The Missing Layer of MWC: Why Inclusive Design Is Still an Afterthought
From “Smart” to “Usable” — and the Economics of Human-Centred Technology
The Illusion of Seamlessness
Walking the halls of the Fira Gran Via, one is struck by a peculiar paradox: the more “connected” devices become, the more isolated the unconventional user feels. At MWC 2026, the industry celebrates the death of latency—ultra-fast networks, edge intelligence, anticipatory AI—yet remains largely oblivious to a more stubborn gap: the one between transmission and interpretation.
Everywhere, the promise is frictionless experience. Interfaces dissolve into ecosystems; devices anticipate needs before they are expressed. The language is one of seamlessness, abstraction and orchestration. But this frictionless ideal rests on a fragile assumption—that the user is standard, predictable and fully able to engage with increasingly invisible systems.
That assumption rarely holds.
Because while latency in networks may be approaching zero, friction in human experience is not disappearing. It is simply becoming less visible to those designing the systems. Nowhere is this more apparent than in the spaces between the demo and the real world—between what technology can do and what people are actually able to use.
When Design Meets Reality
Far from the polished floors of Barcelona, that gap becomes tangible. At Ridderrennet, participants navigate not just slopes, but environments—hotels, corridors, shared spaces—where design is tested under real conditions. There, accessibility is not a feature; it is the difference between independence and reliance.
“Technology is moving at Mach 1, but human inclusion is still stuck in the analogue age. We are building Ferraris for roads that don’t have ramps.”
Chris Lewis
Founder & CEO, Lewis Insight — MWC analysis / inclusion keynote
For Chris Lewis, who is both visually impaired and increasingly hearing impaired, the experience exposes a structural disconnect. While digital tools—from messaging platforms to AI-powered recognition—provide support, the most effective interventions are often disarmingly simple: a tactile strip guiding movement through a lobby; an audible signal indicating the location of stairs.
The lesson is not anti-technology. It is diagnostic. Systems fail not because they lack sophistication, but because they misidentify the problem.
The Friction Paradox
The technology sector has long treated friction as an engineering flaw—something to be optimised away through speed, bandwidth and automation. But for many users, especially those with disabilities, friction is not eliminated. It is displaced—into the interface, into cognition, into uncertainty.
At MWC, one can encounter demonstrations of AI agents capable of orchestrating complex digital environments, yet struggle to operate something as mundane as a touchscreen coffee machine without sight. The interface—the thin layer between human intent and machine execution—has become the weakest link.
“The industry consistently mistakes ‘connectivity’ for ‘accessibility’. You can have 6G speeds, but if the interface requires 20/20 vision and steady hands, the latency that matters is the human one.”
Caroline Casey
Founder, The Valuable 500 — Annual Disability Inclusion Report
In this sense, the pursuit of frictionless systems has produced a paradox: the more abstract and intelligent technology becomes, the more it risks becoming unusable for those outside the imagined norm.
The Myth of the Standard Human
At the heart of this failure lies a persistent fiction—the “average user”. Product design, business models and even regulatory frameworks often optimise for this abstraction. Yet no such user exists.
Designing for the average is not neutral. It is exclusionary by default.
“Exclusion is a design choice. When we design for the ‘average’, we are effectively offboarding 15% of the global population from the digital economy. That is not a glitch; it is a massive market inefficiency.”
Kat Holmes
Chief Design Officer, Salesforce — Design for Inclusion Forum
The economic implications are profound. Disability, ageing and temporary impairment are not edge cases; they are structural features of any population. The so-called “curb cut effect”—where solutions designed for accessibility become universally beneficial—illustrates that inclusive design is not a niche concern, but a form of distributed innovation.
A tactile guide in a hotel lobby benefits not only the visually impaired, but also the distracted traveller, the fatigued visitor, the unfamiliar guest. Inclusion, in this sense, functions as the research and development arm of usability.
The Paradox of Innovation
If complexity has limits, simplicity has leverage.
The examples emerging from real-world environments are striking: low-tech, analogue interventions outperforming advanced digital systems in critical moments. Not because they are superior in capability, but because they are superior in clarity.
“At Ridderrennet, the snow doesn’t care about your job title or your tech stack. It only cares if you can navigate it. Digital interfaces should be the same: predictably navigable, regardless of the user’s sensory input.”
Chris Lewis
Founder & CEO, Lewis Insight — Ridderrennet reflection
This is not an argument against AI, wearables or ambient computing. It is an argument for hierarchy. Technology should extend human capability, not obscure it. When systems become too abstract, they shift the burden of interpretation back onto the user—precisely where friction becomes most acute.
The Economic Blind Spot
The failure to design inclusively is often framed as a moral oversight. In reality, it is an economic one.
Globally, more than a billion people live with some form of disability. Add ageing populations and situational impairments and the addressable market expands significantly. Yet products and services continue to underperform for these groups—not because demand is absent, but because usability is insufficient.
“We need to move from ‘Compliance’—doing it because the law says so—to ‘Competitiveness’—doing it because inclusive products are simply better products for everyone.”
Magnus Berglund
Accessibility Director, Scandic Hotels — Inclusive Tourism & Tech Summit
In this context, exclusion represents lost adoption, reduced engagement and ultimately, unrealised revenue. More subtly, it increases systemic costs—through support services, inefficiencies and reliance on human intervention where autonomy could have been designed in.
The Politics of Design
MWC increasingly positions itself at the intersection of technology, policy and society. Discussions of AI governance, digital identity and infrastructure resilience dominate the agenda. Yet inclusive design remains curiously peripheral—treated as a compliance issue rather than a strategic one.
“AI can either be the ultimate equalizer or the ultimate barrier. If the training data ignores the friction of disability, the algorithms will simply automate exclusion at scale.”
Christopher Patnoe
Head of EMEA Accessibility & Disability Inclusion, Google — MWC panel
The risk is not stagnation, but amplification. As AI systems scale, they encode assumptions about users—who they are, how they behave, what they can perceive. If those assumptions are narrow, exclusion becomes systemic.
In that sense, inclusive design is not merely about better interfaces. It is about governance—about whose reality is embedded into the infrastructure of digital life.
From Smart to Usable
The industry’s narrative is shifting—from connectivity to coordination, from devices to ecosystems. But a more fundamental transition is required: from “smart” to “usable”.
Smart systems anticipate. Usable systems empower.
The distinction is subtle but consequential. A system that predicts user needs without being understandable risks disempowering the user. It creates dependency rather than autonomy. By contrast, systems designed for clarity, predictability, and adaptability restore control to the individual.
The Dignity of Autonomy
The ultimate measure of technology is not intelligence, but independence.
For users navigating complex environments—whether a ski slope in Norway or a transport hub in a global city—the goal is not assistance, but autonomy. Not being helped, but being able.
Inclusive design, properly understood, is not about accommodation. It is about dignity. It rebalances the relationship between human and system, shifting control back to the user.
The lesson from MWC 2026 is therefore not about what technology can do next. It is about what it must do better.
In the end, the future of innovation will not be defined by how seamlessly systems connect, but by how reliably people can navigate them.
This article is part of Altair Media’s special coverage of Mobile World Congress 2026.
Follow ongoing analysis and reporting on the strategic shifts shaping global connectivity on our dedicated page: The Future of Connectivity — MWC 2026
Photo by Matt Seymour / Unsplash
