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Telecom

Event-driven inference and photonic switching at core and edge

The Challenge

Telecom networks demand ultra-low latency, zero packet loss, and real-time traffic analysis at massive scale. Traditional compute introduces buffering delays and power overhead that degrade QoS and increase operational costs.

Oenerga Solution

•NeuroMesh for Event-Driven Inference: Optical spiking networks process traffic events with 120 ps latency. Zero idle power for bursty workloads.
•PhotonCore for Traffic Analysis: Real-time anomaly detection and DPI (Deep Packet Inspection) at line rate. Photonic matrix ops for pattern recognition.
•All-Optical Switching: Eliminate O-E-O conversions. Route traffic in the optical domain for minimal latency.

Pilot-Reported ROI

Pilot-reported: Picosecond event response reduced buffering and improved QoS on representative traffic patterns.

Performance based on Oenerga internal benchmarks and pilot deployments. Results vary by workload.

Use Cases

Network Core Routing

All-optical switching with neuromorphic traffic management

Edge Inference

Real-time video analytics and content delivery optimization

DDoS Mitigation

Picosecond anomaly detection with NeuroMesh

5G/6G Acceleration

Low-latency URLLC and massive IoT processing

Deploy Zero-Latency Infrastructure

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