Remedy Robotics
Remedy Robotics is dedicated to providing flawless, immediate endovascular care to patients anywhere in the world by developing remotely operable endovascular robots. Their mission is to make endovascular care accessible globally, starting with stroke treatment, through innovative surgical robotics and machine learning. The company collaborates with experienced clinicians and leading experts to solve high-impact medical problems and improve patient outcomes.
Industries
Nr. of Employees
small (1-50)
Remedy Robotics
San Francisco, California, United States, North America
Products
Remotely operable endovascular robotic system (for stroke treatment)
A robotic platform that enables remote performance of endovascular procedures with capabilities for teleoperation, machine-learning-assisted navigation, and hospital integration; initial application focus on ischemic stroke.
Remotely operable endovascular robotic system (for stroke treatment)
A robotic platform that enables remote performance of endovascular procedures with capabilities for teleoperation, machine-learning-assisted navigation, and hospital integration; initial application focus on ischemic stroke.
Services
Clinical deployment and hospital integration support
On-site integration of robotic systems into hospital environments and operational support for clinical use.
Deep learning model training and deployment for surgical guidance
Training and deploying deep neural network models on medical imaging data to support robotic understanding of anatomy and procedural guidance.
Regulatory and quality system development
Preparation of regulatory documentation, development of quality processes, and audit-readiness activities to support regulatory submissions.
Clinical deployment and hospital integration support
On-site integration of robotic systems into hospital environments and operational support for clinical use.
Deep learning model training and deployment for surgical guidance
Training and deploying deep neural network models on medical imaging data to support robotic understanding of anatomy and procedural guidance.
Regulatory and quality system development
Preparation of regulatory documentation, development of quality processes, and audit-readiness activities to support regulatory submissions.
Expertise Areas
- Endovascular surgical robotics
- Autonomous navigation for catheter-based procedures
- Medical imaging and AI for procedural guidance
- Preclinical and first-in-human clinical study execution
Key Technologies
- Remote surgical robotics / teleoperation
- Deep neural networks for medical imaging
- Autonomous navigation algorithms
- Endovascular catheter navigation techniques