Mirokaï
Enchanted Tools

Mirokaï

Mirokaï robots from Enchanted Tools combine advanced AI, imaginative design, and innovative movement to create user-friendly robots that are as functional as they are engaging.

Description

Mirokaï, developed by French robotics company Enchanted Tools founded in 2021 by Jérôme Monceaux (creator of Nao and Pepper at Aldebaran Robotics) and Samuel Benveniste, represents a paradigm shift in social humanoid robotics. With over €17 million in seed funding—the largest for French robotics—and a team exceeding 100 engineers in Paris, the company aims to deploy 100,000 units globally within a decade, targeting healthcare, hospitality, events, and education. Mirokaï's architecture uniquely combines a non-legged ball-bot base with a humanoid torso, enabling omnidirectional mobility without the complexity of bipedal locomotion. The rolling globe system, actuated by omnidirectional wheels tested for 5,000 km durability, provides 3 DoF at the base, achieving speeds up to 3.2 km/h while maintaining stability in dynamic human environments via VSLAM (Visual Simultaneous Localization and Mapping) with social awareness protocols. The upper body features 26 degrees of freedom overall: 3 DoF neck, 4 DoF per arm (shoulder, elbow), 3 DoF per wrist, 2 DoF per hand (with 8 fingers total), and 1 DoF per ear for expressive gestures. Compliant, torque-controlled arms use high-speed brushless motors (maxon drives) with high torque density (2x faster in ES model), enabling precise manipulation up to 1.5 kg payload. Hands incorporate Hall effect and contact sensors for AI-driven grasping, recently upgraded for reliability. Perception is robust: 2 RGBD cameras (1920x1080), 2 infrared, 9 time-of-flight (ToF), 6 ultrasonic sensors, 4 microphones, 8 torque sensors, 3 IMUs, and Bluetooth receiver, ensuring 360° coverage and GDPR-compliant face tracking. Compute relies on 2x NVIDIA Jetson NX modules (upgraded to state-of-the-art NVIDIA GPU in Explorer Suit), running a custom Linux OS for low-latency processing. AI architecture employs a multi-AI stack: agnostic multi-LLM integration for fluid, multilingual conversations with emotional prosody; advanced vision-language models (VLM) for context-aware semantic understanding; real-time speech recognition/synthesis; and agentic behaviors for autonomous task execution like logistics (tray carrying, mail delivery) without user training. The face, powered by Unity 3D animations, features a fully modeled 3D head with teeth, tongue, and ultra-smooth transitions (laugh, wink, grumpy), syncing emotions to arms for 'emotivation by design.' A developer API and simulator facilitate customization. Deployments highlight real-world viability: First commercial unit to ISIR/Sorbonne (July 2024) for HRI research; AP-HP Broca Hospital (France) for patient assistance; Institut du Cancer de Montpellier for pediatric oncology support; Oulu University (Finland) for care/rehab/education; 11 units in APREH assisted living; CES/Vivatech demos; Kanematsu Japan partnership (2025). Safety features include RING system, compliant actuators, and human-safe design (IP unspecified). Battery: Saft Li-ion packs for 4-8 hour shifts, 1-hour recharge. Priced ~$30k upfront + maintenance, Mirokaï transitions from prototype to B2B scale by 2026, emphasizing 'enchantment' via storytelling and emotional design to foster trust and adoption.

Key Features

Ball-Bot Mobility

Patented rolling globe base with omnidirectional wheels enables fluid, agile navigation at 3 km/h in crowded human spaces using VSLAM and social awareness.

Expressive Facial Animation

Unity-powered 3D face with teeth, tongue, and real-time emotions (laugh, wink, grumpy) synced to speech prosody and gestures for empathetic interactions.

Multi-AI Interaction Stack

Agnostic multi-LLM, VLM, real-time multilingual speech, and GDPR face tracking for natural conversations and context-aware responses.

Compliant Manipulation

Torque-controlled arms (2x faster in ES) and grasping hands handle 1.5 kg payloads with AI-driven precision for logistics tasks.

360° Perception Suite

RGBD, ToF, ultrasonic, IMUs, and mics provide comprehensive sensing for safe, autonomous operation in dynamic environments.

NVIDIA-Powered Compute

Dual Jetson NX (upgradable GPU) on custom Linux supports low-latency AI inference, simulation, and developer API integration.

Specifications

AvailabilityPrototype
NationalityFrench
Websitehttps://enchanted.tools/
Degrees Of Freedom, Overall26
Degrees Of Freedom, Hands2
Height [Cm]123
Manipulation Performance2
Navigation Performance2
Max Speed (Km/H)3
Strength [Kg]1.5
Weight [Kg]29
Runtime Pr Charge (Hours)4
Safe With HumansYes
Cpu/Gpu2
Ingress Protection
Camera Resolution1920×1080
ConnectivityWiFi 2.4/5 GHz
Operating SystemCustom Linux
Llm Integration
Latency Glass To Action
Motor Techbrushless
Gear Tech
Main Structural MaterialAluminium
Number Of Fingers8
Main MarketSocial environments
VerifiedNot verified
ManufacturerEnchanted Tools
Height123 cm
Width52.5 cm
Weight29 kg
Dof Overall26 (Neck:3, Arms:4x2, Wrists:3x2, Hands:2x2, Ears:1x2, Base:3)
Max Speed3.2 km/h
Payload Strength1.5 kg
Runtime4-8 hours
Charging Time1 hour
Sensors2x RGBD cameras (1920x1080), 2x IR cameras, 9x ToF, 6x ultrasonic, 4x mics, 8x torque sensors, Hall/contact hand sensors, 3x IMUs, Bluetooth receiver
Compute2x NVIDIA Jetson NX (upgradable to advanced NVIDIA GPU)
OsCustom Linux
Motors26 brushless (maxon drives), torque-controlled compliant actuators
MaterialsAluminum structure, plastic shell
BatterySaft Li-ion high-capacity packs
Ai StackMulti-LLM, VLM, real-time speech recog/synth, VSLAM

Curated Videos

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Frequently Asked Questions

What makes Mirokaï's mobility unique?

Unlike legged humanoids, Mirokaï uses a self-balancing ball-bot base with omnidirectional wheels for seamless 360° movement at 3 km/h. VSLAM navigation ensures safe traversal in human crowds, with 5,000 km durability tested for reliability in social settings.

What AI technologies power Mirokaï?

Multi-LLM for conversations, VLM for vision understanding, real-time speech with emotional prosody, and agentic AI for tasks. NVIDIA Jetson compute enables on-board processing, with GDPR-compliant face tracking for personalized interactions.

Is Mirokaï safe around humans?

Yes, featuring compliant torque-controlled actuators, RING safety system, 360° sensors (ToF, ultrasonic), and social-aware navigation. Designed for untrained users in hospitals and care facilities, it prioritizes ergonomics and predictability.

What are the battery specs and runtime?

Saft Li-ion packs provide 4-8 hours per charge (extendable shifts), with 1-hour fast recharge. High-capacity design supports continuous operation in deployments like healthcare without frequent interruptions.

What manipulation capabilities does it have?

26 DoF include 4 DoF arms, 3 DoF wrists, 2 DoF hands (8 fingers). AI grasping handles 1.5 kg, suitable for trays, mail, objects; ES model upgrades speed/torque for precision logistics.

Where has Mirokaï been deployed?

Real-world use includes ISIR/Sorbonne research, AP-HP Broca Hospital, Montpellier Cancer Institute (pediatric), Oulu University care lab, APREH assisted living (11 units), and events like CES 2025.

What is the hardware compute?

2x NVIDIA Jetson NX modules (state-of-the-art GPU in ES), custom Linux OS. Supports simulation, API for devs, low-latency inference for autonomy and HRI.

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