Streetrapshody offers a data‑driven, multi‑modal micromobility platform that unifies electric scooters, bikes, and shared cars under a single backend for payment processing, fleet optimization, and real‑time analytics. The service provides ticketless, cashless access and barrier‑free vehicle and station designs to deliver inclusive, low‑emission travel for diverse urban users while supporting carbon‑offset initiatives and workforce training for underserved communities.
Funding
Funding not disclosed
Founders
Product
Problem
Urban commuters often face fragmented micromobility options, limited integration with public transport, and inadequate accessibility for diverse user groups, leading to inefficient travel, higher emissions, and exclusion of vulnerable populations.
Solution
Streetrapshody delivers a data‑driven, multi‑modal micromobility platform that unifies a network of electric vehicles—including scooters, bikes, and shared cars—under a single backend system. The platform handles payment processing, fleet optimization, and real‑time analytics to maximize vehicle utilization and reduce carbon output. By offering ticketless, cashless access and designing vehicles and stations for barrier‑free use, the service provides an inclusive travel experience for people with disabilities, women, children, and NEETs. Partnerships with reforestation NGOs and a high battery‑reuse rate further lower environmental impact, while training programs integrate underserved workers into the mobility ecosystem.
Target Audience
Primary customers are city municipalities, micromobility operators, and corporate mobility programs seeking an integrated, sustainable, and inclusive transportation solution for urban residents.
Features
- Centralized backend that coordinates fleet distribution, dynamic pricing, and payment processing across multiple vehicle types
- Real‑time route optimization and trip cancellation algorithms that minimize average travel distance and energy consumption
- Fully electric vehicle fleet with a 70 % battery reuse rate and carbon‑offset initiatives through reforestation partnerships
- Ticketless, cashless user interface supporting digital wallets and contactless payments
- Accessibility‑focused vehicle design and station layout, including barrier‑free entrances, priority seating, and auditory/visual information systems
- Data analytics dashboard for operators to monitor usage patterns, emissions savings, and service performance