Context-weighted routes
Compare route options using more than arrival time, with future support for surface, crossings and traffic context.
01SRNA is designed as a low-distraction companion that helps riders choose, understand and review a route with more road context.
All interfaces and capabilities shown here represent the product direction and are not yet a public release.
A consistent flow designed to keep decisions clear before, during and after a ride.
Select bicycle, e-bike or another supported mobility profile.
Balance travel time, comfort and route-context preferences.
Receive focused guidance and compatible-device signals during the journey.
Explore optional insights and make better-informed future route choices.
Compare route options using more than arrival time, with future support for surface, crossings and traffic context.
01Present potentially useful information before a demanding segment rather than during the most distracting moment.
02Explore approaching-vehicle and hazard signals through approved radar or sensor integrations.
03Keep essential route information available when network conditions become unreliable.
04Deliver selected cues through compatible watches, audio devices, displays or smart glasses.
05Help riders understand patterns through optional insights with transparent controls for any future partner sharing.
06A cyclist should not need to keep looking at a phone. SRNA's integration direction prioritizes short, purposeful cues.
Glanceable turns and simple vibration patterns.
Short spoken cues with low interaction demand.
Potential vehicle-awareness signals from compatible sensors.
Embedded directions for supported e-bike systems.
Guidance must remain secondary to the road, local rules and the user's judgment.
Where possible, a route recommendation should state the context behind it.
The product should learn whether a signal helped, not simply maximize the number of alerts.
Any future insurance or partner program requires explicit participation and clear controls.
Tell us how you ride, what currently creates uncertainty and which signals would genuinely help.