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Development of a Multi-Functional Smart City Mobile Application to Enhance Urban Services
  1. case
  2. Development of a Multi-Functional Smart City Mobile Application to Enhance Urban Services

Development of a Multi-Functional Smart City Mobile Application to Enhance Urban Services

darly solutions
Utilities
Government
Transportation

Identifying Challenges in Urban Service Delivery and Consumer Engagement

The client faces difficulties in delivering efficient urban services, including parking, public transport, utility management, and local commerce, through fragmented channels. There is a need to accelerate the deployment of an integrated mobile solution that improves user experience, ensures compliance with regional data privacy laws, and reduces development and maintenance costs.

About the Client

A regional municipal utility provider seeking to integrate multiple city services into a unified mobile platform for residents and visitors.

Goals for Developing a Unified Smart City Mobile Platform

  • Reduce time-to-market for the mobile application by at least 20% compared to native development approaches.
  • Lower upfront development costs by at least 20% through cross-platform technology.
  • Achieve user engagement rates of at least 75% within the first year of launch.
  • Minimize long-term maintenance and support expenses.
  • Ensure full compliance with GDPR and regional data security regulations.

Core Functionalities for the Smart City Mobile Application

  • Lookup and payment capabilities for parking lots and EV charging stations.
  • Access and management of public transportation tickets, including semester and regional travel passes.
  • A comprehensive marketplace to order food and shop from local vendors with order bundling features.
  • Integration of map services displaying city infrastructure like parking, charging stations, and transit routes.
  • Secure and seamless payment processing supporting credit cards, Google Pay, and Apple Pay.
  • Centralized utility contract management for residents, including invoice viewing, discounts, and reading updates.
  • High performance and responsiveness with an observed application performance index (Apdex) of at least 85.
  • Task success rate target of 85% for key user interactions.

Preferred Technologies and Development Architecture

Cross-platform framework (e.g., Ionic, React Native, Flutter)
Component-based development approach
JavaScript UI libraries, such as Kendo UI

Essential External System Integrations

  • Payment gateway supporting credit card, Google Pay, and Apple Pay
  • Map and geolocation services
  • Public transportation ticketing systems
  • Utility service management backend

Performance, Security, and Compliance Standards

  • Compliance with GDPR and regional data privacy laws
  • Achieve an application load time and responsiveness score with an Apdex of 85 or higher
  • Ensure high usability with a task success rate exceeding 85%
  • Facilitate rapid deployment and updates for maintainability

Projected Business Benefits and Performance Outcomes

By implementing an integrated, cross-platform smart city mobile app, the client can anticipate accelerating market deployment by approximately 37%, reducing development costs by around 31%, and achieving user engagement levels near 75% within the first year. The platform will streamline urban service management, enhance resident satisfaction, and ensure compliance with data security regulations, ultimately fostering increased usage and operational efficiencies.

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