Data points and business needs informed the development of user flows and solution explorations of this product. This process yielded a system that simplifies operational performance monitoring and centralizes maintenance planning for fleet businesses, improving efficiency.
Connected Fleet
Automatic fleet data ingestion for operational monitoring
As IoT technologies permeate every sector, fleet management is undergoing a transformative shift. The traditional model, characterized by disconnected systems and manual data entry, is being replaced by a data-centric approach. By equipping vehicles with OBD (On-Board Diagnostics) devices, businesses can achieve continuous, automated data collection. This real-time visibility into vehicle performance allows for immediate problem detection, proactive maintenance, and optimized fleet operations, moving away from reactive, time-consuming management practices.
Link to project
Data from diverse sources, including OBD systems, driver rosters, and maintenance vendors, were consolidated into a unified platform. This integration enables comprehensive day-to-day fleet management within a single application, facilitating tasks such as real-time activity monitoring, driver scheduling, and vehicle maintenance.
The data is presented in an intuitive format, strategically designed for easy comparison and actionable insights. Users receive timely notifications of changes, and visual aids like charts, diagrams, and maps enhance task completion.
Strategic design decisions, such as fine-tuning map contrast for optimal data visualization, were crucial. Interaction patterns, designed with scalability and consistency in mind, were crafted based on detailed use case analysis. The resulting visuals and patterns were then tested and engineered for reusability, contributing to and strengthening Ericsson's design system.
Role
Product Designer
Client
Ericsson
Other contributors
Product Owners, Product Designer, Developer
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Data Exploration Tool