The operating room is where information becomes action. Neurospace XR OR Space brings patient-specific imaging, surgical planning, collaboration, and procedural context into the surgeon’s working environment through Mixed Reality and spatial computing—without separating clinical judgment from the person making the decision.
Modern neurosurgery can depend on information distributed across planning workstations, PACS viewers, neuronavigation displays, functional data, procedural notes, and remote expertise. XR OR Space is designed to reduce that fragmentation by placing selected context where it is needed, while preserving existing monitors, navigation systems, and standard clinical workflow.
When relevant information is separated across multiple displays, the surgeon may repeatedly shift visual attention away from the operative field. Mixed Reality creates another way to access context without pretending the physical room disappears.
Imaging, tractography, targets, trajectories, and planning data are most useful when their relationship to patient-specific anatomy remains clear. XR OR Space carries the plan forward as spatially organized clinical context.
Complex cases may benefit from expertise located elsewhere. Through Neurospace Teleportal, shared case views, annotations, and procedural guidance can become part of a connected clinical workspace rather than a generic video call.
XR OR Space is not a separate visualization demo. It is the operating-room expression of the Neurospace case—designed to carry selected planning intelligence forward into the intraoperative environment.
Multimodal data can be organized into a patient-specific plan so the intraoperative view begins with clinical intent rather than disconnected images.
Where compatible integration exists, Neurospace can reference existing navigation and registration workflows so Mixed Reality remains connected to the clinical coordinate system instead of acting as a free-floating visual.
Anatomy, targets, trajectories, and selected procedural information can be surfaced as restrained Mixed Reality layers. The goal is readable context—not a wall of holographic UI.
Teleportal can connect the surgical workspace to remote specialists, planning teams, and authorized observers so shared annotations and discussion remain anchored to the same patient-specific case.
Neurospace Mixed Reality is designed as a clinician-specific visual layer. It does not rely on magical holograms floating openly in the room. Physical displays remain physical; spatial overlays appear through the Mixed Reality view and can be shared separately when collaboration requires it.
XR OR Space can organize several categories of patient-specific information into one spatial workflow. Each layer remains traceable to the underlying case data and should be displayed according to the needs of the procedure.
Patient-specific structures derived from MRI and CT, including segmented anatomy and surgical regions of interest.
fMRI, DTI, tractography, and other functional information can be carried into the spatial case when clinically relevant.
Planned approaches, targets, corridors, and reference geometry can remain visible as controlled procedural context.
When integrated with compatible systems, the XR layer can reference existing registration and neuronavigation workflows rather than replacing them.
Selected notes, checkpoints, imaging views, and case-specific information can be surfaced without turning the field into a generic dashboard.
XR OR Space can surface AI-assisted planning information, pattern recognition, multimodal synthesis, simulation, and proximity context—but the system is designed to support the surgeon’s judgment, not substitute for it.
Technology does not replace expertise. It allows expertise to see further.
Help organize imaging, structures, targets, and case-specific planning information before it reaches the operating room.
Support the selection of clinically relevant information so the spatial view remains focused on the current task.
Display planning-derived relationships between trajectories and structures of interest as decision-support context where appropriate.
Use the patient-specific case for procedural rehearsal, teaching, review, and recorded visual briefings without claiming autonomous execution.
Through Neurospace Teleportal, XR OR can extend a shared patient-specific case to remote specialists, planning teams, trainees, and partner institutions. The objective is shared clinical presence around the same spatial information—not another video-conference window.
XR OR Space should extend existing clinical infrastructure, not require a hospital to discard it. The platform is designed around common imaging and planning standards, patient-specific data, and integration points with established surgical technologies.
Mixed Reality becomes valuable when it is the visible end of a connected workflow—not an isolated headset application.
Bring multimodal imaging and patient-specific planning information into a unified Neurospace case through standards-based workflows where supported.
Coordinate XR workflows with compatible navigation, planning, and hospital systems instead of presenting Mixed Reality as a replacement for validated tools.
Make selected spatial information available to the headset wearer while preserving conventional displays and established intraoperative workflows.
Support remote consultation, collaborative planning, observation, annotation, and education from the same patient-specific workspace.
The exact XR workflow should be configured around the procedure, available integrations, and institutional practice. These examples illustrate where patient-specific spatial context can be useful without implying autonomous surgical control.
Bring selected patient-specific structures and planning geometry into the surgical view to support orientation around the planned approach.
Extend functional–anatomical planning into an immersive workspace for preoperative rehearsal, case discussion, and compatible intraoperative reference.
Use recorded or live spatial sessions to help trainees understand anatomy, planning logic, procedural sequence, and the relationship between imaging and the operative field.
XR OR Space keeps the physical and digital layers logically separated. Select a viewpoint below to see what each participant should actually experience.
The operating room remains a real clinical environment. Staff without Mixed Reality hardware see the patient, instruments, equipment, and physical displays—not floating anatomy projected into the room.
Through Microsoft HoloLens 2 or another appropriate Mixed Reality device, the clinician can access selected patient-specific anatomy, trajectories, targets, and procedural context spatially within the working environment.
An authorized remote specialist can participate through a shared digital case, receive selected operative or spatial views, discuss the plan, and contribute annotations or guidance according to the connected workflow.
XR OR connects patient-specific planning, spatial visualization, collaboration, and education inside one clinically grounded Mixed Reality environment—built to extend the surgeon’s view, not replace the surgeon’s judgment.