Cyclist
Route choices shaped around road context and riding preferences.
Safety-aware navigation for urban mobility
Know more before the next turn.
SRNA stands for Smart Ride Navigator App. The product is being built as a focused navigation layer for cyclists, e-bikes and urban mobility, combining route intelligence, contextual alerts and connected devices.
Product concept · Current focus: discovery and validation
- Responsible AI
- Low-distraction guidance
- User-controlled data
Concept interface — not a released product
SRNA
Core route available offline
Complex crossing aheadGuidance prepared before the junction
River District
North Station
Context route18 min · 4.8 km
Fastest route15 min · 4.2 km
−3
Signal layerActive
Route contextBalanced
One shared layer
One city. Different ways to move. More context for everyone.
SRNA starts with the needs of cyclists and e-bike riders, then grows through compatible devices and a connected mobility ecosystem.
E-bike
Context-aware guidance with future battery and device integrations.
Micromobility
A long-term path toward more consistent guidance across urban modes.
Driver
A future shared signal layer designed to improve mutual awareness.
Why another navigation layer?
Time and distance are not the whole route.
Riders often make safety decisions with fragmented information. SRNA is being designed to bring the most useful context into one calm experience.
Routes lack context
The shortest path may still include stressful intersections, unsuitable surfaces or heavier traffic.
Signals arrive too late
Guidance is most useful before attention is already consumed by a demanding road segment.
Mobility systems stay disconnected
Riders, vehicles, sensors, wearables and city infrastructure rarely share one understandable signal layer.
The planned SRNA experience
A living safety map that thinks one turn ahead.
The product vision follows a simple loop: understand, anticipate, guide and learn — always with the rider in control.
Understand the route
Combine available road, traffic, environmental and compatible-device signals.
Read the context ahead
Identify potentially demanding segments and changing conditions before they become immediate.
Signal at the right moment
Offer focused route guidance without asking the rider to stare at a screen.
Improve with consent
Use optional ride insights to refine future choices and product understanding.
Interactive product concept
Explore the product
Not just a faster route. A more informed one.
Explore how SRNA could balance time, comfort and road context in one low-distraction journey.
Balance prioritiesTime · comfort · road context
Stay focusedUseful cues with less screen demand
SRNA
Core route available offline
Complex crossing aheadGuidance prepared before the junction
River District
North Station
Context route18 min · 4.8 km
Fastest route15 min · 4.2 km
−3
Signal layerActive
Route contextBalanced
Product pillars
Built around attention, not screen time.
Safety-aware routing
Designed to consider road type, intersections, traffic context and rider preferences — not only time and distance.
01Contextual alerts
Timely guidance for changing conditions and potentially demanding route segments.
02Connected ride
Planned integrations with compatible watches, audio devices, displays and bike radars.
03Offline continuity
Core route guidance designed to remain useful when network coverage becomes unreliable.
04Optional ride insights
A user-controlled view of route patterns and riding choices — never an invisible judgment.
05Shared mobility vision
A long-term layer for better awareness among riders, devices, vehicles and city infrastructure.
06
From one ride to a connected city
Safer movement takes more than an app.
SRNA is conceived as both a rider experience and an integration layer for manufacturers, sensors, cities and responsible mobility partners.
EcosystemResponsible by design
Privacy is part of the route.
The SRNA vision depends on trust. Product decisions should minimize data, make sharing explicit and keep high-impact choices understandable.
Choice before collection
Sensitive signals should have a clear purpose and an understandable opt-in.
Calm, explainable guidance
Users should understand why a route or alert is being suggested.
Aggregated partner insights
City and mobility learning should avoid exposing an individual's raw journey history.
Take the next turn with us
Safer streets begin before the next turn.
Join the early conversation as a future rider, pilot city, device maker or mobility partner.