Technology professionals and telecom industry leaders have once again turned their attention to artificial intelligence and automation at the Mobile World Congress (MWC) 2026. At the heart of the conversation this year is how networks will become smarter, self-optimising and less dependent on traditional manual processes. Heading this shift is Swedish network giant Ericsson, which used the global stage to showcase how advanced AI solutions have started to reshape mobile networks across the world.
The excitement around autonomous networks in Barcelona was palpable as Ericsson underscored its commitment to helping Communication Service Providers (CSPs) move from legacy systems into the era of AI-empowered, self-healing network operations. The company has unveiled innovations that are already being applied in real networks today, offering a glimpse of what the future holds for mobile connectivity across Africa and beyond.
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Driving Network Evolution with Intelligent Platforms and rApps
Central to Ericsson’s showcase is the Ericsson Intelligent Automation Platform or EIAP. This platform serves as a unified management and orchestration layer that makes it easier for telecom companies to introduce AI into their operations. Over the past few years, EIAP has grown into a mature and reputable solution that supports multiple vendors and meets industry-wide standards for security and performance. It has been adopted by some of the biggest names in the business, including AT&T, Telstra, Swisscom and Vodafone.
The strength of EIAP lies not just in what it does by itself, but in how it connects to a vibrant ecosystem of rApps. These specialised AI-driven applications are designed to optimise specific areas of network performance. For example, Ericsson’s AI rApps have brought noticeable improvements in spectral efficiency and quality of service. Early operational metrics reported by CSPs show up to 8 percent gains in spectral efficiency and reductions in dropped calls. Ericsson’s rApps have also earned design recognition for their user experience, helping operators adopt AI tools more easily.
By using the standardised R1 interface, rApps are capable of interacting with the broader automation framework in a way that is flexible and future-proof. This interoperability means network providers can integrate third-party applications alongside Ericsson’s own tools to suit their operational needs. It also enables CSPs to make measurable progress toward what the industry calls Level 4 autonomy, where networks can detect issues and apply corrective actions without human intervention.
Practical Results and Industry Collaboration
While innovations showcased on exhibition floors often feel distant from real-world impact, Ericsson’s approach is already delivering tangible benefits. Network operators like AT&T have run rApps on live networks using EIAP, demonstrating that the technology is battle-tested and ready for large-scale use. Validation is also underway with other operators, and recent demonstrations showed interoperability between Ericsson’s platform and SoftBank’s AI orchestrator — a sign that cross-industry collaboration is starting to bring real benefits to network automation.
Ericsson is also deeply involved in promoting industry standards to ensure that AI tools such as rApps can be adopted broadly and consistently. Partnerships with organisations like the TM Forum and the O-RAN Alliance are pushing open interfaces and common frameworks that help lower barriers for CSPs transitioning to automated network infrastructure.
At MWC 2026, these partnerships were underscored by a new collaboration with another telecom front-runner, Nokia. The companies agreed to cross-support each other’s orchestration ecosystems in a move designed to accelerate autonomous network adoption. This cooperation gives CSPs more choices and enables more seamless integration of diverse automation tools across different network environments.
A Growing Ecosystem and the Road Ahead
Part of Ericsson’s strategy has been to nurture what is now the world’s largest rApp ecosystem. In just three years, this community has grown to include close to ninety organisations, including network operators, software vendors, and developers. Together, they contribute nearly 90 diverse rApps that target everything from network performance optimisation to predictive maintenance and energy efficiency.
This collaborative approach was a key theme at MWC 2026. Ericsson hosted live demonstrations, case study presentations, and partner discussions that highlighted not only the tools themselves but the broader movement toward AI-powered networks. The company has also committed to continuing developer engagement through dedicated conferences and educational events aimed at expanding the rApp ecosystem even further.
Another noteworthy development is the introduction of Agentic rApp as a Service. This new offering allows CSPs to deploy rApps via the public cloud using services like Amazon Web Services, as well as on-premise cloud environments. These flexible deployment options aim to reduce barriers to adoption and help providers accelerate their journey to a fully autonomous network.
For the telecom industry, moving from manual network management to autonomous systems has the potential to change how connectivity is delivered. AI-driven automation is expected not only to improve efficiency and customer experience, but to pave the way for next-generation technologies like 6G, where networks will support more advanced services and applications than ever before.
As CSPs around the world look to balance performance, cost and flexibility in their networks, the innovations showcased by Ericsson at MWC 2026 provide a clear view of where the industry is headed. AI is no longer a futuristic concept for telecoms. It is now a practical tool being deployed at scale to solve real challenges today, and its impact is set to grow in the years ahead.
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