PathAI
Advancing Precision Medicine with AI-Powered Pathology
Kaliber combines Agentic AI and Physical AI to empower surgical teams with real-time decision support, robotic assistance, and 3D surgical navigation. Experience the future of intelligent surgical care.
Kaliber is redefining surgical care through cutting-edge AI that senses, plans, and acts in real time. By blending intelligent software with robotics, Kaliber supports surgical teams with decision-making, visualization, and hands-on assistance in the operating room.
With both Agentic AI and Physical AI, Kaliber enables technology to think and act like an experienced surgical partner. From preoperative planning to post-operative documentation, every phase of surgery is enhanced through automation and data-driven insights.
Kaliber’s Agentic AI uses multimodal large language models (LLMs) and vision models (VLMs) to:
With 3D visualization tools like surgical GPS, surgeons gain deeper insight into procedures and can navigate complex anatomy with clarity.
Kaliber's Physical AI powers robotic systems that:
These robots are not replacements—they’re intelligent collaborators in the OR.
Kaliber combines software, AI models, robotics, and applications into a single cohesive solution. This integration ensures smooth deployment and scalable performance across operating rooms.
Kaliber trains its AI on one of the largest surgical video datasets available. This domain-specific training ensures its systems deliver context-aware, accurate assistance in real clinical settings.
Kaliber’s platform is backed by over 65 leading surgeons and has been tested in real surgical environments. The result is technology that meets the expectations of medical professionals and delivers measurable outcomes.
Kaliber designs and trains its own AI models for surgical use cases. Tailored LLMs and VLMs are optimized for safety, accuracy, and responsiveness in mission-critical tasks.
Kapitan is Kaliber's flagship AI platform designed for surgical teams. It supports:
Kapitan blends AI decision-making with robotic execution to transform patient outcomes and clinician efficiency.