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MediVerse / Prototype focus

Follow the injury. Understand the person. Track the recovery.

MediVerse Orthopedics is the first prototype focus: an orthopedic case within a connected city and hospital environment. Its intended scope extends from trauma assessment and imaging to operative planning, ward care, prosthetics and rehabilitation. A fracture belongs to a person with comorbidities, relationships and a life beyond the hospital.

Initial hip-fracture prototype · broader complex scope planned

Discuss your use case Explore the complexes
Concept studyOrthopedic study · schematic, not clinical anatomy
Schematic pelvis, hip and femurs with the structure layer selected. The projection angle is 0 degrees.PELVIS / STRUCTUREHIP / JOINTFEMUR / LOAD PATHMSK-01 / CONCEPT STUDY0° PROJECTION
Orthopedic intelligence / Structure

See the structures beneath the surface.

Pelvis, hip joint and femur form an illustrative musculoskeletal study. The drawing is a visual explanation of the planned simulation layers.

Structure → injury → intervention → recovery

A lightweight SVG projection study. It is not a diagnostic image, anatomical reference, product capture or validated biomechanical model.

Complex scope

A specialty is an entire care ecosystem.

Injury, reconstruction and recovery connected through one patient's changing mobility and clinical history.

Conditions & pathology

  • Osteoarthritis
  • Osteoporosis
  • Osteomyelitis
  • Septic arthritis
  • Bone tumors
  • Degenerative spinal disease
  • Metabolic bone disease
  • Prosthetic joint infection
  • Open and closed fractures
  • Hip and femoral fractures
  • Pelvic trauma
  • Tibial and ankle fractures
  • Shoulder and humeral injury
  • Elbow and forearm injury
  • Wrist, hand and foot injury
  • Stress and pathologic fractures
  • Hip, shoulder and patellar dislocations
  • ACL, PCL, MCL and LCL injuries
  • Meniscal and rotator-cuff injuries
  • Achilles and other tendon injuries
  • Disc pathology and spinal stenosis
  • Scoliosis and vertebral instability
  • Pediatric orthopedic conditions
  • Periprosthetic fracture and implant loosening

Emergencies & complications

  • Trauma with hemorrhage
  • Limb neurovascular deterioration
  • Suspected compartment syndrome
  • Open-fracture assessment
  • Spinal trauma
  • Joint infection with systemic deterioration
  • Infection
  • Delayed union and nonunion
  • Implant loosening
  • Periprosthetic fracture
  • Neurovascular compromise
  • Thromboembolic complications
  • Postoperative delirium
  • Persistent pain and impaired mobility

Procedures & interventions

  • Fracture assessment and reduction workflows
  • Casting and splinting workflows
  • Fracture fixation planning
  • Total hip arthroplasty workflow
  • Total knee arthroplasty workflow
  • Shoulder and revision arthroplasty workflows
  • Tendon and ligament repair workflows
  • Arthroscopy workflow
  • Amputation and prosthetic planning
  • Sterile instrument preparation and operative handover
Facility architecture

The places where the work happens.

Specialty spaces, equipment and teams connect around the same patient record. This is a proposed facility schematic.

Concept studyOrthopedic Intelligence Complex · facility schematic
6 connected hospital departments. Select a department below to explore its planned workflow.CONNECTED CARE / SHARED PATIENT IDENTITYN
Department 01

Trauma reception

Planned specialty facility

The trauma reception connects an appropriate team, patient context and relevant equipment within the orthopedic intelligence complex. Encounters and authorized events contribute to the same continuing patient record.

Role-specific teams · patient context · relevant equipment

Illustrative layout. Department workflows are part of the planned specialty complex architecture.

Trauma receptionFracture clinicCasting roomOrthopedic operating roomX-ray, CT and MRI departmentsInpatient orthopedic wardPhysiotherapy centerProsthetics and orthotics laboratoryGait laboratoryOutpatient follow-up clinic
People & equipment

Connected teams. Functional technology.

The complex roadmap joins role-specific responsibilities with diagnostic and device workflows.

Medical teams

  • Orthopedic consultant
  • Orthopedic resident
  • Emergency physician
  • Anesthesiologist
  • Ward nurse
  • Scrub and operating-room nurses
  • Radiologist and radiographer
  • Physiotherapist
  • Occupational therapist
  • Prosthetist
  • Pharmacist
  • Internal medicine consultant

Diagnostics

  • History and mechanism of injury
  • Documented neurovascular assessment
  • X-ray acquisition and review
  • CT and MRI workflows
  • Laboratory and infection investigations
  • Gait and functional assessment
  • Bone-health review

Devices & equipment

  • Hospital beds and transfer equipment
  • Casting and splinting tools
  • Orthopedic instruments
  • Implants and prosthetic components
  • X-ray and CT workstations
  • Patient monitors
  • Mobility aids
  • Gait-laboratory equipment
Continuing cases

Different paths. The same patient.

Illustrative journeys describe intended specialty workflows, not a claim that every scenario is implemented.

Illustrative journey

A hip fracture with several connected conditions

  1. A fall brings an older person to the emergency department
  2. The team records pain, mobility and neurovascular findings
  3. Imaging and laboratory requests enter the shared case history
  4. Orthopedics coordinates with internal medicine, cardiology and anesthesia
  5. Operative planning, ward care and communication remain part of the same case
  6. Rehabilitation and bone-health follow-up extend the patient's story
Illustrative journey

A sports injury from clinic to return-to-activity review

  1. An athlete describes an injury and personal recovery goals
  2. Examination and imaging inform the simulated assessment
  3. A multidisciplinary team discusses the planned care pathway
  4. Procedure and recovery events update the persistent record
  5. Physiotherapy documents strength, gait and functional progress
Illustrative journey

Reconstruction with a later complication

  1. Joint disease and functional limitation are documented
  2. Preoperative planning connects imaging, implants and comorbidities
  3. The operating team completes a simulated instrument and handover workflow
  4. A later encounter introduces an implant or infection concern
  5. Revision assessment and rehabilitation draw on the earlier case history
Learning & recovery

The encounter continues.

Training objectives

  • Recognize injury patterns within the whole patient context
  • Record and communicate neurovascular findings without assuming hidden information
  • Connect imaging requests, results and specialist review
  • Coordinate perioperative responsibilities across disciplines
  • Practice instrument, sterility and transfer checks in planned procedure workflows
  • Review comorbidities and medication history at handover
  • Track mobility and functional recovery across encounters
  • Explain decisions and uncertainty to patients and relatives

Simulation features / roadmap

  • Initial hip-fracture workflow in the current prototype
  • Role-scoped patient information and conversation
  • Persistent case identity and action history
  • Connected general, orthopedic and rehabilitation campus foundation
  • Planned imaging, procedure and device state linked to the patient
  • Planned tissue, bone and biomechanical visualization
  • Planned recovery metrics and longitudinal complication events

Recovery & rehabilitation

  • Physiotherapy handover
  • Gait assessment
  • Mobility-aid interaction
  • Strength and range-of-motion progression
  • Occupational therapy and activities of daily living
  • Prosthetic and orthotic follow-up
  • Home and outpatient continuity
Medication and therapy topics in the complex scope

A teaching topic inventory, not prescribing or treatment guidance.

Analgesic classesAntimicrobial classesAnticoagulant reconciliationBone-health therapiesPerioperative medication review
Questions about this complex

Scope, continuity and development.

01Is this a fracture-only simulator?

The intended orthopedic complex covers trauma, reconstruction, sports medicine, spine, infection, bone disease and rehabilitation. The implemented clinical prototype is narrower and currently centers on a hip-fracture workflow.

02How does a hip fracture connect to other specialties?

The planned longitudinal patient may also have diabetes, heart failure, atrial fibrillation, anticoagulation or kidney disease. Orthopedics, internal medicine, cardiology, anesthesia, pharmacy and rehabilitation would encounter the same simulated person and shared history.

03Are surgical force feedback and implant mechanics validated?

No clinical validation is claimed. Procedure mechanics, specialist haptic peripherals and implant visualization are development areas, and each requires its own implementation and verification.

04What is the development status of the Orthopedic Intelligence Complex?

Orthopedics is the current MediVerse prototype focus. A limited hip-fracture workflow, role-aware dialogue and a city-and-hospital environment provide the initial foundation. The broader conditions, procedures, device behavior and rehabilitation catalog on this page describe the intended scope; they are not all implemented or clinically validated.

A clear development boundary

Orthopedics is the initial prototype focus. Specialty scope, advanced physiology, institutional authoring and multiplayer describe the platform direction. No clinical validation or regulatory approval is claimed.

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