Beyond the Bike: What Should Smart Technology Do for People Who Love to Ride?
At Taichung Bike Week 2026, we explored how smart technology can enhance cycling without interrupting the riding experience. From radar and vision to integrated safety intelligence, discover how technology can support safer, more natural, and more enjoyable rides.
Dr. Shih-An Yu
9/24/20263 分钟阅读
Reflections from Taichung Bike Week 2026
There was something different about this year’s Taichung Bike Week.
For the first time, the event brought the bicycle industry out of meeting rooms and onto the road through the new Taichung Bike Ride. More than 300 international buyers and representatives from 13 component suppliers joined morning rides around Taichung Central Park.
Our team joined one of the rides.
What stayed with us was not a particular component or specification. It was the people.
Before sunrise, people from different countries and different parts of the bicycle industry gathered, prepared their bikes, and simply went riding.
For a few hours, they were not buyers, engineers, product managers or suppliers.
They were cyclists.
And that led us to a simple question:
What should technology actually do for people who love to ride?Technology should enhance the ride — not interrupt it.
Bicycles are becoming increasingly connected. Sensors, displays, cameras, electronic systems and software are creating new possibilities for the riding experience.
But more technology does not automatically mean a better ride.
Cyclists do not necessarily want another screen, another application or another stream of notifications. Most importantly, they should not have to take their attention away from the road to manage technology.
The best technology may be the technology that works quietly in the background.
Safety is where this matters most
When riding, a cyclist naturally focuses on what is ahead. Understanding what is happening behind them is more difficult.
A mirror requires the rider to look.
A camera provides visual information, but the rider still needs to interpret it.
Radar can play a different role.
It can continuously monitor the environment in the background and alert the rider when something deserves attention.
Technology can tell the rider when to look.
And when visual information is needed:
Vision can help show the rider what is there.
Together, radar and vision can provide more relevant information without constantly demanding the rider's attention.
From Sensing to Safety Intelligence
We believe the next step is not simply adding more sensors or more features.
It is about making different technologies work together.
Radar can provide awareness of surrounding objects.
Cameras can provide visual context.
The bicycle's electronic system can provide information about speed and riding conditions.
The human-machine interface can determine how that information should reach the rider.
The goal is not to make the bicycle more complicated.
The goal is to make the experience more natural.
At TeraSilIC, we see this as a transition:
From sensing technology to safety intelligence.
This approach can also extend beyond individually owned bicycles. Shared bikes and fleet-based mobility require safety systems that work naturally without asking every rider to learn a new system or configure another application.
The rider gets on the bicycle.
The system works.
The Bicycle Should Remain a Bicycle
After joining the morning ride at Taichung Bike Week, this became even clearer to us.
People ride because they enjoy riding. They ride for exercise, exploration, commuting and time with friends.
Technology should respect that.
The future of intelligent mobility should not be about turning every bicycle into a complicated electronic device. It should be about making the bicycle more aware while allowing the rider to remain focused on the experience.
The best safety technology may not be the technology that demands the most attention.
It may be the technology that knows when attention is needed.
Beyond Compliance
Safety should be more than simply meeting a specification.
It should begin with understanding how people actually ride, what they can see, what they cannot see, and how technology can support their decisions without adding unnecessary cognitive load.
That is why we believe the next generation of bicycle safety will be defined not by another sensor or another feature, but by how intelligently technologies work together.
At TeraSilIC, we continue to explore one simple question:
How can sensing technology make cycling safer — without taking away what people love about cycling?
Because the goal is not to make people think more about technology.
The goal is to let them think more about the ride.
Ride aware. Ride secure.
