NEURA CUBE

Empowering Clinicians Enhancing Intelligence
Who we are

Neuracube is a neuro-scale surgical intelligence platform

We transform real surgical data into AI-driven insights, simulation, and assistive guidance—empowering surgeons to learn faster, collaborate globally, and operate with greater confidence.

Our Value

Clinical-first, surgeon-led, precision-driven, continuously learning, globally accessible, and responsibly innovative.

Our Vision

To become the global intelligence layer for spine and neuro surgery, where surgical knowledge continuously learns, connects, and improves patient outcomes worldwide.

Our Mission

Transform real surgical experience into actionable intelligence—empowering surgeons with AI-driven insights, immersive simulation, and global collaboration across the entire surgical lifecycle.

Built with Surgeons . Designed for Safer Surgery.

What we offer

What Powers Neuracube

A Purpose-Built Network for Neuro Care Professionals

A secure, purpose-built professional network where Neuro surgeons connect, share cases, and learn from real-world experience. Neuracube enables global collaboration, peer learning, and knowledge exchange—beyond what generic social platforms can offer

AI-Powered Surgical Annotation & Insights

Neuracube uses AI to automatically identify surgical steps, anatomy, and critical structures within videos. These insights turn raw surgical footage into searchable, structured intelligence that supports learning, analysis, and safer decision-making.

Immersive VR/AR Surgical Simulation

Neuracube enables surgeons to rehearse procedures in immersive virtual and augmented environments using real surgical data. This hands-on simulation improves procedural confidence, shortens learning curves, and supports safer surgical execution.

AI Assistance During Surgery

Neuracube provides real-time, context-aware insights during surgery by highlighting anatomy, surgical steps, and potential risk zones. The system is purely assistive—supporting surgeon decision-making while keeping full control in human hands.

AR Physio & Neuro-Rehabilitation

Extends care beyond the operating room with augmented-reality–guided rehabilitation programs. Personalized, interactive exercises provide real-time feedback, helping patients recover safely while enabling clinicians to monitor progress remotely.

Live Surgery Conferencing

Neuracube enables secure, one-to-one and group live surgery sessions, allowing surgeons to observe, discuss, and learn procedures in real time. This bridges geographic gaps and brings expert insight directly into the operating workflow.

Experience the Future of Surgery with Neura Cube AI

A global surgeons’ community powered by AI, immersive 2D-to-3D intelligence, and real-time AR/VR surgical visualization.

Neura Cube AI brings together surgeons, innovators, and medical educators into a unified ecosystem.
We combine advanced AI-driven 2D-to-3D conversion, real-time 3D surgical streaming, and a collaborative professional network to transform how surgeries are performed, taught, and experienced.

From immersive laparoscopic vision to next-generation surgical training, Neura Cube AI enables precision, confidence, and continuous learning—before, during, and after surgery.

How it Works

From Surgical Video to Immersive Surgical Intelligence

Capture & Enhance Surgical Vision

Neura Cube ingests standard surgical and laparoscopic video feeds and applies proprietary AI models to generate depth-aware 3D views in real time—without changing existing surgical equipment.

Visualize in Real Time Using AR & VR

The enhanced 3D feed is streamed with ultra-low latency to AR/VR headsets or 3D displays, providing surgeons with an immersive, stereoscopic surgical field during live procedures.

Learn, Collaborate & Train

Surgical sessions can be recorded, reviewed, and shared within Neura Cube’s secure professional network. Surgeons engage through courses, discussion spaces, case libraries, and expert-led sessions.

Redefining Surgical Training and Practice with Immersive AI

Neura Cube AI bridges the gap between clinical practice, surgical education, and innovation.