HEXABOT

Mobile App

The Hexabot mobile interface revolutionises remote robotic management for teams working in extreme planetary environments. As humanity expands beyond Earth, these autonomous units have become essential for scientific exploration and resource gathering.

The application bridges advanced robotics with intuitive human controls, serving both scientific specialists and general personnel whilst ensuring reliable performance in the challenging conditions of extraterrestrial settlements.

THE CHALLENGE

The existing rudimentary interface for Hexabot management presented significant usability challenges. Lunar colonists needed a more sophisticated yet accessible system to control these vital machines whilst working in the demanding conditions of space exploration.

USER RESEARCH INSIGHTS

Primary user groups

Explorers & Researchers

Need efficient multitasking capabilities

Focus on mission-critical tasks

Require precise control and detailed monitoring

Families

Non-technical users

Need simple, intuitive interfaces

Focus on everyday tasks and basic monitoring

BRAINSTORM & IDEATION

Key Challenges

Complex operations in space

Managing intricate tasks in zero gravity

Diverse user expertise

Various technical knowledge levels

Time-critical task management

Efficient scheduling and execution

Environmental constraints

Adapting to space conditions

Solutions Explored

Voice-activated controls

Hands-free operation

Simplified task flow

Visual status indicators

Real-time monitoring

Visual status indicators

Clear visual hierarchy

Critical information priority

Design Priorities

Intuitive navigation

Easy-to-use interface

Task management

Optimized workflows

Status visualization

Quick system overview

Space accessibility

Suit-friendly operation

USER FLOW ARCHITECTURE

The Hexabot mobile application is structured with intuitive navigation pathways, designed to optimise the user experience whilst accounting for both technical and non-technical users. The architecture prioritises quick access to critical functions during lunar missions.

ADAPTIVE INTERFACE

The dual-theme system addresses the challenging lighting extremes experienced by lunar colonists. During the lunar day, with harsh direct sunlight, the light theme provides optimal contrast and readability. Conversely, during the lunar night, which can last up to 14 Earth days, the dark theme reduces eye strain and preserves night vision for astronauts.