AIBOLOT: Designing Intuitive Urban Mobility
Information Architecture • User Journey Design • Smart Mobility UX
Context
Designed a complete, user-focused mobile application experience designed to deliver real-time parking location discovery and secure space reservations for daily drivers.
Role
Product Designer
Timeline
6 Weeks
Core features
Synchronized Slot Mapping: Architected an intuitive, high-visibility interface to provide real-time occupancy data and automated parking guidance for all technical skill levels.
Adaptive Pricing Intelligence: Designed the user patterns for dynamic, AI-driven pricing algorithms that adjust in real-time based on peak occupancy and traffic demand.
Frictionless Access Control: Crafted a seemless, ticketless IoT-enabled journey using automated license plate recognition (ALPR) for instant entry and exit.
Statistics and Secondary Research
The design process was rooted in user advocacy and data-driven infrastructure analysis. The project was initiated by synthesizing quantitative telemetry data with qualitative insights from fleet operator interviews. This layered approach identified critical friction points: specifically, the disconnect between fragmented IoT data and the needs of mobile-first urban drivers.
22%
Accelerated Space Turnover
15%
Streamlined Flow Duration
60s
Reduction in Task Completion
Findings from Primary Research
Secondary research findings, targeted usability evaluations, and structured interviews with a diverse cohort of commuters—ranging from daily urban drivers to occasional visitors—were synthesized to meet rigorous industry standards and insights from online research. This process identified unique friction points and technical barriers encountered by each user segment within AIBOLOT’s mobility infrastructure.
Light & Dark Mode
Optimized for high-contrast visibility; designed to reduce cognitive load during night navigation and daylight glare.
Quick Access
Integrated spatial parking maps and predictive guidance; ensures users find and secure a spot within two interactions.
Quick Response
Adopted a mobile-first architectural approach to guarantee performance across all device network conditions.
The Redesign
After a thorough analysis of existing IoT platform telemetry and operator requirements, the design direction was established to bridge the gap between complex backend logic and accessible, consumer-grade mobility management.
Design validation
To measure the impact of the redesign, the interface was validated through rigorous testing with a diverse user cohort. The following methodologies were utilized to ensure performance objectives were met and to bridge the gap between complex IoT backend data and intuitive end-user needs.
Interviews
Conducted to gather user feedback, ensuring the solution addressed key pain points.
Heatmaps
Utilized to identify patterns of user interaction and optimize engagement zones.
First Click Test
Implemented to verify navigation efficiency and ensure core sections were easy to navigate.
“I can now find and secure a spot in seconds, even in the busiest parts of the city.”
-Daily Driver
Impact Created
The AIBOLOT redesign successfully transformed complex IoT data into a user-centric experience, resulting in faster parking acquisition and increased user retention. By streamlining fragmented pathways and prioritizing high-fidelity engagement, the platform now delivers a measurable improvement in overall system efficiency and user satisfaction.
58%
Projected Conversion Lift
45%
Projected Support Reduction
75%
Projected Engagement Growth
Project Artifacts
The following artifacts provide insight into the strategic design process, framework, and iterative problem-solving applied throughout the AIBOLOT case study.
Strategy & Insights
Synthesizing primary research, fragmented legacy workflows were restructured into a cohesive, data-driven framework. By pairing intuitive interaction patterns with high-contrast visual cues, complex system architecture was streamlined into effortless decision-making pathways, ensuring every touchpoint delivers measurable value.
Design System Foundations
Established a design system to standardize mobility components, creating a scalable foundation that ensures visual consistency and eliminates design fragmentation.
Iterative Development
Leveraged rapid prototyping and collaborative design sprints to refine core pathways, ensuring every iteration directly optimizes conversion and user performance.
Usability Validation
Deployed a multi-phase testing framework to validate the experience, merging qualitative feedback and quantitative metrics to simplify complex mobility workflows.
