We designed an application with the purpose of tracking the movements of warehouse robots. This empowers users to monitor, troubleshoot, and manage robots within a warehouse environment. Users also have the capability to examine stock levels and navigate a 3D representation of the structure to identify any potential issues.
We performed user interviews to capture workflows for inspecting robots and manually assessing the warehouse. Subsequently, we designed and prototyped the app, testing its dynamics and usage patterns with end users. Once the design was set, we provided support to the development team through style guides and digital assets for production.
A prototype served as the foundation for user testing and guided development efforts. Collaborating closely with the development team, we successfully launched the project into the warehouse setting.
Central to this app is the 2D and 3D warehouse layout. Operators can select a robot from the map or a side list and issue commands directly on the screen, eliminating the need for operators to use a command line tool. This feature provides operators with a comprehensive view of each robot's location and the products they are transporting. As a result, it speeds up the process of assessing the "state of the warehouse."
A prototype served as the foundation for user testing and guided development efforts. Collaborating closely with the development team, we successfully launched the project into the warehouse setting.
Central to this app is the 2D and 3D warehouse layout. Operators can select a robot from the map or a side list and issue commands directly on the screen, eliminating the need for operators to use a command line tool. This feature provides operators with a comprehensive view of each robot's location and the products they are transporting. As a result, it speeds up the process of assessing the "state of the warehouse."
