From Wearable to Implanted: The Next Phase of Personal Technology
Posted on August 27th, 2026
For the past two decades, personal technology has been defined by the smartphone: a computer that we carry with us, consult constantly and rely on for communication, information and interactions both digital and in-person. That norm will shift again.
The next phase of technological adoption will see devices move closer to the body, first worn on the body, then implanted or integrated into it.
This transition is already underway. Smartwatches, fitness trackers, and augmented spectacles are early signs of a trend that will continue to evolve. Devices moving closer to the body means continuous, embedded and frictionless interaction with technology.
This will change the way we communicate. Always-on connectivity will become the norm, with devices capable of transmitting information seamlessly and continuously between individuals and networks.
The boundary between online and offline life — already blurred — may effectively disappear.
Entertainment will be transformed. Augmented reality, delivered through lightweight headsets or visual implants, could become a mainstream medium. Digital content would no longer be confined to screens but layered directly over the physical world. Work, leisure and social interaction may increasingly take place in hybrid environments, where digital and physical experiences overlap.
For people now in their 20s, this evolution will define everyday economic life over the course of a long career.
Just as smartphones have become indispensable tools, embedded technologies may become central to how people navigate increasingly complex lives. Today’s youngest workers may become accustomed to receiving messages directly in their field of vision, hearing calls via auditory interfaces, and authenticating identity, opening doors or making payments through implanted chips.
Early work in this direction is already being pursued by technologists and futurists — from neural interface companies such as Neuralink and Synchron, to augmented reality platforms under development at firms like Apple and Meta.
These systems could also support continuous health monitoring, early diagnosis and personalised interventions, reinforcing the broader trend towards longer, healthier lives discussed earlier. Researchers such as Rosalind Picard at MIT have shown clinical wearables can be used for seizure detection and monitoring.
“Today’s youngest workers may become accustomed to receiving messages directly in their field of vision, hearing calls via auditory interfaces, and authenticating identity, opening doors or making payments through implanted chips…”
Greater use of on-body and in-body technology may shift workplace interactions and therefore the entire workplace. Always-on communication combined with enhanced visual and auditory experience could render “telepresence” more useful than today’s screen-based video calls. That may reduce the case for in-person interactions, supporting more remote working and taking more workers out of the office.
Indeed, the very concept of “the office” could be challenged, with implications for investments in real estate, housing and transport.
Other economic impacts may be in the area of identity and security.
Implanted or biologically linked devices enable forms of identification that are extremely difficult to replicate or falsify. This has the potential to reduce certain types of financial crime, particularly identity theft and fraud, by tying verification directly to the individual.
However, this raises complex questions around privacy, consent and control. Technologies that are physically integrated with the body may generate continuous streams of highly sensitive data. The governance of that data will become a central issue. Trust in institutions, both public and private, will be critical to adoption.
The spread of these technologies will be uneven.
As with previous waves of innovation, early adoption is likely to be concentrated among higher-income groups and in more technologically advanced economies. While this may initially reinforce existing inequalities and create risks for investors, the long-term outlook is for the democratisation of technology.
For investors, there will be opportunities in the companies developing the underlying technologies — sensors, semiconductors, bio-compatible materials and augmented reality platforms. Businesses that successfully integrate hardware, software and biology will prosper – but only if they can command public trust. New regulatory scrutiny and ethical considerations could determine which business models prove sustainable.
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