RSIP Vision

RSIP Vision is a pioneering software company specializing in artificial intelligence, deep learning, and computer vision for medical imaging applications. Established in 1987 with headquarters in Jerusalem, Israel, and offices in the US, the company boasts over 25 years of delivering cutting-edge R&D services to the high-tech industry. Their team of mathematicians, physicists, and software developers offers advanced algorithmic solutions and image processing applications across various medical fields including cardiology, orthopedics, gastroenterology, pulmonology, and more.

As a leading provider of custom computer vision and AI solutions for medical imaging and devices, RSIP Vision offers field-tested software, R&D services, and expertise in deep learning and image analysis across multiple medical specialties. Their services span the full product lifecycle from concept and prototyping to implementation and regulatory approval, ensuring innovative AI capabilities enhance medical products and procedures.

Highlights:

• Over 25 years of experience in AI and computer vision for medical imaging
• Expertise in multiple medical fields including cardiology, orthopedics, and surgical robotics
• Offers end-to-end development support from concept to regulatory approval
• Specializes in deep learning and neural network applications
• Works with various imaging modalities such as CT, MRI, ultrasound, and surgical video

Key Features:

• Custom AI Solutions tailored to specific medical imaging needs
• Multi-Modality Expertise across diverse imaging technologies
• End-to-End Development support
• Deep Learning Specialization
• Field-tested software and R&D services

Benefits:

• Enhanced accuracy and functionality of medical devices
• Efficient disease screening and surgical planning
• Improved visualization and measurements in robotic surgeries
• Support in regulatory approval processes
• Tailored solutions addressing unique medical challenges

Use Cases:

• Surgical Planning and Guidance through AI-powered segmentation and 3D reconstruction
• Automated Disease Screening using AI algorithms
• Robotic Surgery Assistance for improved visualization and measurements
• Medical Device Enhancement through AI integration
• End-to-End Support in medical imaging and AI projects