ORtelligence is digitizing and optimizing surgical processes to boost teamwork, efficiency, and quality. ORtelligence empowers surgical stakeholders with one central platform for scheduling, implant selection and logistics, virtual surgical support, implant and instrument right-sizing, and data analytics.

Statera Medical develops smart and adjustable implant to increase patients' quality of life and reducing complications. Discover smart and patient-specific implants designed to be tailored for each patient. Statera Medical is on the leading edge of a new generation of smart implants that combine technological with surgical innovation to improve patient outcomes. Adjustable prosthesis: For all types of pathology. Goldilocks system allows to precisely manage the implant thickness in order to adapt the surgery to each patient. The precise and objective measurement of the soft tissues tension provide information to surgeons in order to help prevent the risk of fracture, instability, dislocation and muscle fatigue. Connected prosthetis: When activated, the prosthesis transmits data related to the tension of soft tissues to a connection terminal. The prosthesis can be activated during surgery, as well as during postoperative follow-ups. Intuitive interface to facilitate the surgical process: Real-time information provide a greater understanding of the in vivo behavior and provides direct feedback to optimize mobility and stability of the implant.

MyHealthPal monitors superficial surgical incisions remotely with standard smart devices such as smartphones. Patients take wound photos and enter key inputs that allow the algorithm to predict standard or elevated surgical site infection risk and inform physician decision making. - Surgical site infection monitoring - Elevated infection risk automated alerts - Direct access to all patient data and inputs - Patient and surgery specific setup flexibility - For any surface surgical incision - Smart device and desktop based - EMR integration - Secure and HIPAA compliant

At Mango Medical, we use AI and cutting-edge technology to revolutionize bone fracture treatment, providing user-friendly digital planning in less than three minutes, thereby enhancing surgical accuracy. Our advanced algorithms produce patient-specific results of reconstructed bones, providing incredible preoperative plans for fractured impact / trauma areas. We are an "Invisalign" for complex bone fracture surgeries. We work with medical AI (artificial intelligence) to produce patient-specific reconstructions of fractured bones for a quicker, smoother preoperative process and surgery procedure for orthopedic surgeons. Our vision is becoming the go-to software for streamlined fracture treatment planning that is accessible for every surgeon worldwide.

EdgeX, Inc. is setting the new standard for Real Time Location Systems (RTLS) with the proprietary, disruptive, wire-free EdgeX Network for tracking environments, inventory, assets and people. Our suite of easy-to-implement solutions are dedicated to improving results, reducing inventory costs and increasing margins throughout markets worldwide.

Sparta Science optimizes health and performance for athletes, warfighters, fitness clients and patients with evidence-based movement scans and data-driven exercise prescriptions that increase resilience, minimize injury risk, and speed efficient rehabilitation to physical activity. Sparta technology is used worldwide by elite and conventional military forces, professional, collegiate, high school and youth sports organizations, strength training professionals, and medical providers committed to helping people move better, at work, at play, and on duty.

Younger and more active patients are usually under 55 years old and need/want to return to work, sports, and other strenuous physical activities. The present scope of treatment offered by sports medicine include a variety of surgical techniques, graft procedures, cadaveric tissue and some high-end cell-based therapies. All of these treatments have significant drawbacks and complications, either with effectiveness, invasiveness or cost. The device is a permanent implant based on 3D printing and a novel nano-structured, and a synthetic polymer. The device works by replacing lost or damaged cartilage immediately, while also initiating new tissue growth and healing long term. This provides two key benefits: (1) patients are able to have shorter, less involved and more successful recoveries and (2) have an effective treatment with longer life span. Additionally the device is low cost and can be packaged and stored at room temperature, it can be purchased as a commodity and used as needed.

Most patients seeking orthopedic, neurologic, cancer, or cardiovascular care undergo a diagnostic imaging assessment before receiving treatment Nexus MD is a medical image management platform that automates the capture of prior medical imaging from 41,000 sites of services across the U.S. The platform leverages large language models, computer vision algorithms, and a purpose-built database to make data more searchable and discoverable for clinicians managing care. Nexus-MD is the solution that eliminates the need for clinicians, staff, and patients to chase prior medical imaging data while at the same time activating the investment in the diagnostic data to make healthcare safer, more efficient, and more cost effective. It provides a medical imaging aggregation case management dashboard (aggregating data by patient), AI enabled functions such as quality assurance checks of prior imaging studies, and embedded medical imaging tools supporting medical imaging telehealth and virtual consultation.