AURRA BOT – service robot for Hospitals
Products
AURRA BOT: Smart AI-powered service robot for Hospitals
About AURRA BOT – Hospital AI Assistant
AURRA BOT is an AI-powered service robot assistant—a revolutionary solution that supports doctors, nurses, and staff while transforming how hospitals operate, engage, and care for patients.
- From assisting hospital administration and guiding patients to enhancing safety and streamlining management, AURRA BOT is engineered to make healthcare smarter, safer, and more interactive.
- By blending intelligent vision, natural conversation, and autonomous navigation, this advanced assistant brings futuristic capabilities directly into hospitals and healthcare environments.
- Smart. Safe. Patient-Centered. Empowering the next generation of hospitals with technology that truly understands, supports, and adapts to their needs.
Robot Features
Key Features:
- 🧠 20+ TOPS real-time AI processing at the edge – Enables high-performance AI computations directly on the robot without relying on the cloud.
- 🗣️ Conversational Intelligence – Allows natural, human-like voice interaction with patients and staff.
- 👁️ AI Vision Suite – Provides advanced computer vision for object detection, recognition, and monitoring.
- 📚 Integration with Hospital Information System – Seamlessly connects with patient records, schedules, and hospital databases.
- 🚀 Autonomous AI Agents – Executes complex tasks independently through intelligent decision-making.
- 🌐 Connectivity & Privacy – Ensures secure data exchange while protecting sensitive medical information.
- 🤖 Autonomous Navigation – Safely navigates hospital environments, avoiding obstacles and reaching destinations efficiently.
Key Benefits:
- 🧾 Patient Reception & Registration – Automates check-ins and reduces manual paperwork.
- 📅 Appointment Handling – Schedules, manages, and updates patient appointments seamlessly.
- 🧭 Navigation & Wayfinding – Guides patients and visitors to their destinations within the hospital.
- ⏳ Queue Management – Optimizes waiting times and keeps patients informed of their turn.
- 🩺 Triage Support (Basic Pre-Screening) – Provides preliminary symptom checks before consultation.
- 🖥️Information Desk – Answers common queries and offers real-time hospital information.
- 🪪🧾Visitor Management – Tracks, registers, and monitors visitors for safety and efficiency.
- 📝 Feedback Collection – Gathers patient and visitor feedback instantly for service improvement.
- 🚨 Emergency Protocol Support – Activates alerts and guides people during critical situations.
Robot Technical Capabilities
AI Vision Suite
- Facial Recognition – Identifies patients, staff, and visitors for security and personalization.
- Patient Attention Monitoring – Detects focus, drowsiness, or distress to alert hospital staff.
- Object Detection – Monitors medical supplies, ICU activity, and safety hazards.
High-Performance AI Processing
- Over 20+ TOPS real-time AI processing at the edge for ultra-fast, local decision-making.
Massive Storage
- Up to 8TB capacity for datasets, on-device LLMs, classroom analytics, and high-definition video storage.
Approachable form
- Provides an engaging and friendly interface for better patient interaction.
Conversational Intelligence
- Local LLMs (LLaMA/Mistral) – Enables private, real-time voice interactions without internet dependency.
- Natural Voice Conversations – Multilingual speech recognition & human-like text-to-speech.
- Emotion-Sensitive Dialogue – Adapts responses empathetically based on patient tone and context.
AI & Model Deployment
- Deploy Custom LLMs and AI Vision Models concurrently for flexible hospital workflows.
Multi-Agentic AI Support
- Supports multiple autonomous AI agent use cases for smart task handling.
High-Speed Connectivity
- Wi-Fi 6 and 4G/5G for seamless network integration.
Where Our Robot Helps
Hospital Management Our robot enhances hospital management by improving patient monitoring, staff support, and operational efficiency through AI-driven automation.
| Function Area | Current Gaps | Robot Capabilities |
|---|---|---|
| Patient Reception | Manual reception staff can be overburdened during peak hours | Greets patients automatically, collects purpose of visit, and starts triage or check-in |
| Appointment Handling | Patients wait in line just to confirm or reschedule appointments | Checks, books, or cancels appointments using patient name/phone with HIS integration |
| Walk-in Registration | Manual data entry causes long queues and errors | Automatically collects patient details (name, age, contact, complaint) via touch/speech |
| Queue Management | Paper-based or unclear token systems, lack of visibility | Generates digital tokens, updates patient on queue status and estimated wait time |
| Department Navigation | Visitors and patients get lost or require constant guidance | Provides voice + screen directions, maps, and assistance to reach departments |
| Triage & Pre-Screening | Nurses spend time on basic filtering of minor issues | Asks preliminary symptom questions and routes patient appropriately |
| Visitor Management | No automation for pass generation; inconsistent tracking | Registers visitors, checks visiting hours, issues digital pass, and notifies wards |
| Information Desk | Front desk burdened by repetitive FAQs | Answers hospital-related FAQs: timings, insurance, facilities, doctor availability |
| Feedback Collection | Low response rate for feedback forms | Collects real-time feedback via rating or voice questions after the visit |
| Emergency Support | Delays in reacting to unattended emergencies | Detects emergency keywords/behaviors, alerts staff, and provides calming prompts |
Why Choose Our AI-powered service robot?
Provides a seamless, guided interface that simplifies registration, appointment booking, and navigation, ensuring a smooth hospital entry experience.
Robot Specifications
- Model: Interactive School Robot Module - SRM-106
- Material: Environmentally friendly ABS material
- Weight: 45 kg
- Screen Size: >10 inches
- Speed: 0 - 1.2 m/s
- Positioning Accuracy: ±50 mm
- Battery Capacity: 18 Ah
- Charging Time: 3 - 4 hours
- Endurance Time: ≥10 hours
- Navigation Method: Laser autonomous navigation
Meeting people who did not book an appointment
Front-of-house behaviour, photographed in public settings. This photograph shows EDUBOT and the shared edge-AI platform, not an AURRA-badged unit. AURRA BOT runs the same platform; photography of AURRA itself is not yet available.
