Awaken & Deploy
Follow human growth patterns. Zero-code robot configuration and professional training.
Awaken
Complete initial setup, environment checks, and baseline behavior calibration.
Embodiment
Connect robot hardware, sensors, and runtime so capabilities map to the physical body.
Professions
Import knowledge and train role-specific skills for your real business scenarios.
Import Knowledge Base
General Knowledge
Covering literature, art, science, and more
Enterprise Knowledge
Import internal documents, product manuals, etc.
Multi-source Fusion
Integrate databases and external data sources
Scenario-based Training
Professional Skill Training
Train skills for specific job requirements
Interaction Optimization
Improve reception etiquette and communication fluency
Personalized Responses
Customize replies for specific scenarios
Operations
Launch to production with monitoring, diagnostics, and continuous optimization loops.
Prompt Engineering
Track model input/output and decisions
Dialogue Quality Analysis
Replay conversations, locate issues
Hardware Monitoring
Monitor CPU, memory, and performance
Self-Diagnostics
Auto-detect and attempt to fix anomalies
Performance Metrics
Collect KPIs, visualize insights
User Interaction Evaluation
Assess interaction fluency and satisfaction
Build Embodied Agents the Agentic Way
Configure your robot by talking to it — just like onboarding a new team member. Natural conversation replaces complex configuration.
"We believe robots should be programmed the same way humans learn — through conversation, demonstration, and experience. No code. No config files. Just talk."
LLM Brain
Powered by frontier language models that understand context, reason about tasks, and generate intelligent responses
Autonomous Agent
Self-directed agent loop that perceives, plans, acts, and reflects — continuously improving through interaction
Tool Calling
Invoke real-world actions — control motors, read sensors, query databases, call APIs — all through natural language
MCP Protocol
Open Model Context Protocol connects LLMs to external tools and data sources with a standardized interface
Skill Library
Composable skills that can be taught, shared, and chained — from greeting visitors to navigating complex environments
Persistent Memory
Remember faces, preferences, past conversations, and learned behaviors — building genuine long-term relationships
Stardust 5.0
The embodied intelligence brain model built for humanoid robots
Personalized Character
Stardust 5.0 provides flexible personality APIs, letting developers easily configure emotional traits and language styles, making each robot a unique digital being.
Atomic-level Perception Sync
Ensures precise synchronization of language output with body movements and native expressions for human-level interaction.
Full Audio-Visual Perception
Fuses visual, audio, and tactile perception inputs to build complete spatial memory for the brain.
Millisecond Neural Reflex
With edge computing, robots process intent and respond instantly, like human neural reflexes.
Native Professional Skill Ecosystem
Natively supports skill mounting and dynamic orchestration, with autonomous API calls and training manual retrieval.
Seamless Top-tier Model Access
Native integration with major domestic and international LLMs, providing powerful backing.
Multi-model Architecture
Intelligent Routing & Selection
Smart model selection based on task type, cost, and performance for seamless multi-model switching.
Scene-optimized Deep Tuning
Customized model strategies for different robot scenarios, maximizing effectiveness in specific environments.
Innovative Architecture
Unique adaptation layer and orchestration engine supporting parallel multi-model operation with unified API.
Business Flexibility & Security
Avoid vendor lock-in, protect enterprise data privacy with robust security mechanisms.
Read Human Emotions
From identity recognition to emotional understanding, building warm interactions
Face Recognition & Tracking
Real-time detection and tracking of every person in multi-person scenarios, continuously following the target speaker, intelligently switching focus when surrounded.
VIP Recognition & Management
Pre-register important persons for automatic recognition and differentiated service.
Emotion Recognition
Determine user emotional state through facial expressions, voice prosody, and body language.
Perceive Environment → Read Emotions → Personality-driven Expression
Use computer vision and sensors to detect people, objects, and spatial layout in the surroundings
Analyze facial expressions, voice prosody, and body language to understand emotional states
Generate personality-driven responses with coordinated facial expressions, tone, and gestures
Vision + sensor fusion
Multi-modal emotion recognition
Personality-driven expression
Automatically identifies the questioner when surrounded, prioritizes VIP or nearest person, avoiding awkward mismatches.
Recognizes user emotions and adjusts interaction: slows down when anxious, responds cheerfully when happy.
Converse Like a Human
Full-pipeline audio processing from noisy environments to natural conversation
Human-level Listening
Natural gaze, attentive listening, and seamless interruption — just like human conversation
Track face position and turn to face the user
Directional pickup filters ambient noise
Works in malls, showrooms, and more
Low-latency speech start detection
Full-duplex, interrupt anytime
Full-Duplex Conversation
Simultaneous two-way transmission, speak and listen at the same time — as natural as human conversation.
Complex Environment Adaptation
Stable recognition in noisy scenarios like malls, showrooms, and offices.
Wake-word-free Interaction
No need for "Hey Robot" — direct conversation. Uses vision and distance to determine if someone is speaking to the robot.
WebSocket Real-time Protocol
Bidirectional WebSocket communication, compatible with OpenAI Realtime API protocol.
Multi-modal Input Support
Simultaneously processes voice, text, image, and other multi-modal inputs for comprehensive user intent understanding.
Emotion Engine
The emotion engine not only perceives user emotional states, but also intelligently decides what emotions the robot should express, achieving natural emotional interaction through coordinated facial expressions, voice tone, and body movements.
Multi-modal Emotion Recognition
Fuses voice prosody, facial expressions, and body language to accurately determine user emotional states
Emotion Expression Decision
Based on context and user emotions, intelligently decides what emotion the robot should display (happy, sympathetic, serious, etc.)
Multi-dimensional Expression
Naturally expresses robot emotions through coordinated facial expressions, voice tone, and body movements
Hardware Ecosystem: Multi-platform Compatible
Deeply optimized edge computing, verified on top humanoid robot platforms
Edge Intelligence: Powerful Local Processing
ASR
Local speech-to-text, automatic speech recognition
VAD
Intelligent voice endpoint detection, optimized interaction
Noise Reduction
Real-time audio noise reduction, improved voice quality
YOLO
Real-time visual recognition, object detection
Custom Models
Flexible customization for scenario needs
Real-time Response
Local real-time processing, faster response
Reduced Network Traffic
Lower bandwidth dependency, optimized data transfer
Privacy Protection
Sensitive data processed locally, enhanced security
Platform Compatibility
NVIDIA Jetson
Raspberry Pi
ESP32
Android Board
RTK
Verified Robot Platforms
Fourier GR-1
General-purpose humanoid platform for embodied interaction scenarios
Fourier GR-2
Next-generation humanoid robot with stronger mobility and operation capability
Fourier GR-3
Advanced humanoid robot platform for complex service tasks
Unitree G1
Agile humanoid robot for education, research, and service deployment
Realman
Lightweight humanoid robot designed for service scenarios, agile and efficient
Unitree Go2
Intelligent quadruped robot for patrol and autonomous mobility
FIGUROBOT
Intelligent wheeled service robot for indoor delivery and guidance
Ticar
Autonomous mobile chassis platform supporting secondary development and scenario customization
Desktop Robot
Compact desktop interactive terminal supporting voice, touch, and expression multimodal interaction
Supported Robot Types
Ticos uses modular architecture to support all robot platforms. Import via URDF/MJCF to quickly adapt your hardware.
Humanoid Robot
humanoidBipedal walking humanoid robots with highly human-like motion and interaction capabilities
Typical models:
G1, GR-1, GR-2, Atlas, H1
Quadruped Robot
quadrupedStable and agile four-legged platforms for complex terrain exploration and inspection
Typical models:
Go1, A1, Spot, CyberDog
Wheeled Robot
wheeledEfficient wheeled mobile robots, widely used in logistics and service scenarios
Typical models:
TurtleBot, MiR, AGV
Robotic Arm
armHigh-precision industrial/collaborative arms for assembly and fine manipulation
Typical models:
UR5, Franka, Panda
Desktop Robot
desktopCompact desktop devices for human-machine interaction and office assistance
Typical models:
Desktop robots, Interactive terminals
Drone
droneAerial robot platforms supporting aerial photography, inspection, and logistics
Typical models:
Multi-rotor drones, VTOL UAVs
Other Types
otherSupport custom robot types, flexibly adapting to special needs
Typical models:
Heterogeneous robots, Custom platforms
Born in the Cloud
No servers to manage, no infrastructure to maintain. Just connect your robot and start building.
Zero Investment
No upfront hardware or infrastructure costs. Pay only for what you use, scale as you grow.
Instant Onboard
Connect your robot in minutes. Cloud-hosted brain means no local setup, no dependencies, no complexity.
Low Latency
Edge-cloud hybrid architecture ensures real-time responsiveness while leveraging cloud computing power.
Continuous Learning
Every interaction enriches the knowledge base. Your robots get smarter over time through accumulated experience.
Fleet Management
Manage hundreds of robots from one dashboard. Push updates, monitor status, and deploy new skills across your entire fleet instantly.
Use Cases
Deep vertical expertise, creating benchmark cases
Exhibition & Guided Tours
Museums · Showrooms · Experience CentersExplain exhibits, answer follow-ups, guide to locations; stable interaction even with crowds
Business Reception
Hotels · Banks · Service Halls
Welcome check-in, queue guidance, business consultation; differentiated VIP greetings
Education & Training
Science Ed · Study Tours · Corporate Training
Classroom assistant and Q&A; remembers learning pace and interests
Health & Companionship
Nursing Homes · Rehab Centers · Home CareEmotion recognition and comfort; medication and schedule reminders, emergency tool integration
Frequently Asked Questions
Quick answers for deployment, pricing, hardware, and security.
How long does deployment usually take? +
Most teams can complete a pilot in days and move to production in weeks, depending on hardware and integration scope.
What robot platforms are supported? +
Ticos supports mainstream humanoid and service robot platforms, including Fourier and Unitree models shown on this page.
How is pricing structured? +
Pricing is tiered by deployment stage and scale. Contact sales for pilot, growth, and enterprise plans.
How do you handle data security and privacy? +
Ticos supports cloud orchestration with local real-time execution controls and enterprise-grade security practices for production environments.