Telesurgery
Remote surgical operation with ultra-low latency streaming, haptic feedback, and real-time robot control.
Overview
The telesurgery workflow enables surgeons to perform procedures remotely through high-fidelity video streaming and precise robotic control. This framework provides:
- Ultra-low latency video streaming with H.264/HEVC encoding
- Real-time bilateral control with haptic feedback
- Multi-camera surgical views with depth perception
- Secure DDS-based communication for patient safety
Supports both physical and simulated environments, enabling training, collaboration, and remote surgical care.
Key Features
Ultra-Low Latency
- End-to-end latency < 150ms
- Hardware-accelerated video encoding
- Optimized network protocols
- Predictive control algorithms
Safety & Reliability
- Redundant communication channels
- Automatic failover mechanisms
- Force limiting and workspace constraints
- Emergency stop capabilities
Clinical Integration
- HIPAA-compliant communication
- Audit logging and recording
- Integration with hospital systems
- Multi-user collaboration support
Get Started
Quick Start Guide
Set up your telesurgery environment for remote operation
What you'll learn:
- Configure patient and surgeon stations
- Set up network communication
- Run your first remote session
- Understand latency requirements
Extend with Your Own Assets
The telesurgery workflow integrates seamlessly with custom hardware and surgical scenarios:
- Bring Your Own Patient - Create patient-specific surgical scenarios
- Bring Your Own Robot - Integrate custom platforms
- MIRA Robot Teleoperation - Remote operation of MIRA surgical robot
- Replace Franka Hand with Ultrasound - Hardware modification guide
- Bring Your Own XR - Add mixed reality to enhance remote visualization