Technologies that include unobtrusive solutions, sensors, and devices embedded in the physical environment that continuously collect data and enable autonomous detection, prediction, intervention and other intelligent support. AmI systems are context-aware, adapting to changing needs, and offering real-time support like alerts or recommendations.

Ambient intelligence relies on a combination of technologies, including:

Internet of things (IoT): Connecting everyday objects to the internet to collect and exchange data.
Artificial intelligence (AI): Enabling devices to learn from interactions and improve over time.
Sensor networks: Using sensors to gather data about the environment and user activities.
Natural user interfaces: Allowing interaction through voice, gestures, and other non-intrusive methods.

A buyer's guide to Ambient Intelligence

AVIA Marketplace's Top Virtual Nursing Companies Report | Fall 2024

Top Virtual Nursing Companies Report | Fall 2024

AVIA Marketplace's Top Remote Monitoring Companies Report | Fall 2024

Top Remote Monitoring Companies Report | Fall 2024

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Extended Reality

 EchoPixel

EchoPixel’s HTG software platform is the first to provide a 4D holographic experience of live 4D ultrasound images including reference of pre-op CT and MRI images. By combining mixed reality and real-time imaging, it helps deliver precision health in complicated surgical and transcatheter heart procedures.&nbsp;

Holographic Therapy Guidance (HTG)

What is remote monitoring?
Remote monitoring provides the ability for patients to share physiological or other data with their care teams from home or other locations outside of a traditional in-person clinical encounter.

A buyer's guide to remote monitoring

What is conversational AI?
Conversational AI refers to technologies that enable computers to understand, process, and respond to human language in a way that is contextually relevant and interactive. It goes beyond simple rule-based chatbots by incorporating advanced natural language processing (NLP) and machine learning techniques to engage in more human-like interactions.

A buyer's guide to conversational AI

What is a smart hospital?

Healthcare facilities with embedded technologies for tracking, transport, and navigation coupled with data-driven insights to improve staff workflows and operational efficiencies while enhancing the patient experience.

A buyer's guide to Smart Hospitals

With decades of pioneering proteomics expertise, SomaLogic delivers a comprehensive protein detection technology to expose early biologic signs that a patient may be headed for a severe health event, revealing whether existing treatments are adequately reducing risk or if adaptations are needed.  Because proteins are constantly changing, they provide better and more actionable insights on patient health risks and propensity for disease.  Unlike SomaLogic solutions, most current tools are not prognostic in nature and can’t be used to determine future health risk–they’re mostly used to confirm whether a person has elevated risk. These approaches are also not responsive to change over time, which makes it difficult to understand if existing treatments are effective and to track disease trajectory.

Q&A with Roy Smythe of SomaLogic: Driving clinical discovery

While digital health solutions have been available for some time, the rise in sustained usage of digital behavioral solutions since the start of the COVID-19 pandemic has led to the emergence of behavioral health as one of the first truly digital-first service lines. Unlike medical or surgical specialties build around procedures, many behavioral health conditions involve assessment through interview and treatment with medication and psychotherapy. Most of these interventions can be conducted or prescribed remotely, and allow for quicker response times, greater convenience, and better access to care compared to traditional office-based practices. 

A Buyer’s Guide to Digital Behavioral Health

Surgical Intelligence

Mayo Clinic

Lenox Hill Hospital

University of Texas MD Anderson Cancer Center

Shriners Hospitals for Children-Philadelphia

University of Illinois Hospital & Health Sciences System

Walter Reed National Military Medical Center

University of Chicago Medicine

Cleveland Clinic

Sinai Health

ImmersiveTouch® provides cutting-edge AR/VR surgical technology and training solutions to medical professionals and the healthcare industry. Founded in 2005, ImmersiveTouch combines innovative R&D and strong academic partnerships to promote world-class medical education and patient safety. Their company’s comprehensive education solutions include next generation surgical simulators and learning management systems. These can be found in leading medical centers around the world, including Johns Hopkins, the University of Calgary, and the University of Chicago.  Their simulators immerse surgeons in a 3D operating environment where they can practice complicated procedures on their patients by loading CT/MRI scans of the patient into the simulator. ImmersiveTouch’s patented haptic technology allows resident students to touch and feel the 3D anatomy, which allows students to perfect their surgical skills. ImmersiveTouch’s mission is to provide surgeons with patient specific medical solutions, provide educators with training solutions, and continually advance haptic technology.

ImmersiveTouch

ImmersiveView™ VR converts CT, CBCT, 3D angiography and MRI scans into a 'digital twin' of the patient and provides a completely unique and unobstructed view of the case in virtual reality.  No longer limited to certain angles of view, doctors can easily view the target anatomy, clearly and accurately, just as it exists in reality. Physicians handle the scan as if it were a physical object in the palm of their hand, observing from every angle to get the very best understanding of the situation, even flying into the anatomy to take a closer look. ImmersiveView™ VR provides unprecedented clarity in patient scans and is simple and intuitive to use. The platform is ideal for viewing critical scan information in all areas of the hospital: Radiology labs, ORs, ERs, and doctors’ offices.

ImmersiveView VR

Pediatric Education

The best training isn’t&nbsp;read or watched. It’s experienced. At <a href="https://www.youtube.com/channel/UCpvbbf4YLXB1y6VJTdePC2w" rel="noopener noreferrer" target="_blank">Health Scholars</a><a href="https://www.healthscholars.com/" rel="noopener noreferrer" target="_blank"> </a>we're preparing caregivers to deliver the very best care on the worst day(s) of someone's life​. Using virtual reality simulation we deliver clinical experience, specifically&nbsp;protocol-based training and competency assessment for high-risk&nbsp;scenarios.​ Using voice technology, clinicians interact with virtual teams and patients to practice standards of care, communication, teamwork, decision-making, and critical thinking. Educators can assess clinician competency&nbsp;and leverage detailed analytics to identify skills gaps and optimize additional training to mitigate risks and help prevent costly&nbsp;sentinel events.&nbsp;Founded by ED physician Dr. Brian Gillett and led by health-tech veteran Scott Johnson, Health&nbsp;Scholars is making healthcare safer with more efficient and effective VR training.

Health Scholars

Simulations provide competency development and assessment for ACLS, pediatric assessment and pediatric emergency care scenarios. In accordance with ILCOR guidelines, clinicians can practice ACLS and a variety of pediatric emergency scenarios, including respiratory distress, respiratory failure, shock, cardiopulmonary failure, and more.

Emergency Care VR Simulation Suite

AccuVein Inc. is the global leader in vein visualization technology. AccuVein’s flagship product, the AV400, is the world’s only hand-held, non-contact vein illumination solution. It allows healthcare professionals to see a map of peripheral veins on the skin’s surface with the goal of accessing or avoiding veins. It is built on proprietary technology as embodied in its growing patent portfolio that covers a broad range of imaging and medical diagnostic technologies.

AccuVein

With more than 90% of patients undergoing IV therapy at some point during a hospital stay, AccuVein is a simple, safe solution that can increase vein assessment proficiency, help avoid patient IV complications, and address clinical and operational priorities.

Clinicians can see veins, valves, and bifurcations not visible to the naked eye, leading to better-informed site assessment decisions, improved needle/catheter placement, and enhanced patient care.&nbsp;

Vein Visualization System

Augmedics

The xvision system has demonstrated a 99.1% overall percutaneous screw placement accuracy, eliminates the attention shift of referring to a separate screen and adds these features to potentially decreasing the radiation exposure demonstrated through traditional fluoroscopy-based procedures. An additional published study yielded non-inferiority results over published freehand studies*

Xvision

HypnoVR

15 hypnotic narratives suitable for a number of procedures (specific medical procedures, stress, pain, etc.) integrating sequences of controlled breathing, cardiac coherence and hynotic suggestions.

Duration can be personalised to both short and long procedure.

Remote control of sessions thanks to the companion application on tablet and mobile.

Exclusive features during the session (monitored distraction).

Simple to use, a session can be lauched in less than one minute.

Medical Realities

Break free from traditional 2D curricula and immerse yourself in live recorded surgical operations, procedures, XR augmented e-learning and interactive simulations. Feel the pulse of realism as you witness procedures in a way only possible through the power and simplicity of XR.

MediView

Natural Alignment of Senses: Practitioners will have the ability to view ultrasound imaging through the HoloLens 2 headset while scanning with the ultrasound or guiding a needle, enabling a potential reduction in focus shifts away from the patient. Via augmented reality, the ultrasound image hovers in alignment with the patient, the practitioner’s hands and medical tools, with the intention of increasing efficiency and hand-eye coordination during procedures.

Robust Ultrasound Integration: Compatible with various probe types used to perform ultrasound diagnostic imaging and ultrasound guided interventional procedures, the MediScout is a diverse imaging tool providing value to multiple practitioner types.

MediScout

Clinical Training

Anatomy Visualization

Medivis

A scalable enterprise-level solution for any institution that teaches core anatomy and related health science disciplines. A new, immersive and engaging way to explore the intricacies of the human body—powered by augmented reality.

AnatomyX

VirtualiSurg

Immerse yourself in a realistic virtual operating environment
Learn to use new medical technologies and drive quick adoption

Master oftentimes complex medical procedures

Develop skills required for medical certification

Learn about medical complications without risk

Train autonomously with a Virtual Smart Mentor

Patient Therapy

NeuroSync

The PIR is a combined value of all cognitive domains tested and scored from 0-100. The PIR can reflect a singular test date or represent the average performance over a custom interval chosen by the user.

PIR scores can be compared against past performance ratings, or against a specific population of performers. For example, an athletes performance can be compared against the performance of other athletes among the same position over time.

Top 10 Holographic Therapy Guidance (HTG) Alternatives & Competitors

Top 10 Holographic Therapy Guidance (HTG) Alternatives & Competitors

Overall Top 10 Holographic Therapy Guidance (HTG) Alternatives & Competitors for Small Health Systems

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