10 Technologies That Went From “Future” to “Normal” Between 2016 and 2026

Remember When These Technologies Felt Like Science Fiction?

In 2016, asking a computer to write an article, paying a street vendor by scanning a QR code, or attending a meeting from your living room wasn't part of everyone's daily routine.

Fast-forward to 2026, and many of these experiences feel ordinary.

The interesting part isn't just that technology has advanced. It's how quickly society has adapted. Businesses have changed their operations, families have changed their habits, and schools face a new question: If technology can transform everyday life in a decade, how should we prepare students for what comes next?

Let's look at ten technologies that moved from emerging possibilities towards everyday use.

1. Artificial Intelligence Became Everyone's Assistant

AI was already being used in 2016, but generative AI tools brought a different experience to the public. People can now use AI to brainstorm ideas, summarise documents, generate images, write code, and explore difficult concepts.

The shift: From technology working behind the scenes to technology people interact with directly.

2. Digital Payments Replaced the Need for Exact Change

India's UPI launched in 2016. A decade later, scanning a QR code to pay a shopkeeper has become familiar across much of the country. In FY 2025–26, UPI processed approximately 24,162 crore transactions. 

The shift: Digital payments moved from an alternative to an everyday habit.

3. Video Calls Became Part of Everyday Communication

Remote meetings and online classes became particularly prominent during the COVID-19 pandemic. Video conferencing is now an established option for work, learning, interviews, and family conversations.

The shift: Being in the same room is no longer necessary for every meaningful interaction.

4. Cloud Computing Made Physical Storage Less Essential

Files, photos, documents, and collaborative projects can be stored online and accessed across devices. Teams can edit the same document without exchanging multiple versions through email.

The shift: Access to information matters as much as owning the device on which it was created.

5. Electric Vehicles Moved Into Mainstream Conversations

Electric cars, scooters, and buses have become increasingly visible as battery technology and charging infrastructure develop. Adoption still varies by region and vehicle category, but electric mobility is no longer a distant concept.

The shift: Transportation is increasingly being reimagined around batteries, software, and cleaner energy.

6. Drones Found Uses Beyond Entertainment

Drones are now used in applications such as agricultural monitoring, surveying, infrastructure inspection, filmmaking, and disaster assessment.

The shift: Flying machines have become practical tools for solving problems on the ground.

7. Robots Moved Beyond Factory Floors

Industrial robots have long supported manufacturing. Advances in sensors, software, and AI have expanded the possibilities for robots in warehouses, hospitals, logistics, and other specialised environments.

The shift: Robotics increasingly involves how machines sense, respond, and work alongside people—not just how they move.

8. 3D Printing Made Digital Designs Tangible

A digital model can now be turned into a physical prototype using additive manufacturing. Designers, researchers, manufacturers, and educators use 3D printing for different purposes, from product development to learning activities.

The shift: Moving from an idea on a screen to a physical object can be faster and more accessible.

9. Smart Devices Made Connected Living More Familiar

Smartwatches, connected speakers, smart televisions, and home automation systems have brought sensors and internet connectivity into everyday environments.

The shift: Technology is no longer limited to computers and phones; it increasingly surrounds us.

10. Biometrics Made Identity Verification More Convenient

Fingerprint readers and facial recognition have become common features in many smartphones and digital systems. They can simplify access, although security, privacy, and accuracy remain important considerations.

The shift: Authentication is increasingly built into the devices people already use.

What Should Schools Learn From This Decade?

These ten developments share an important lesson: technologies rarely remain confined to their original purpose. They evolve, become more accessible, and create new ways to work, communicate, and solve problems.

For schools, teaching students how to use today's tools is only part of the responsibility. Students also need opportunities to understand how technologies work, evaluate their limitations, and build solutions of their own.

At FIZ Robotic Solutions (FRS), the FIRE Robotics Lab programme helps schools introduce practical learning through robotics, electronics, AI, coding, aeromodelling, automobiles, and 3D printing. Students get opportunities to move beyond observing finished technologies and explore the concepts, components, and problem-solving processes behind them.

The next breakthrough may come from a technology we barely discuss today. Our students should be prepared to understand it, question it, and contribute to its development.

Because the next ten years won't just belong to people who adapt to technology. They'll also belong to people who know how to create it.