AI-RAN Moves From Lab to Live Network: Optus and Ericsson Deliver Real-World Gains in 5G Performance
Australian carrier Optus is reporting measurable, live-network improvements in link adaptation, coverage prediction, and interference compensation after deploying AI-driven RAN capabilities in partnership with Ericsson. The results signal a pivotal…
Full Throttle: Why Telecom’s AI Investment Engine Shows No Signs of Slowing Down
Despite growing scrutiny over AI economics and safety concerns, the telecommunications industry is doubling down on artificial intelligence investments across network operations, customer experience, and infrastructure. Here's why telcos are…
TelcoAgent Brings 3GPP Standards Intelligence to AI-Powered 5G Network Forecasting
A new AI framework called TelcoAgent is transforming how telecom operators predict network performance by pairing zero-shot KPM forecasting with a 3GPP standards-based knowledge graph. The system promises to make…
A Look at the Evolving 6G Core Network and its Differences from 5G
While 5G primarily focused on boosting network speeds and capacity, 6G aims to transform the core network into a truly intelligent and adaptable platform. This blog delves into the evolving…
Machine Learning for Mobile Network Service Degradation
In today’s hyper-connected world, maintaining a seamless mobile network experience is paramount. Service disruptions can be frustrating for users and costly for operators. This is where machine learning (ML) steps…
Deep Dive: Advanced Network Slicing in 5G Advanced
5G Advanced, the next iteration of the revolutionary 5G standard, promises a significant leap forward in network capabilities. One of the most exciting advancements is Advanced Network Slicing, pushing the…
3GPP 5G Advanced: Key Air Interface Improvements over 5G
3GPP (3rd Generation Partnership Project) 5G Advanced standard builds upon the foundation of 5G and adds a number of technical improvements in the air interface, the communication link between the…
