Reports
AI-generated structured vendor updates
Ericsson and Optus Develop AI Model for Enhanced 5G SA Coverage Prediction
Ericsson partnered with Optus to develop an AI model using historical network performance data to improve 5G SA coverage prediction accuracy. The model integrates actual 4G/5G data, significantly enhancing network planning efficiency over traditional methods.
Vonage and C3 AI Partner on Network-Enabled AI Field Service Solution
Vonage integrates its communication APIs (voice, SMS, video) into C3 AI's enterprise AI platform, enabling AI agents to interact with mobile workforce via context-aware communications. The solution leverages network data (e.g., location, connectivity) to enhance AI agent capabilities for field service optimization.
Ericsson Sony Vodafone Demo End-to-End 5G Pro Photography Solution
Ericsson, Sony and Vodafone developed a 5G solution for professional photography, enabling real-time cloud transmission of RAW photos and 4K/8K video through 5G-module cameras. The solution optimizes end-to-end network performance for time-sensitive vertical scenarios like media production and sports broadcasting.
Ericsson Demonstrates Key 5G Core Network SaaS Transformation
Ericsson showcased its 5G core network evolution to SaaS model at MWC 2026, including fully managed UPF services. Unified console enables on-demand subscription and resource allocation, supporting cloud-native migration and network slicing.
AT&T and Ericsson Deploy AI-Native Software for Cloud RAN Optimization
AT&T and Ericsson deployed AI-native software on Intel Xeon 6 SoC to enhance Cloud RAN performance through real-time analysis and intelligent scheduling. The solution leverages integrated AI acceleration to dynamically optimize network capacity and energy efficiency, supporting AT&T's transition to open programmable network architecture.
Ericsson Deepens Global Private 5G Deployment with CIMPOR for Industrial Networks
Ericsson partners with CIMPOR globally to deploy private 5G networks at production sites, starting in Portugal. The solution uses dedicated 5G core and RAN for high-reliability applications like AR, AMRs, and IIoT, targeting industrial automation and safety enhancements.
Ericsson Introduces Heterogeneous Sound Source Technology for Enhanced XR Audio Rendering
Ericsson released heterogeneous sound source audio rendering technology, using volumetric sound rendering to accurately simulate 3D spatial audio propagation. The technology optimizes sound reflection and attenuation in complex environments for enhanced XR immersive experiences.
Ericsson Advances Passive Infrastructure Digital Twin Integration
Ericsson proposes integrating passive infrastructure into autonomous networks via digital twin technology, enabling real-time virtual mapping and AI-powered predictive analysis. The approach breaks down management barriers between active and passive network layers for end-to-end automation.
Ericsson Wins GTI Award for Intent-Aware Slicing Technology
Ericsson received GTI's mobile technology innovation award for intent-aware slicing. The technology automates translation of business intent into network configurations, simplifying 5G slice management. It represents a key innovation in Ericsson's push toward fully automated network operations.
Ericsson and Intel Collaborate on AI-Native 6G Network Architecture
Ericsson and Intel announced a strategic collaboration to develop AI-native 6G network architecture and air interface. The partnership integrates Intel's hardware platforms with Ericsson's wireless expertise to embed AI at the network foundation. This aims to enhance network performance, efficiency, and automation for commercial deployment around 2030.
Ericsson and Optus Trial AI for Real-Time 5G Downlink Optimization
Ericsson and Optus trialed an AI RAN coordination solution that dynamically adjusts modulation coding schemes and scheduling parameters, significantly improving downlink throughput. This moves AI from network O&M to real-time radio resource scheduling, validating intelligent RAN optimization.
Ericsson Proposes AI-Driven Antenna Architecture Evolution
Ericsson identifies AI's higher demands on antenna performance, emphasizing innovations in materials, sensor integration, and array architecture to evolve antennas into sensors.