Making Every Ride Safer: TeraSilIC Brings the Future of Radar-Powered Mobility to CEATEC 2026
Discover how TeraSilIC is transforming bicycle and e-bike safety with advanced radar technology at CEATEC 2026. Explore rear-approach vehicle detection, collision warning, smart mobility solutions, and innovative radar integration for OEM partners.
Dr. Shih-An Yu
10/8/20265 分钟阅读
A Safer Journey Begins with Awareness
Imagine riding your bicycle through a busy city on your morning commute. You're watching the road ahead, navigating intersections, and sharing the streets with cars, motorcycles, and other cyclists.
But what about the vehicles approaching from behind?
For cyclists and e-bike riders, understanding what's happening beyond their immediate field of view remains one of the everyday challenges of riding safely. A fast-approaching vehicle, an unexpected overtaking maneuver, or a moment of distraction can quickly create a dangerous situation.
As bicycles and electric bikes become an increasingly important part of urban transportation, the need for practical, intelligent safety technologies continues to grow.
At TeraSilIC, we believe the next generation of mobility should do more than move people efficiently. It should help them better understand their surroundings and make every journey safer.
This vision is what brings us to CEATEC 2026, taking place October 13–16 at Makuhari Messe in Japan, where TeraSilIC will showcase its latest radar-based safety solutions for bicycles, e-bikes, and other two-wheel mobility platforms.
Bringing Automotive-Inspired Safety to Two-Wheel Mobility
Modern vehicles increasingly rely on advanced sensing technologies to improve driver awareness and support safety functions.
Radar has become an important part of this evolution, helping vehicles detect surrounding objects, measure distance and relative movement, and support advanced driver assistance systems.
But why should these capabilities be limited to cars?
Cyclists and e-bike riders share many of the same roads and encounter similar traffic risks, often with far less physical protection.
TeraSilIC sees an opportunity to bring the benefits of radar sensing into more compact and accessible mobility applications.
By adapting radar technology for two-wheel platforms, we aim to help manufacturers develop safety features that provide riders with greater awareness of approaching traffic.
For example, a radar-equipped bicycle can monitor vehicles approaching from behind and provide information that supports timely rider alerts.
Rather than constantly looking over their shoulders, riders can benefit from an additional sensing capability designed to complement their own awareness.
The objective is not to replace rider judgment, but to provide another layer of information that can support safer decisions on the road.
Seeing Beyond the Limits of Traditional Sensors
Every sensing technology has its strengths.
Cameras can capture detailed visual information, while radar provides valuable measurements of distance and relative movement.
Radar also offers important advantages in situations where lighting conditions may affect conventional optical sensing.
For bicycles and e-bikes, these characteristics create opportunities for safety applications that must operate across different roads, environments, and riding conditions.
At CEATEC 2026, TeraSilIC will demonstrate how radar sensing can support several important functions:
Rear-Approach Vehicle Detection
Monitoring vehicles approaching from behind can provide riders with an additional source of traffic awareness, particularly when traveling on roads shared with faster-moving vehicles.
Collision Warning and Rider Safety
Radar-derived information can help support warning systems that alert riders to potential hazards, enabling them to respond with greater awareness.
Compact Radar Sensing
Space is limited on bicycles and e-bikes. Compact radar solutions create opportunities to integrate advanced sensing capabilities without requiring large or complicated hardware installations.
Integration with Smart Mobility Systems
Radar becomes even more valuable when its information can be communicated through displays, controllers, and other connected platforms.
Together, these capabilities demonstrate how intelligent sensing can move beyond individual components and become part of a more connected riding experience.
From Radar Technology to Real-World OEM Integration
Developing a new safety feature is only part of the challenge.
For bicycle manufacturers and e-bike OEMs, successful product integration also requires careful consideration of size, power consumption, mechanical design, electronic interfaces, and the overall user experience.
A technology may perform well in isolation, but its real value comes from how effectively it can be incorporated into a complete product.
At TeraSilIC, we recognize that every mobility platform has different requirements.
An urban commuter bicycle may prioritize compactness and simplicity. A premium e-bike may support a more comprehensive connected display system. Fleet operators may seek solutions that can be deployed across a wide range of vehicle configurations.
These different use cases highlight the importance of flexible sensing architectures and close collaboration between technology providers and product manufacturers.
Our approach focuses on helping partners explore how radar capabilities can fit within their existing product development strategies.
From sensing modules and radar signal processing to communication with vehicle electronics and display systems, TeraSilIC is committed to supporting practical system-level integration.
By working closely with OEMs and mobility solution providers, we aim to help bring radar-enabled safety features from technical concepts into everyday applications.
Building a More Connected Future for Two-Wheel Mobility
The evolution of the bicycle is no longer defined only by mechanical design.
Electric assistance, connected displays, navigation systems, smart lighting, and digital services are transforming how people interact with their bikes.
Safety technologies are becoming another important part of this transformation.
Imagine a future in which information about approaching vehicles can be presented naturally through a bicycle's integrated display or connected system.
Instead of functioning as a completely separate accessory, radar sensing could become part of a coordinated mobility platform, working alongside other electronic components to provide riders with useful information at the right moment.
For OEMs, this opens opportunities to differentiate products through intelligent features that address real-world riding needs.
For riders, it offers the possibility of a more informed and connected experience without adding unnecessary complexity.
For the broader mobility industry, it represents another step toward making sustainable transportation not only more convenient, but also safer and more accessible.
Why CEATEC 2026 Matters
CEATEC brings together companies, engineers, innovators, and business leaders from across multiple industries to explore how technology can address real-world challenges.
This year's event, themed “Transformation — Where Companies, Industries, and Society Evolve,” provides a meaningful setting for conversations about the future of mobility.
For TeraSilIC, participating in CEATEC 2026 is about more than presenting radar technology.
It is an opportunity to engage with bicycle and e-bike manufacturers, mobility system developers, electronics partners, and industry innovators who share an interest in improving transportation safety.
We look forward to discussing how intelligent radar sensing can support new product ideas, simplify integration challenges, and enable new possibilities for two-wheel mobility.
As different industries increasingly collaborate to develop smarter transportation solutions, we believe practical sensing technologies will play an important role in connecting innovation with real-world applications.
The Future of Cycling Is About More Than Going Faster
For decades, bicycle innovation has focused on performance, efficiency, comfort, and design.
Today, safety and awareness are becoming equally important considerations.
The next generation of intelligent bicycles and e-bikes has the potential to offer riders more than a means of transportation. It can provide a mobility experience supported by technologies that help people better understand the world around them.
At TeraSilIC, our mission is to contribute to that future through radar sensing technology designed for practical mobility applications.
We believe that meaningful innovation is measured not only by technical performance, but also by its ability to address everyday challenges.
Because the future of cycling isn't simply about riding farther or faster. It's about helping every rider travel with greater awareness, confidence, and peace of mind.
And we believe that future begins with better sensing.
Meet TeraSilIC at CEATEC 2026
Whether you are developing a next-generation bicycle, an electric mobility platform, a rider safety system, or an integrated smart mobility solution, we welcome the opportunity to connect and explore potential collaboration.
Exhibition Information
Event: CEATEC 2026
Dates: October 13–16, 2026
Opening Hours: 10:00 AM – 5:00 PM (JST)
Venue: Makuhari Messe, Chiba, Japan
Hall: 6
Booth: 6H001-4
We invite you to visit our booth, discover our latest radar-based safety solutions, and discuss how intelligent sensing technology can contribute to your next product innovation.
Let's work together to make two-wheel mobility safer, smarter, and more connected.
Schedule a Meeting with TeraSilIC
Roy Cheng
Co-Founder & VP of Sales
TeraSilIC
Email: roy.cheng@terasilic.com
Website: https://www.terasilic.com
Connect with our team to discuss radar integration, OEM collaboration, and new opportunities in intelligent mobility.
Follow TeraSilIC on LinkedIn for the latest technology developments, product news, and upcoming events. https://www.linkedin.com/company/terasilic/posts/?viewAsMember=true
