Superpedestrian provides an intelligent electric scooter platform that combines lightweight hardware with cloud‑based fleet management and safety software. Its Dynamic Steering System uses sensor‑fusion to modulate torque for stable handling, while real‑time analytics and OTA updates enable operators to optimize distribution, perform predictive maintenance, and stay compliant with local regulations.
Funding
$125M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Urban commuters often lack affordable, safe, and sustainable micro‑mobility options that can integrate seamlessly with existing transportation networks, leading to reliance on cars or congested public transit.
Solution
Superpedestrian develops intelligent electric scooter platforms that combine lightweight hardware with cloud‑based fleet management and safety software. Their proprietary Dynamic Steering System continuously monitors rider input and road conditions to adjust motor torque, preventing loss of control and reducing accidents. Real‑time data analytics enable operators to optimize scooter distribution, predictive maintenance, and compliance with local regulations. The platform also supports over‑the‑air updates, allowing new features and safety improvements to be deployed without physical recalls. By offering a turnkey solution for micro‑mobility providers, Superpedestrian helps cities expand low‑emission transport while maintaining high safety standards.
Target Audience
Primary customers are micro‑mobility operators, city transportation agencies, and shared‑vehicle fleets seeking a scalable, safety‑focused electric scooter solution.
Features
- Dynamic Steering System with sensor‑fusion algorithms that modulate torque for stable handling on uneven surfaces
- Cloud‑native fleet management dashboard for real‑time monitoring, geofencing, and usage analytics
- Predictive maintenance alerts powered by machine‑learning models analyzing battery and motor health data
- OTA (over‑the‑air) firmware updates to roll out safety patches and new functionality without downtime
- Integrated compliance tools for speed limits, parking zones, and local regulatory reporting
- Modular hardware design that supports interchangeable batteries and accessories for varied deployment needs