LEO360 Frequently Asked Questions (FAQ)
What is LEO360?
LEO360 is an AI-powered autonomous Digital Health robot that combines advanced medical devices, artificial intelligence, and real-time video consultations to provide patients with immediate access to healthcare professionals.
How does LEO360 work?
Patients begin by interacting with the robot through an AI-guided assessment. The system collects symptoms, medical history, and vital signs, then connects the patient with the most appropriate healthcare professional for a live consultation.
Does every consultation require a nurse?
No.
For many routine assessments such as:
- Blood Pressure
- Temperature
- Oxygen Saturation
- Heart & Lung Sounds
patients can complete the examination independently using AI guidance.
A nurse or medical assistant is only required when specialized diagnostic devices such as ultrasound, ECG, blood collection, or other clinician-assisted procedures are used.
Can patients use LEO360 by themselves?
Yes.
LEO360 provides step-by-step voice and visual instructions that guide patients through each examination safely and independently for supported medical devices.
How quickly can a patient see a doctor?
Once the clinical assessment is complete, the appropriate physician can join the consultation within seconds through the secure Leo360 platform.
How does LEO360 know which doctor is needed?
The AI evaluates the patient’s symptoms together with diagnostic information and routes the consultation to the most appropriate medical specialty, such as cardiology, neurology, gastroenterology, family medicine, or internal medicine.
Where do the doctors come from?
LEO360 supports multiple operating models.
Healthcare organizations can use their own physicians, or LEO360 can integrate with partner telemedicine providers to deliver a complete clinical service.
Can hospitals use their own medical staff?
Absolutely.
Hospitals, healthcare systems, employers, and concierge practices can all connect their existing physicians directly to the LEO360.
What types of organizations can use LEO360?
LEO360 is designed for:
- Hospitals
- Urgent Care Centers
- Primary Care Clinics
- Rural Health Clinics
- Employers
- Manufacturing Facilities
- Residential Communities
- Airports
- Universities
- Government Organizations
- Military Facilities
- Senior Care Living
- Home Cares
- Rehab centers
What medical examinations can LEO360 perform?
Depending on the selected configuration, LEO360 supports more than 90 clinical measurements using integrated medical devices such as
- Physician-Controlled Camera Module
- Digital Blood Pressure Module
- Digital Pulse Oximeter Module
- Digital Thermometer Module
- Digital Weight Scale Module
- Digital Stethoscope Modul
- Digital Glucometer Module
- Digital 12 Lead EKG Module
- Digital Spirometry Module
- Digital Otoscope Module
- Digital Dermatologic Module
- Digital Blood Analysis Module
- Digital Ultrasound Module
The available examinations depend on the customer’s chosen clinical parameters package.
Can specialists examine patients remotely?
Yes.
Specialists can remotely perform live examinations using connected diagnostic devices including digital stethoscopes, ECG, ultrasound, otoscopes, dermatoscopes, spirometry and other supported equipment.
Is LEO360 simply another telemedicine platform?
No.
Unlike traditional telemedicine that relies primarily on video consultations, LEO360 combines AI, connected diagnostic devices, live clinical examinations, and autonomous patient guidance in a single platform.
Can LEO360 detect medical emergencies?
LEO360 is not for emergencies; however, LEO360 assists clinicians by collecting clinical information and enabling remote examinations.
Healthcare professionals use this information to determine whether emergency treatment or hospital transfer is required.
Can LEO360 replace emergency departments?
No.
LEO360 helps identify patients who require urgent care earlier and facilitates faster access to healthcare professionals, but it is not intended to replace emergency departments.
Does LEO360 have competitors?
LEO360 is the unique Robot and combines AI, autonomous workflows, telemedicine, and multiple integrated diagnostic devices into a single platform.
Its feature set is designed to provide a comprehensive virtual clinical experience.
How many LEO360 robots are currently deployed?
LEO360 has been deployed in government healthcare projects, Ai Screening programs, and commercial implementations including Abu Dhabi and the United Kingdom. We are expanding in USA now.
Can employers install LEO360 in the workplace?
Yes.
LEO360 enables employees to access healthcare services directly from the workplace, reducing unnecessary travel and improving access to timely medical care.
Can LEO360 operate 24/7?
Yes.
Availability depends on the selected clinical service model and physician network supporting each deployment.
Who is responsible for providing doctors?
This depends on the implementation model.
Organizations may use their own clinicians or contract a managed physician network as part of the service.
Is patient data secure?
Yes.
LEO360 is designed to support healthcare privacy requirements including HIPAA and GDPR, while providing secure communication between patients, clinicians, and authorized participants.
Can family members join the consultation?
Yes.
With patient consent, authorized family members or additional healthcare professionals can securely join the live consultation.
Can LEO360 be installed anywhere?
Yes.
The LEO360 can be deployed in hospitals, workplaces, residential communities, government facilities, rural clinics, and many other environments.
What support is included?
LEO360 includes hardware warranty, software updates, technical support, and ongoing platform maintenance according to the selected service agreement.
Why is LEO360 different?
LEO360 brings together:
- AI Clinical Assessment
- Autonomous Patient Guidance
- Remote Diagnostic Examinations
- Live Physician Consultations
- Connected Medical Devices
- Secure Healthcare Platform
- Flexible Clinical Service Models
all within one integrated healthcare ecosystem.