Deterministic P5G for
Critical Grid Edge Compute.
Public MNO networks fail critical infrastructure. We deploy localized, sovereign Private 5G (P5G) O-RAN networks that guarantee sub-millisecond telemetry and slash energy OPEX.
Escape the MNO Bottleneck.
Offshore rigs, LNG terminals, and smart grids cannot rely on macro networks. We replace 15ms fiber round-trip delays with instantaneous, localized control.
Public Macro Networks
- Shared-spectrum congestion causes packet loss during critical events.
- Centralized Baseband Units (BBU) mandate 15–30ms round-trip delays.
- Zero root read/write access for industrial operators.
Localized Private 5G
- Dedicated, localized spectrum guaranteeing URLLC (Ultra-Reliable Low-Latency).
- On-site Edge Data Centres act as autonomous, closed-loop dispatch hubs.
- Full sovereign control over your enterprise SCADA data.
Powered by SpectraFlow AI
Our Spatio-Temporal Graph Neural Networks (ST-GNN) integrate directly into the O-RAN layer.
O-RAN Micro-Sleep
SpectraFlow dynamically models spectral power states, dropping idle Radio Units (RUs) into micro-sleep modes (DTX/DRX) to slash heavy industrial energy OPEX.
Predictive Routing
The AI predicts bandwidth usage 10ms in advance, ensuring deterministic traffic is never interrupted during power-saving cycles.
Edge Slicing
Dedicated network slices for critical control systems (SCADA) operating concurrently with high-bandwidth CCTV and IoT sensors on the same physical infrastructure.