At the Mobile World Congress 2025 in Barcelona, Huawei revealed an ambitious vision for telecom networks’ future, emphasizing the critical role Artificial Intelligence (AI) will play. Central to Huawei’s pitch is the AI-Centric Network, aimed at transforming traditional telecom infrastructures into highly efficient, modern systems. This transformation seeks to evolve telecom companies (telcos) into technology companies (techcos), driving them into new sectors like cloud computing and AI.
AI-Centric Network and 5.5G Solutions
Transforming Telecom Infrastructures
Huawei’s AI-Centric Network initiative is about overhauling outdated telecom infrastructures to meet the increasing standards for bandwidth, latency, and coverage. The goal is to support AI applications better and offer telcos a chance to diversify their services and revenue streams. This transformation is crucial as it allows telcos to better handle the escalating demand for data and connectivity while venturing into new business areas. By modernizing their network capabilities, telecom providers can move beyond their traditional roles and embrace the broader technological ecosystem, positioning themselves as central players in the tech industry.
Moreover, the anticipated infrastructural upgrades are designed to cater to both current and future demand. This approach involves deploying advanced technologies that can accommodate higher data rates and minimal latencies, ensuring seamless and efficient network performance. These improvements will be essential for supporting the next generation of applications and services, including those that rely heavily on AI. With an AI-Centric Network, telecom infrastructures can become smarter and more adaptive, facilitating the integration of machine learning and AI-driven processes that optimize various network functions.
Enhancing User Experience
Integral to this transformation is the introduction of AI-focused 5.5G solutions. By addressing the shift from human-to-human interactions to human-to-AI and AI-to-AI communications, these solutions enhance infrastructure with greater uplink capacity and lower latency to ensure seamless performance. This shift necessitates robust network capabilities to manage the complex data exchanges and processing requirements associated with AI interactions. Consequently, a more dynamic and responsive network environment is created, fostering the development of innovative applications and services that can respond in real-time to user needs.
Additionally, Huawei’s 5.5G solutions are designed to provide superior user experiences by leveraging advanced network technologies. These solutions prioritize efficient data transmission and processing, critical for high-quality interactions between humans and AI systems. By enhancing the uplink capacity, the network can better handle data-intensive tasks, supporting more sophisticated AI functionalities. Reduced latency ensures that data is transmitted quickly and accurately, minimizing delays and enhancing overall system performance. Through these improvements, users can enjoy more reliable and efficient network services, paving the way for a new era of digital interaction.
Network Management Innovations
GreenPulse Concept
One of the promising innovations under Huawei’s new AI-powered 5.5G solutions is the GreenPulse concept, focusing on energy efficiency and automation. This approach promises to revolutionize network management by reducing manual interventions and streamlining operations. GreenPulse leverages AI to optimize energy consumption across network infrastructures, making them more sustainable and cost-effective. By automating various management tasks, it reduces the need for human oversight, allowing for more efficient and error-free operations. This approach not only cuts operational costs but also aligns with global sustainability goals, making the entire telecom ecosystem more eco-friendly.
The GreenPulse concept represents a significant advancement in how networks are managed and maintained. Through intelligent automation, network systems can self-regulate, adjusting their operations based on real-time data and predictive analytics. This self-regulating capability helps in addressing potential issues before they escalate, ensuring that the network remains stable and reliable. Furthermore, by focusing on energy efficiency, GreenPulse contributes to reducing the environmental impact of network operations, supporting the telecom industry’s move towards greener practices and sustainability.
Evolution to Autonomous Networks
Another anticipated advancement is the progression of autonomous networks (AN) from Level 3 to Level 4. This evolution means significantly decreased human involvement, fostering quicker and more accurate troubleshooting and network management. With Level 4 autonomy, networks can independently conduct complex operations such as fault detection, diagnostics, and remediation without human intervention. This capability ensures higher reliability and performance, as systems can rapidly and precisely address issues that would typically require substantial manual effort. The shift towards autonomous networks is driven by AI and machine learning technologies, which enable quick and accurate decision-making processes.
The move to Level 4 autonomous networks represents a pivotal change in the telecom industry, marking a shift towards highly self-sustaining and efficient network environments. By leveraging AI, these networks can adapt to changing conditions and demands, ensuring continuous and optimal performance. This capability is crucial for maintaining the quality and reliability of services, especially as network demands increase. The transition to autonomous networks also allows telecom providers to reallocate resources, focusing more on innovation and service enhancement rather than routine maintenance and troubleshooting tasks.
Economic Opportunities
Multi-Factor Monetization
Economically, Huawei’s 5.5G solutions offer a novel framework for managing networks. Moving beyond traditional models based on traffic, these solutions encompass multi-factor monetization that values different services, presenting new revenue channels for telecom providers. This approach evaluates not only the volume of data consumed but also the value generated through various applications and services. By implementing a multi-factor monetization framework, telecom providers can explore new ways to generate revenue, tapping into diverse service offerings and value-added features that meet the dynamic needs of their customers.
Multi-factor monetization unlocks significant economic opportunities for telecom providers, enabling them to diversify their revenue streams and capitalize on emerging market trends. It supports the development of bespoke services tailored to specific customer requirements, enhancing user satisfaction and loyalty. This approach also facilitates innovative pricing models that reflect the true value of the services provided, ensuring fair compensation for high-quality offerings. By shifting the focus from sheer data volume to service value, telecom providers can create more sustainable and profitable business models.
Creating Revenue Models
With these innovative economic frameworks, there is potential for creating personalized services and diverse revenue models. The integration of AI into these networks provides telecom providers with new ways to generate income and deliver augmented user experiences. By leveraging AI, telecom providers can develop targeted services that cater to individual user preferences, enhancing customer engagement and satisfaction. Personalized services create opportunities for telecom providers to offer premium features and subscriptions, driving additional revenue and fostering customer loyalty.
Additionally, diverse revenue models driven by AI and advanced network capabilities allow telecom providers to adapt to shifting market demands and technological advancements. These models support the growth of value-added services such as cloud computing, IoT, and AI applications, presenting new avenues for revenue generation. By embracing these opportunities, telecom providers can strengthen their competitive position and establish themselves as key players in the tech industry. Through continuous innovation and adaptation, they can ensure sustained growth and profitability in an evolving market landscape.
Advanced Security Measures
Proprietary AI Models – Pangu
Huawei emphasizes the necessity of security within these advanced AI frameworks. Through the Pangu brand, their proprietary AI models are already applied in over 400 use cases across 30 sectors, illustrating their broad applicability and importance. These models demonstrate the potential for AI to transform diverse industries by enhancing efficiency, accuracy, and automation in various processes. The widespread application of Pangu models underscores the critical role of robust AI technologies in driving innovation and competitiveness across the board, from manufacturing to healthcare to finance.
Pangu’s diverse applications highlight the importance of integrating security measures into AI frameworks to protect sensitive data and business processes. As AI becomes more prevalent, the risk of cyber threats and data breaches increases, necessitating comprehensive security solutions. Huawei’s commitment to security within its AI frameworks ensures that the technology’s benefits can be fully realized without compromising data integrity and privacy. By prioritizing advanced security measures, Huawei aims to safeguard the continued development and adoption of AI technologies in various sectors.
Enhanced Security Solutions
To ensure comprehensive security, Huawei has introduced the Large Model Security Solution and the Cloud Multilayer Ransomware Protection Solution. These measures offer robust protection against cyber threats, safeguarding the vast data and business processes reliant on these networks. The Large Model Security Solution focuses on securing AI models and associated data, preventing unauthorized access and protecting against malicious activities. Meanwhile, the Cloud Multilayer Ransomware Protection Solution addresses the growing threat of ransomware attacks, providing multiple layers of defense to detect, prevent, and mitigate ransomware incidents.
Enhanced security solutions are vital for maintaining trust in AI and cloud technologies, particularly as they become integral to critical business functions and services. By implementing these solutions, Huawei ensures that organizations can leverage AI and cloud capabilities with confidence, knowing their data and systems are protected. These security measures also support regulatory compliance, helping organizations meet stringent data protection standards and avoid potential legal and financial repercussions. With a strong focus on security, Huawei aims to foster a secure and resilient digital ecosystem that supports innovation and growth.
Strategic Investments in European Market
Commitment to the European Market
Huawei’s substantial presence at the Mobile World Congress underscores their strategic commitment to the European market. Their goals and investments aim to provide a solid foundation for connectivity’s future while solidifying their influential position in the telecom sector. By showcasing their latest innovations and solutions, Huawei demonstrates its dedication to advancing the capabilities of the telecom industry in Europe. This commitment is reflected in their continuous investment in research and development, ensuring that they stay at the forefront of technological advancements and remain a key player in the competitive telecom landscape.
The European market represents a significant opportunity for Huawei, given the region’s strong demand for advanced telecom solutions and services. By strategically positioning themselves within this market, Huawei aims to address the specific needs of European telecom providers and consumers. Their focus on delivering high-quality, reliable, and innovative solutions aligns with the region’s priorities, ensuring that they maintain a strong presence and influence in Europe’s telecom sector. This strategic approach underscores Huawei’s dedication to supporting the growth and evolution of the European telecom industry.
Innovations and Industry Contributions
At the 2025 Mobile World Congress in Barcelona, Huawei unveiled a bold vision for the evolution of telecom networks, underscoring the pivotal role that Artificial Intelligence (AI) will play. The centerpiece of Huawei’s presentation is the AI-Centric Network, which aims to revolutionize traditional telecom infrastructures, converting them into highly efficient and contemporary systems. This innovative approach intends to transition telecom companies, often referred to as telcos, into technology companies, or techcos. By making this shift, these businesses can explore new sectors, including cloud computing and AI. Huawei’s initiative signals a significant push towards integrating advanced technologies into telecom operations, potentially transforming how these companies function and compete in the modern marketplace. The shift suggests that the future of telecommunications lies in the convergence of AI and IT services, where telcos not only provide connectivity but also offer sophisticated technological solutions.
