfigures spectrum bands, bandwidth and numerologies based on demand and availability.
Radio

LTE Small Cell Switch On/Off

Energy Saving
Optimizes network energy efficiency by intelligently switching small cells or carriers on and off based on historical traffic patterns and load trends. This rApp reduces O-CU, O-DU, and O-RU power consumption without compromising service quality.
Radio

LTE MIMO Tx Muting

Energy Saving
Enhances energy efficiency by dynamically muting specific RF transmission channels during low traffic periods. This rApp minimizes O-RU power consumption while maintaining network performance and user experience.
Radio

5G Cell Switch On/Off

Energy Saving
Improves energy efficiency by intelligently switching off 5G cells during low traffic periods. This rApp reduces network power consumption while maintaining seamless connectivity and user experience.
Radio

Outage Compensation

User Experience
Enhances network resilience by dynamically adjusting parameters to optimize coverage and capacity during outages. This rApp ensures service continuity and minimizes performance degradation in affected areas.
Radio

Sleeping Cell Detection & Resolution for LTE

User Experience
Detects and resolves sleeping cells by analyzing performance metrics from impacted and neighboring cells. This rApp identifies cells with hidden issues even when no alarms or fault notifications are triggered, ensuring consistent network reliability and performance.
Radio

Intent-based Spectral 5G Optimization

User Experience
5G network spectrum utilization through intent-driven automation. This rApp dynamically reconfigures spectrum bands, bandwidth and numerologies based on demand and availability.

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