Net AI’s AI driven network intelligence offering will empower MNOs with near real-time monitoring and forecasting of network performance based on easy to collect network metadata. This can facilitate significant savings through more informed network investment and higher levels of service assurance for customers.

Net AI's Microscope technology fits perfectly into the O-RAN framework, as it gives granular insights into service-wise resource demand, which enables MNOs to determine where to best place network functions and compute units, to meet service requirements in a cost-effective way.

Net AI's Microscope is cutting edge technology that no one else has.

A technology like Microscope could enable a new way to analyze the actual traffic flowing on top of shared infrastructure, enabling operators to optimize the parameters of the RAN sites depending on the actual traffic in a close to realtime fashion, and or make the revenue sharing scheme more fair to all parties.

The Microscope product is a complex and brilliant piece of technology. Paul delivers his vision for the software concisely, and, as a scientist, he has a rare ability to appreciate and articulate the commercial value of the venture.

The problem with intelligent management of radio resources (i.e. reducing network capacities during hours of low demand) is maintaining an optimal balance between saving energy and delivering network quality to our customers. We expect the main benefit of Net AI’s ML/AI technology to be automatically providing the optimal balance between these two contradicting goals in real time.

Net AI’s AI driven network intelligence offering will empower MNOs with near real-time monitoring and forecasting of network performance based on easy to collect network metadata. This can facilitate significant savings through more informed network investment and higher levels of service assurance for customers.