Building the future of cycling: Why secure connectivity matters more than ever
The cycling industry is transforming at a remarkable pace. Riders are looking for smarter, safer and more intuitive experiences, while manufacturers push to differentiate themselves in an increasingly competitive market. Connected e-bikes have quickly moved from a nice feature to a decisive advantage. They offer insights that help brands innovate, provide riders with stronger tools for daily use and open the door to entirely new service opportunities. At the same time, any conversation about connectivity brings one important question forward. What about data security? Over 10 years of experience developing a connectivity platform at Comodule has shown that it is possible to deliver powerful digital features while keeping rider data protected. This article explores what data connected e-bikes collect, how it is used, how privacy is safeguarded and why the market is already moving in this direction.
What data is collected and why it matters?
A connected e-bike does not gather information for the sake of it. Instead, it collects only what is needed to improve performance, security and value for both the rider and the brand.
Location data: GPS enables real-time bike tracking, route history and effective anti-theft functions. Riders enjoy peace of mind and in-app gamification. Manufacturers gain insight into usage patterns across various terrains and regions, which helps guide design and feature development.
Performance data: Information such as speed, distance, pedal cadence, battery usage and ride behavior shows how the bike performs under real conditions. Riders use these insights to reduce range anxiety and plan smarter. Brands use them to refine product reliability and understand how key components behave in daily use. Information about preferred assist levels, how frequently riders recharge their bikes, the actual range they achieve on the road, their usual riding pace, the average trip distance and the purpose of their rides, whether practical commuting or recreational outings.
Sensor data: Internal sensors provide data about motor torque, controller temperature and system diagnostics. This supports predictive maintenance and early detection of potential issues, reducing warranty costs and increasing rider confidence.
User data: App interactions, feature preferences and maintenance habits help create a more intuitive digital experience. Rather than offering generic tools, manufacturers can craft features riders truly care about.
These categories form the backbone of a smarter and more reliable cycling ecosystem.
How does the data benefit riders and brands?
For riders?
Connectivity brings convenience, safety and personalization.
Real-time performance insights help riders get more out of every ride
Automatic maintenance alerts prevent unexpected failures
GPS-based security tools reduce theft concerns
App features grow with the rider and adapt to personal habits
Ride statistics and progress tracking enhance motivation and satisfaction
The result is a ride experience that feels more intuitive and dependable.
For manufacturers?
Connectivity is becoming one of the strongest differentiators in the market.
Aggregated usage data leads to more accurate product development
Real-world insights highlight what matters to riders in different environments
Predictive maintenance reduces service costs and improves dealer operations
App-based communication strengthens long-term customer relationships
These advantages help brands stay competitive and future-ready.
How is data privacy and security ensured?
To earn trust, leading connectivity platforms focus on transparency, protection and user control.
Data anonymization - When data is used for product development or behaviour analysis, it is stripped of personal identifiers. Brands gain valuable insight without tracking individual users.
Encryption - All data communication between the bike, the cloud and the app is encrypted. Sensitive details are protected both during transfer and while stored.
User control and compliance - Riders can review, manage or delete their data at any time. Consent is clear and fully aligned with GDPR and other global privacy regulations. Manufacturers gain insight without compromising user autonomy.
This commitment to responsible data practices is what allows connected systems to coexist with privacy expectations. In August, the Delegated Acts on cybersecurity under the Radio Equipment Directive also became mandatory, setting stricter requirements for secure connected products. From September 2025, the Data Act will strengthen this even further by giving users the right to forward their collected system and usage data to third parties of their choice, adding another layer of transparency and user control.
Why is connectivity becoming standard in bicycles?
Cyclists want more confidence and control. Dealers want smarter service tools. Forward-looking manufacturers want reliable insight that supports innovation. Connectivity delivers all of this within one ecosystem.
Instead of guessing how bikes perform in real conditions, brands can rely on actual data. Instead of offering one-time purchases, manufacturers can build ongoing digital relationships. Instead of waiting for issues to emerge, service networks can detect problems early and support riders proactively.
Connected bikes unlock sustainable value across the entire lifecycle of the product.
Conclusion: connectivity and security work hand in hand
Connected e-bikes are reshaping the future of cycling. They provide riders with safer and smarter tools, and they give manufacturers essential insight for designing the next generation of bicycles. Importantly, all of this can be achieved while keeping rider data private, secure and fully under the rider’s control.
For any bicycle manufacturer looking ahead, connectivity is no longer optional. It is a strategic decision that drives innovation, strengthens customer relationships and positions the brand ahead of market expectations. The industry is moving forward quickly, and secure connectivity is becoming the foundation of modern cycling technology.
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