Telecom industry shifts towards AI-enabled hybrid connectivity and enhanced security at MWC 2026

At MWC 2026, the telecom and IoT sectors reveal a transformative move towards integrated computing platforms, AI-driven networks, hybrid connectivity models, and a focus on security, signalling a more complex and autonomous industry landscape.

IoT Analytics has set out seven telecom and IoT networking trends from Mobile World Congress 2026, arguing that the industry is moving towards a tighter blend of connectivity, compute and device control. The Hamburg-based research firm said its assessment was based on the show floor and conversations with more than 60 companies, and that the most striking change was how operators and suppliers are beginning to treat network infrastructure as a broader computing platform rather than a pure access layer.

According to the analysis, artificial intelligence was the dominant thread, with AI-RAN emerging as a shorthand for the idea that radio networks can share compute resources more efficiently. IoT Analytics said edge AI was echoing the same shift on the device side, as more inference moves into connected hardware to cut traffic, latency and power consumption. That view is in line with broader industry commentary from Telenor IoT, which has argued that enterprises will need to orchestrate connectivity, compliance, security and commercial models across the full device lifecycle.

The report also said satellite and non-terrestrial network technologies are being folded more directly into mainstream cellular and IoT planning. Rather than standing apart as specialist services, they are increasingly being discussed as part of hybrid connectivity models for industrial and remote deployments. S&P Global Market Intelligence has made a similar point, saying the MWC conversation has shifted from hype to commercial reality, while Telenor IoT has highlighted the practical role of satellite in keeping critical assets connected.

IoT Analytics said the cellular IoT market is splitting into two distinct tracks: Cat 1 bis remains the volume segment, while RedCap and eRedCap are emerging as the path forward for newer deployments. The research firm also pointed to the growing commercial importance of SGP.32, the latest eSIM standard for IoT device management, with the focus moving from simple provisioning towards orchestration and resilience. S&P Global has likewise described SGP.32 as enabling standardised provisioning flows and more programmable profile management in multi-operator environments.

Security was the final theme in the list, with vendors placing greater emphasis on post-quantum readiness and secure silicon. IoT Analytics said this suggests security is becoming part of the connectivity lifecycle itself, rather than a separate compliance layer. The same report said suppliers are also reframing 6G and Wi-Fi 8 as part of AI-native roadmaps, a framing that echoes Qualcomm’s presentation at MWC 2026, where the company positioned future wireless standards alongside edge AI and new device architectures.

Taken together, the seven trends point to an industry widening its definition of connectivity. Network access still matters, but more of the value is moving into orchestration software, embedded intelligence, hybrid coverage and hardware-level security, as operators and vendors prepare for a more complex and more automated telecom environment.

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Source: Fuse Wire Services