RAN Use Cases

Discover our RAN automation solutions in action with real-world scenarios

Continuous Performance Monitoring

Automatic detection of network quality degradation before customer impact

Context

Telecom operators must continuously monitor their network Quality of Service (QoS). Gradual degradations can go unnoticed until they massively affect customers.

Solution

Our continuous monitoring system analyzes Key Performance Indicators (KPI) in real-time and detects subtle drifts before they become critical.

Benefits

  • Early anomaly detection
  • 60% reduction in resolution time
  • Improved customer satisfaction
  • Proactive maintenance instead of reactive

Real-time KPI Evolution

Detection status:
All Clear - Normal operation

Network Traffic Forecasting

Intelligent network traffic anticipation

Context

Network traffic forecasting enables capacity needs anticipation and resource optimization. Machine learning algorithms analyze historical trends to predict future values.

Solution

Our system continuously collects network KPIs and applies predictive models to anticipate the next hours with 95% confidence intervals. Real-time visualization enables proactive decision-making.

Benefits

  • Anticipation of load peaks 15-30 minutes ahead
  • Proactive network resource allocation
  • 40% reduction in congestion
  • Confidence intervals to quantify uncertainty

Time series with intelligent forecasting

Hourly network throughput - Last hours are predicted - Shaded area = 95% confidence interval

Historic: 50 hours
Forecast: 5 hours
Interval: 95% confidence

Radio Interference Analysis

Detection and characterization of interference on 5G spectrum

Context

5G networks are sensitive to interference that degrades signal quality and impacts user experience. Rapid identification of interference type is crucial for resolution.

Solution

Our system analyzes SINR (Signal-to-Interference-plus-Noise Ratio) in real-time across the entire 5G spectrum to identify and characterize interference sources.

Benefits

  • Immediate visual identification of problem areas
  • Temporal analysis of interference patterns
  • Targeted radio spectrum optimization
  • Reduction in quality-related customer complaints

SINR Uplink Map - 5G Resource Blocks (3 days)

SINR (dB):
-10
30
High interference ← → Optimal signal