Land Rover Commerical and Accessories
Design and Userabilty testing for Land Rover Commerical and Accessories
Information architecture
In choosing a monolithic architecture for the Jitney application, we aimed for a streamlined development and deployment process to ensure reliability and rapid iteration in the service's initial stages. This architecture simplifies monitoring, enhances performance consistency, and accelerates the development cycle, allowing us to quickly adapt to user feedback and urban mobility demands. While designed for flexibility and scalability, our monolithic framework is poised for future evolution into a more modular approach as Jitney expands, ensuring we maintain a robust foundation while staying agile and innovative.
Wireframes
The UI of the Jitney app employs an atomic design framework, organizing UI elements from the simplest atoms (like buttons) to complex organisms (such as navigation menus). This method ensures consistency, accelerates development, and simplifies maintenance by reusing components, facilitating a seamless and cohesive user experience across the platform.
Refining the Service Logic
A significant challenge for Jitney is refining the service logic to ensure response times significantly undercut the typical 20-minute bus wait, without compromising the ability to accommodate multiple customer journeys efficiently. Unlike the near-instantaneous pairing found in services like Uber, orchestrating dynamic mini bus routes requires sophisticated algorithmic solutions that can adapt in real-time to fluctuating demand, traffic conditions, and diverse passenger destinations. This complexity underscores the necessity for a more nuanced approach to route optimization and scheduling.
Leveraging Data Science for Simulation
Addressing these complexities and ensuring a rapid, reliable service model necessitates employing advanced data science techniques. By simulating various operational scenarios using real-world data, we can refine our algorithms to better predict and respond to user demand, optimize routes, and minimize wait times. This data-driven approach will allow us to build a more comprehensive business case, demonstrating not only the feasibility of Jitney's innovative model but also its potential to redefine urban mobility with a level of precision and efficiency that traditional bus services cannot match.
Design system
We created a sitemap to show the structure of the platform and how the pages were connected. This allowed us to understand the hierarchy of information and how the user would navigate through the platform.
Deliverables
For the Jitney proposal, our key deliverables aimed at securing early-stage investment include a detailed business plan, a functional app prototype highlighting our user-centric design, a technical white paper on our system architecture, and initial market research with customer feedback. These components are crafted to demonstrate Jitney&aposs market potential, technological feasibility, and appeal to users, providing a solid foundation for attracting angel or seed investors.
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