As digital experiences become more deeply integrated into our daily lives, many people have started to experience digital fatigue or the desire to escape hyperconnectivity. This growing tension is forcing a change in the design of technology products.
When Screens Interrupt the Experience
Imagine a father and his young daughter going to watch a basketball game. For them, it is a moment to share as a family. Any object that takes them away from that moment becomes an interruption, and taking out the phone to show the stadium ticket can become the gateway to reading work messages, social media notifications, and news alerts.
How can people get rid of devices without losing the convenience of not carrying a printed ticket like in the 1990s? The answer to this question is how the concept of ambient technology was born: invisible solutions that, in this case, use facial recognition to access venues or manage payments in a store. It is not science fiction; there are already stadiums implementing it.
Besides being respectful of the user’s attention, there can also be solutions that are respectful of time. Hotels are incorporating UWB (Ultra-Wideband) technology, which allows guests to check in through a link and enables an encrypted digital key that works by proximity. By bringing the phone closer, the “lock” opens in a 100% hands-free experience.
The implementation of the ambient system requires the following four steps known as the SCAN model: Sense, Contextualize, Anticipate, Nudge. The final result can vary greatly.
This Is Already Happening Across Industries
Let’s take another common example: studies show that the extra time required to take notes after each appointment is one of the causes of physician burnout. This is represented fictionally and in an interesting way in the TV series The Pitt. The sensorization of environments is capable of turning conversations with the specialist into structured drafts of clinical notes. The doctor then supervises the automatically generated document.
This example forces us to clarify that developing the infrastructure requires ethics, transparency, and accountability for patients and users.
Success cases already exist across different industries: doctors can have sensors in the same room to monitor everyone inside; Mercedes-Benz has tested cars in Germany that allow drivers to pay at gas stations using a fingerprint; and the city of Pittsburgh reduced travel times by 25% by implementing traffic lights that adjust their timing according to data collected from street-level traffic sensors.
All of these seemingly disconnected solutions share the same underlying design: sensors that collect millions of data points, cloud infrastructure that stores them, and algorithms that act in real time using machine learning. The global ambient computing market is projected to reach USD 352.7 billion by 2033, growing at a CAGR of 25.3% from 2025.
The Adoption of Ambient Technology
One advantage in the adoption of ambient technology is that it will not feel new to users and therefore does not represent a friction point. Smartwatches that measure daily activity, biometric payments that replace credit cards, or virtual assistants are already part of the lives of millions of people.
The shift toward ambient technology is driven by advanced generative AI. By embedding this intelligence directly into everyday devices, they can understand user context and respond instantly to our daily routines.
Innovation will then make it possible to take greater advantage of these systems through disruptive proposals. In the fan engagement industry, for example, they are used to reward the fans who cheer the most, while TV enables actionable suggestions through personalized advertising.
As has already been seen with AI, the goal is not to incorporate technology just to be cool, but to focus on a small use case that solves a friction point. Successful implementation lies in integrating it naturally without neglecting transparency and regulatory frameworks.
The more invisible it is, the more respectful it will be of users’ attention and time. In the end, that’s the real point: fewer screens, better interactions, and more quality time. Satisfaction will come not from novelty, but from technology that knows when to step back.
- Why Fewer Screens Will Define the Next Phase of Technology - June 21, 2026
