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Development of IoT-Enabled eScooter Mobility Platform for Urban Sustainability

appinventiv.com

Automotive

Environmental Services

Information technology

Urban Mobility Challenges and Environmental Impact

High transportation pollution levels (75% in USA attributed to transportation) combined with expensive short-distance commutes using traditional vehicles. Existing solutions lack integration of IoT-enabled electric scooters with seamless payment and real-time operational controls.

About the Client

Micromobility startup focused on sustainable urban transportation solutions through electric scooter networks

Sustainability and Market Expansion Goals

Replace 40% of short-distance car trips with electric scooters within first year
Reduce per-ride transportation costs by 60% compared to traditional options
Achieve Series A funding readiness through scalable platform architecture
Expand to 20 UK cities within 12 months post-launch

Core Platform Capabilities

Barcode-based eScooter identification and unlocking
Real-time speed control and power management
GPS-enabled ride tracking with Google Maps integration
In-app payment processing via Stripe
Ticket management system for user-reported issues
Battery status monitoring and maintenance alerts

Technology Stack Requirements

JavaScript/Node.js for backend development

MongoDB for database management

AWS EC2/S3 for cloud infrastructure

Android SDK and Swift for mobile platforms

DevOps tools (GitLab, Nginx, AWS Elastic Load Balancer)

Third-Party System Integrations

Google Maps API for location services
Stripe API for payment processing
Amazon SNS/SES for notification systems
CloudWatch for monitoring and logging

System Performance Standards

99.9% uptime SLA for IoT connectivity
Sub-500ms response time for scooter unlocking
End-to-end encryption for payment transactions
Scalable architecture supporting 100,000 concurrent users

Projected Business and Environmental Impact

Platform deployment across 20 cities is expected to reduce annual CO2 emissions by 15,000 metric tons while capturing 25% market share in urban short-distance transportation. The solution will enable Series A funding readiness through demonstrated technical scalability and operational efficiency.