Millie bot

autonomous ai robot

autonomous ai robot

Millie Bot

Millie Bot is an autonomous AI robot designed to bring intelligent assistance into physical environments. With a dynamic display face, natural voice interaction, real-time mapping, and autonomous navigation, Millie Bot can move through spaces and engage with people in a way that feels intuitive and approachable.

Equipped with spatial awareness and obstacle-aware navigation, Millie Bot understands spoken language, responds conversationally, and positions itself where support is needed. A connected tablet controller enables expanded controls, configuration, and multi-use deployment across education, healthcare, commercial, and home environments.

In addition to functional assistance, Millie Bot serves as an interactive educational platform, delivering lessons, guided activities, and AI-driven learning experiences. By combining mobility, intelligence, and embodied presence, Millie Bot transforms AI from a static interface into a scalable, real-world robotic product.

adaptable use case

various robot applications

Millie Bot is an autonomous AI robot built for real-world environments where intelligent assistance and physical presence matter. With natural voice interaction, a dynamic display face, real-time mapping, and autonomous navigation, Millie Bot moves through spaces and engages with people in a way that feels intuitive and human-centered.

Designed for multi-environment deployment, Millie Bot adapts across use cases. In cafés and retail settings, it can greet guests, answer questions, provide product information, and support customer experience. In medical and clinical environments, it can assist with information access, wayfinding, and general coordination support. In educational settings, it serves as an interactive learning companion, delivering lessons and AI-guided activities through both movement and voice.

A connected tablet controller enables configuration, oversight, and workflow customization across industries. By combining mobility, conversational AI, and embodied presence, Millie Bot represents a scalable robotic platform capable of operating wherever intelligent assistance is needed.

intelligent engineeering

Technical Specifications

Physical Dimensions

Height: 1524 mm
Base Footprint: 400 mm x 400 mm
Durable plastic composite exterior
Integrated cooling system with internal ventilation fans

Mobility System

Dual brushed DC drive motors
Front omni-directional wheels
Skid-steering drive configuration
Autonomous navigation capability
Real-time spatial mapping with integrated LiDAR
Forward-facing camera for perception and interaction

Power System

12V LiFePO₄ (Lithium Iron Phosphate) battery
Up to 8 hours of operational runtime
Integrated charging system with built-in power cord

Compute & Intelligence

Onboard Mini PC computer
Cloud AI integration
Autonomous task execution
Voice interaction and conversational AI

Interface & Controls

Integrated tablet display face
Connected tablet controller for configuration and oversight
Multiple USB ports for expansion and peripheral support

Core Capabilities

Autonomous indoor navigation
Voice-based interaction
Environmental awareness
Multi-environment deployment (retail, medical, education, hospitality)

mode selection dashboard

launching the robot

Millie Mini’s controller provides flexible launch options, allowing users to start the robot in Manual, Mapping, or Navigation modes depending on the task at hand.

In Manual Mode, users take direct control using the joystick interface. This is ideal for guided movement, demonstrations, repositioning, or situations where precise human control is preferred.

Mapping Mode allows the robot to explore an environment while building a spatial layout in real time. Users can guide the robot through spaces to establish accurate location data, creating the foundation for future autonomous movement and task automation.

Navigation Mode enables Millie Mini to move intelligently between saved locations using previously built maps. Once mapping is complete, users can launch autonomous movement with confidence, allowing the robot to travel efficiently while maintaining spatial awareness.

By offering multiple launch modes, Millie Mini adapts to different environments and operational needs. Whether establishing a new space, performing controlled movement, or executing autonomous tasks, the system provides structured flexibility at every stage of deployment.

manual navigation mode

controlling the robot

Millie Mini’s controller includes a built-in navigation system designed for precise manual mapping and guided movement. Using either the live camera feed or a developing map view, users can manually navigate the robot in real time while building an understanding of its environment.

Through the integrated joystick interface, users can drive the robot smoothly and intentionally, allowing them to map rooms, hallways, or larger spaces step by step. The live camera view provides immediate visual feedback, while the map mode offers a structured spatial layout that grows as the robot explores.

This system gives users full control during the mapping process, making setup intuitive and hands-on. Whether preparing a classroom, clinic, office, or home environment, the navigation tools are designed to be clear, responsive, and easy to operate.

Millie Mini’s manual navigation mode offers a practical bridge between human direction and autonomous intelligence, ensuring accurate environment understanding before automated movement begins.

task manager mode

programming the robot

Millie Mini’s Task Manager allows users to create structured, repeatable actions by combining saved locations, defined behaviors, and customized display options into organized task sequences.

Users can load previously mapped locations, assign specific actions at each point, and configure how information is presented on the screen during execution. This makes it easy to design workflows such as greeting at an entry point, moving to a designated station, displaying messages, initiating conversations, or triggering scheduled routines.

Once configured, these combinations can be saved as complete tasks, allowing them to be launched again instantly without rebuilding the sequence. This structure makes the system flexible for different environments, whether coordinating activity in a clinic, classroom, office, or home setting.

The Task Manager interface is accessible both on Millie Mini’s face display and through the handheld tablet controller. This dual access allows users to create, monitor, and launch tasks directly from the robot or remotely through the tablet, ensuring convenient control from wherever it is needed.

Millie Mini’s Task Manager transforms movement and interaction into organized, programmable routines, making advanced functionality approachable and easy to manage.

customer service mode

order from the robot

Millie Mini includes an integrated ticketing system designed to take customer orders through natural conversation. By speaking directly with customers, the robot can gather order details, confirm selections, ask clarifying questions, and organize the information into structured digital tickets in real time.

Instead of relying on manual entry or paper forms, customers simply talk. Millie Mini listens, processes the request, and generates a clear order summary that can be reviewed, confirmed, and sent to the appropriate workflow or team member. This makes the intake process efficient, consistent, and easy to manage.

Each ticket can include item selections, quantities, special instructions, location details, and priority information. The structured format ensures accuracy while reducing errors during busy service periods.

Beyond order intake, the same system can be used to collect customer feedback. Millie Mini can guide short feedback conversations and convert responses into organized reports, helping teams track satisfaction and improve service quality.

Accessible through both the robot’s face display and the handheld tablet controller, the ticketing system connects conversation directly to action — turning spoken interactions into organized digital records instantly.

system settings mode

customizing the robot

Millie Mini includes dedicated Business Profiles and Agent Profiles that define how the robot represents and operates within a specific environment.

The Business Profile establishes the identity and operational context of the deployment. This includes business name, service categories, operating hours, contact details, branding elements, and workflow preferences. By setting this foundation, Millie Mini understands the type of environment it is working within and can tailor its conversations, responses, and tasks accordingly.

Agent Profiles define the behavior and personality of the AI itself. These profiles control how the robot communicates, what tone it uses, what information it prioritizes, and how it handles interactions such as order intake, ticket creation, navigation assistance, or customer support. Different agent configurations can be created for different use cases, allowing the system to adapt between retail, medical, educational, or service-focused environments.

Together, the Business Profile and Agent Profiles create a structured identity layer for Millie Mini. This ensures that the robot is not just operating as a generic assistant, but as a tailored representative aligned with the specific goals and communication style of the organization it supports.

Request more information

Fill out the form below to learn more about Millie Bot.