From humanoid robots to satellite convergence, MWC26 Shanghai previews the next phase of mobile innovation

As the mobile industry enters a new phase of development defined less by standalone breakthroughs and more by the convergence of technologies, MWC26 Shanghai offers a timely lens on the trends shaping what comes next. Across AI, advanced connectivity and emerging network architectures, the direction of travel is clear: intelligence is becoming embedded, infrastructure is becoming integrated, and innovation is accelerating at their intersection.

Trend 1: Embodied AI moves into the real world

One of the most visible shifts is the rise of mobile-native and embodied AI. What was once confined to applications and cloud-based services is now moving into devices that can sense, decide and act in complex, real-world environments. This transition, from digital intelligence to physical capability, is symbolised by the debut of the Humanoid Robot Football Penalties Challenge at MWC26 Shanghai. Beyond its spectacle, it points to a deeper trend: AI systems are now increasingly reliant on low-latency connectivity, edge computing and real-time data processing to operate autonomously.

This shift is being reinforced by strong market momentum. The humanoid robotics sector is projected to grow from US$2.92 billion in 2025 to US$15.26 billion by 2030, representing a rapid 39.2% CAGR, fuelled by advances in AI and expanding use cases across industries such as manufacturing, healthcare and logistics. Looking further ahead, the market is expected to reach around US$38 billion by 2035, underscoring how quickly robotics is moving toward mainstream deployment. Together, these indicators suggest that humanoid and AI-driven machines will become an increasingly integral layer of the connected ecosystem. 

Trend 2: Satellite and terrestrial networks converge

Closely linked to the rise of intelligent devices is the growing need for ubiquitous, resilient connectivity. This is driving the convergence of terrestrial networks with satellite and non-terrestrial infrastructure, reshaping how coverage is defined and delivered. Rather than relying solely on traditional mobile networks, the industry is exploring hybrid architectures that combine ground-based and space-based connectivity to ensure seamless service continuity.

The increased focus on non-terrestrial networks (NTN) and direct-to-device satellite connectivity reflects this shift. These technologies aim to eliminate coverage gaps, enhance network resilience and unlock new applications across industries - from remote operations to global IoT deployments. As such, satellite-mobile integration is evolving from a niche capability into a strategic pillar of next-generation connectivity.

Trend 3: 6G signals a move toward intelligent networks

While 5G-Advanced continues to scale, attention is already turning to what comes next. The early vision for 6G points to networks that are not only faster, but inherently intelligent and adaptive. Rather than functioning purely as data pipelines, future networks are expected to integrate communication, sensing and computing into a unified fabric.

This marks a fundamental evolution in the role of connectivity. Networks will increasingly interpret data, optimise performance in real time and support AI-driven decision-making across devices and systems. In this sense, 6G is less about incremental improvement and more about redefining what a network does - transforming it into a platform for intelligence.

Trend 4: Digital transformation becomes systemic

Parallel to advances in AI and infrastructure is the deepening, more systemic nature of digital transformation. Industries such as manufacturing, healthcare, automotive and finance are no longer simply adopting digital tools - they are being redesigned around connected intelligence.

From AI-enabled automation on the factory floor to data-driven healthcare systems and smart mobility solutions, mobile technology is increasingly embedded at the operational core of enterprises. At the same time, cities are emerging as testbeds for this transformation, using connectivity, open data and interoperable systems to deliver more integrated and sustainable services. The shift is no longer about individual use cases, but about re-architecting entire ecosystems.

The foundation: scalable connectivity enablers

Underpinning these trends is the continued rise of eSIM and IoT, enabling flexible deployment and supporting billions of connected devices. Though less visible, they are critical in scaling the innovations emerging across AI, robotics and next-generation networks.

From convergence to integration at scale

Taken together, these trends point to an industry moving toward integration at scale. AI is embedding into networks and devices, infrastructure is extending beyond traditional boundaries, and innovation is increasingly driven by ecosystem collaboration.

In that context, MWC26 Shanghai is less about individual breakthroughs and more about how converging technologies are reshaping mobile's future - toward a world where connectivity is seamless, intelligence is pervasive, and digital and physical systems operate as one.