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Ronovo Surgical Tech Stack
Surgical robotics platform with modular laparoscopic systems and AI-enhanced imaging
Ronovo Surgical develops the Carina Platform, a modular robotic surgery system built on ROS, C++, and real-time kernels (QNX, VxWorks), paired with computer-vision pipelines (OpenCV, TensorFlow, PyTorch). The engineering-heavy org (35 of 60 core hires) is focused on surgical robot control algorithms, system architecture optimization, and performance testing—typical for hardware companies in clinical validation phases. Pain-point clustering around inspection standardization, safety compliance, and cost control suggests they're scaling manufacturing maturity while navigating medical device regulatory pathways.
Tech Stack 53 technologies
Core StackC++ Python MATLAB Solidworks Linux NumPy Jira TensorFlow PyTorch Adobe Illustrator Adobe InDesign SolidWorks ROS LabVIEW C/C++ QNX VxWorks ROS 2 ZeroMQ OpenCV FPGA EtherCAT CAN Productboard SQL MXNet Minitab MuJoCo Isaac Sim PyBullet+23 more
What Ronovo Surgical Is Building
◆Challenges
- Managing capa processes
- Inspection process standardization
- Performance bottlenecks
- Cost control
- Inspection efficiency improvement
- Ensuring safety compliance for medical devices
- Increasing surgical volume
- Performance testing improvement
- Global compliance
- Risk management in global operations
▲Active Projects
- Product development quality planning
- Academic conference organization
- Surgical robot system project
- Automation tooling design and implementation
- Surgical robot control system development and testing
- Robot control algorithm development for surgical robot platform
- Performance testing
- Inspection method development
- Translation and localization of ifu and labels
- System architecture optimization
Hiring Activity
65 roles · 10 in 30d
Department
Seniority
Company intelligence
