Singaporean Cycling Apps

View More

This App Helps Cyclists Access the Safest & Most Efficient Routes

Singaporean innovator Kelvin Phang has launched an innovative new cycling app that is designed to make it easier than ever for Singaporean riders to go about accessing routes, mapping out bike paths and crafting their journeys across the country.

The 'Ridenjoy' cycling app utilizes OneMap, the most trusted national map of Singapore, which itself taps into data from the Singapore Land Authority. By using such trusted sources of data and information, the cycling app promises the ability to suggest routes that are more informed and more efficient than even those which may be widely accessed through Google Maps.

What's more, this particular cycling app prioritizes the use of standalone cycling paths and trails, ensuring that cyclists are not forced into vehicular traffic and are able to use the safest route possible.
Trend Themes
1. Cycling Navigation Apps - Developing apps that use trusted sources of data to suggest more efficient cycling routes will disrupt the traditional GPS-based navigation industry.
2. Safety-focused Cycling Technology - Creating technology that prioritizes the use of standalone cycling paths and trails will disrupt the traditional cycling safety equipment industry.
3. Sustainable Transportation Solutions - Developing solutions that promote cycling as a sustainable and reliable mode of transportation will disrupt the traditional automobile industry.
Industry Implications
1. GPS Navigation - The use of trusted sources of data to suggest more efficient cycling routes will disrupt the traditional GPS-based navigation industry.
2. Cycling Safety Equipment - Technology that prioritizes the use of standalone cycling paths and trails will disrupt the traditional cycling safety equipment industry.
3. Automotive - Developing solutions that promote cycling as a sustainable and reliable mode of transportation will disrupt the traditional automobile industry.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE