At Mobile World Congress (MWC) 2026, IBM brought together telecommunications leaders, technology partners and policymakers to explore how AI, network automation and quantum technologies are reshaping the future of telecom.
Across four days of discussions, demonstrations and executive exchanges, the message was clear: the telecom industry is entering a new phase where innovation must move beyond experimentation to AI-powered networks, intelligent automation and quantum-ready security at scale.
From fireside conversations at the IBM booth to thought leadership sessions across the GSMA conference program, IBM helped industry leaders rethink how telecom networks, operations and business models evolve in the age of AI and quantum.
During MWC 2026, IBM hosted and participated in a series of experiences designed to explore real-world telecommunications transformation.
IBM speaker: Priya Kurien, Research Director, IBM Institute for Business Value (IBV)
IBM speaker: Lory Thorpe, Senior Quantum Ambassador, IBM
IBM speaker: Belen Martin, Senior Partner & VP, FSS SPGI Sector Leader
IBM Speaker: Eoin Coughlan, Global CTO TME Industry, IBM
IBM speakers:
Zygmunt Lozinski, Quantum Safe Networks, IBM Research
Lory Thorpe, Senior Quantum Ambassador, IBM
IBV and GSMA Intelligence
Priya Kurien, Research Director, IBM Institute for Business Value (IBV)
Peter Jarich, Head of GSMA Intelligence
IBM speakers:
Zygmunt Lozinski, Quantum Safe Networks, IBM Research
Lory Thorpe, Senior Quantum Ambassador, IBM
Across MWC, our fireside chats brought together clients and industry leaders for short, TED Talk–style conversations about how they are transforming their businesses with AI, automation and emerging technologies.
The sessions explored:
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At Mobile World Congress 2026, the Senior Leadership Exchange brought together a select group of executives for exclusive, invitation-only discussions focused on the opportunities and leadership decisions shaping the agentic AI era.
Participants engaged in high-level conversations, built new strategic connections, and exchanged perspectives with IBM executives and industry peers on how to accelerate AI-driven transformation across their organizations.
AI, network automation and quantum innovation in action
At the IBM booth, five Private Solutions Labs (PSLs) provided an interactive environment where telecom leaders could explore how emerging technologies translate into operational impact.
These invitation-only sessions showcased how AI, network automation, quantum technologies and enterprise AI orchestration are being applied to solve complex telecommunications challenges and accelerate transformation at scale.
Move from fragmented visibility to intelligent, resilient networks.
IBM demonstrated how advanced network observability and analytics help telecom operators gain a single trusted view of network performance across hybrid and multi-vendor environments. By correlating signals across network domains, teams can detect issues earlier, improve service reliability and optimize operations proactively.
AI-powered automation for faster troubleshooting and network resilience.
IBM Consulting’s Telco Network Assistant Solution enhances cognitive operations by providing an AI-powered assistant for network troubleshooting and automation. This production-ready capability streamlines incident analysis, offers AI-driven insights, and empowers NOC teams with a unified interface for diverse network data.
By consolidating network data and eliminating manual “swivel chair” operations, the solution delivers contextual recommendations that significantly reduce Mean Time to Repair (MTTR) and improve operational efficiency.
Orchestrating seamless telecom experiences at scale.
IBM showcased how agentic AI and enterprise AI frameworks help telecom providers transform customer engagement across service, billing and care operations. Using AI agents and industry-aligned data models, organizations can deliver more personalized, responsive and efficient customer journeys.
Preparing networks for the post-quantum era.
IBM explored how telecom providers can prepare for emerging cybersecurity risks with quantum-safe cryptography. As quantum computing advances, organizations must begin transitioning their networks and infrastructure to protect critical data and communications.
Exploring the next frontier of telecom innovation.
IBM demonstrated how quantum computing can transform complex optimization problems across telecommunications, including network planning, routing and resource allocation.
Scaling enterprise AI across telecom operations.
IBM showcased how organizations can move beyond experimentation and operationalize AI across the enterprise. With platforms like watsonx and watsonx Orchestrate, telecom providers can deploy AI agents, automate workflows and scale intelligent decision-making across operations.