Conversation and context
Connects natural interaction with the correct household, user, task, and robot context.
Product technology
Built as one coordinated home-robot platform.
NimnyBot brings mobility, conversation, perception, expressive interaction, robot-integrated learning, remote connection, diagnostics, and owner control together through clearly separated system layers.
Software platform
Coordinated by OlegOS.
NimnyBot is being designed to use OlegOS as its software orchestration and engineering layer. OlegOS connects conversation, perception, tasks, robot services, diagnostics, updates, and owner controls while keeping physical actions behind deterministic safety checks.
OlegOS integration · active engineeringSafe task coordination
Converts approved requests into bounded, traceable robot tasks rather than direct AI motor commands.
Updates and accountability
Supports health reporting, versioned releases, diagnostics, evidence, and controlled recovery.
Functional anatomy
Designed as one coordinated physical system.
This visualization shows how perception, communication, movement, power, and safety work together as one coordinated system.
Vision and depth
Front-facing cameras and depth sensing support people, object, and room awareness.
Voice and audio
Microphones and speakers support conversation, audible feedback, and clear interaction states.
Room mapping
LiDAR and range sensing support localization, mapping, and obstacle awareness in familiar spaces.
Expressive movement
Head, face, and arm gestures make attention and intent easier to understand.
Mobile base
A compact wheeled platform supports bounded movement between named indoor locations.
Power and safety
Low-mounted power, guarded motion, and independent stop behavior support controlled operation.
Exterior concept
One product, understood from every angle.
Front, side, and rear studies help establish a coherent physical presence: an expressive head, human-readable gestures, a stable central structure, and a compact mobile base designed for indoor environments.
Product systems
Distinct layers, designed to work together.
Mobility and mapping
Room-level navigation, named spaces, localization, obstacle avoidance, and owner-controlled movement through familiar indoor environments.
Voice and expression
Far-field listening, interruptible conversation, natural speech playback, and clear visual states for listening, thinking, speaking, notifications, charging, offline operation, and sleep.
Perception and home awareness
Camera and sensor input for navigation, supported object recognition, bounded visual questions, and owner-controlled remote check-ins.
Expressive embodiment
Two expressive arms, bounded head movement, and coordinated face and gesture states designed to make communication easier to understand.
Mobile connection
Live communication, robot status, named-room requests, tasks, routines, family controls, learning summaries, notifications, and robot care through the Mobile Companion.
Diagnostics and updates
Battery and system health, device state, fault history, component tests, software identity, controlled updates, and recovery.
Product principles
Control stays understandable.
Safety below AI
AI can propose an action, but deterministic robot services validate permissions, limits, readiness, and safety before anything moves.
Visible privacy
Camera, microphone, remote access, and monitoring states are designed to be clear and owner-controlled.
Local essentials
Stop, status, local conversation, navigation, robot-integrated Learning, and basic operator control are designed to remain available when cloud services are unavailable.
Modular and serviceable
Hardware modules, AI providers, and connected services are designed to remain replaceable behind stable interfaces.