ImmuNav serves as the computational orchestration engine within 33med Studio, purpose-built to accelerate autoimmune drug target discovery and therapeutic design.

Powered by Studio's multi-agent literature mining and autonomous biophysical simulation pipelines, ImmuNav translates complex immunological hypotheses into actionable in silico workflows. It orchestrates deep integrations with industry-standard tools including AlphaFold for de novo protein structure prediction, GROMACS for GPU-accelerated molecular dynamics simulations, and AutoDock Vina for ligand binding affinity evaluation.

By uniting literature consensus verification with biophysical validation in a single closed-loop engine, ImmuNav bridges the gap between scientific paper discovery and atomic-scale drug candidate validation.

Spine3D is an advanced clinical biomechanics simulator built for precision and performance. It enables detailed analysis and visualization of spinal kinematics and surgical interventions.

Powered by WebGL, it delivers high-fidelity rendering directly in the browser. Advanced features include Forward and Inverse Kinematics (FK/IK) for realistic movement modeling and robust collision detection to ensure anatomical accuracy during simulations.

Procedure3D transforms complex surgical and medical procedures into interactive, step-by-step visual guides. It bridges the gap between static textbooks and live operating rooms.

Designed for medical education, surgical planning, and patient consultation, Procedure3D allows users to explore anatomical structures and procedural steps in a fully interactive 3D environment, enhancing comprehension and retention.

Panoptix is our proprietary Swarm Orchestration Engine, designed to manage and deploy fleets of autonomous AI agents across distributed computing environments.

Whether it's conducting 24/7 literature reviews, managing complex data pipelines, or coordinating multi-agent simulations, Panoptix ensures efficient resource allocation, fault tolerance, and seamless scalability for our most demanding computational tasks.