Funding
Funding not disclosed
Founders
Product
Problem
Surgeons must perform complex procedures manually, which can lead to variability in precision, longer operation times, and increased physical workload, potentially affecting patient outcomes.
Solution
Aleph builds autonomous surgical robots that incorporate embodied artificial intelligence to operate directly within the operating room. The robots execute predefined surgical tasks with high precision and repeatability, reducing reliance on manual manipulation. By integrating AI-driven perception and control, the system can adapt to intraoperative conditions while maintaining consistent performance. Hospitals can deploy these robots to augment surgical teams, aiming to improve efficiency, reduce surgeon fatigue, and enhance overall patient safety.
Target Audience
Primary customers are hospitals and surgical centers seeking to incorporate advanced automation into their operating rooms to support surgeons and improve procedural outcomes.
Features
- Autonomous robotic arms capable of executing preprogrammed surgical maneuvers with sub-millimeter accuracy
- Embodied AI perception stack that interprets real-time visual and sensor data to guide instrument positioning
- Integrated safety protocols and fail‑safe mechanisms that allow immediate surgeon override
- Modular platform designed to support a range of procedures across multiple specialties
- Compatibility with existing operating‑room infrastructure and standard surgical instruments