Foldables, Wearables and the Changing Shape of Mobile Technology
For much of the last decade, the smartphone industry felt increasingly predictable.
Screens became brighter, cameras improved and processors became faster, but genuine changes to the overall device experience became harder to identify. Annual launches often felt iterative rather than transformative.
That dynamic is now beginning to shift again.
In 2026, the mobile industry is entering a period of renewed experimentation driven by artificial intelligence, changing user expectations and growing demand for more flexible productivity experiences. Foldable devices are becoming more commercially viable, wearable technology is evolving rapidly and advances in battery technology are finally beginning to unlock meaningful improvements in mobility.
The result is a significant change in how businesses may think about mobile technology over the next several years.
Foldables are perhaps the clearest example of this evolution.
Early generations of foldable devices often attracted criticism around durability, software optimisation and pricing. But manufacturers such as Samsung have continued refining the category aggressively, producing devices that are thinner, lighter and considerably more practical for everyday business use.
At the same time, continued speculation around Apple potentially entering the foldable market has helped validate long term confidence in the category overall.
According to IDC, global foldable device shipments are expected to continue growing as enterprise adoption increases and hardware matures further.
What makes foldables particularly interesting from a business perspective is their ability to bridge the gap between portability and productivity. Employees increasingly want larger screens for collaboration and multitasking without sacrificing mobility. Foldable devices potentially solve that challenge in ways traditional smartphones and tablets often cannot.
The rise of AI is also reshaping expectations around mobile hardware more broadly.
Modern smartphones are increasingly becoming productivity hubs rather than communication devices alone. AI assisted workflows, contextual assistance, live translation and content generation are all placing significantly greater demands on mobile hardware.
That is one reason battery innovation is becoming such an important conversation.
Silicon carbon battery technology is beginning to attract serious attention because it offers the potential for improved energy density, faster charging and longer battery life without dramatically increasing device size. For businesses operating mobile workforces, battery performance remains one of the biggest factors affecting real world productivity.
Longer lasting devices reduce downtime, improve user satisfaction and support increasingly demanding AI workloads more effectively.
Wearable technology is also evolving far beyond fitness tracking.
AI powered earbuds, smart glasses and contextual wearable assistants are beginning to introduce entirely new ways for users to interact with information throughout the day. Real time translation through wearable devices, for example, is starting to reduce communication barriers within international business environments.
The broader direction of travel is becoming increasingly clear.
Over time, businesses may become less dependent on traditional screen based workflows altogether.
Security, however, remains central to all of these developments.
As devices become more intelligent and increasingly interconnected, manufacturers are investing heavily into AI assisted security capabilities. Modern Android ecosystems are now introducing more advanced scam detection, privacy management and behavioural threat analysis features directly into operating systems.
According to Google, AI driven threat detection is becoming an increasingly important layer within Android security architecture.
For organisations managing large fleets of mobile devices, these developments are becoming increasingly important as smartphones continue replacing traditional desktop workflows in many operational environments.
The businesses that adapt successfully to these evolving device experiences are unlikely to be those simply chasing the newest hardware releases. The real advantage will come from understanding how changing form factors, AI capabilities and mobile workflows can genuinely improve productivity and employee experience over time.