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Best Smart Rooms Products

Best Smart Rooms Products

Patient care environments equipped with advanced technologies and integrated systems to enhance patient comfort, safety, and healthcare delivery within hospital settings

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Smart Rooms: Products


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AVIA Marketplace offers a product grid that is a comprehensive resource for health care buyers in their research journey. The grid showcases products from leading vendors and ranks them based on compatibility level and market presence. This approach ensures that the products listed are not only relevant to the buyer's needs but also established in the market. With AVIA Marketplace's product grid, health care buyers can make informed decisions and select products that meet their specific requirements.

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Buyer's Guide


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A Buyer's Guide to

Smart Rooms

What are smart rooms?
Hospital smart rooms are environments equipped with ambient sensors and interactive, intelligent technologies designed to enhance patient comfort, care team interactions, and patient monitoring.

Solution framework

Interactive patient systems – Digital displays designed to facilitate seamless interactions between patients, care teams, and various hospital resources.
Digital whiteboards and displays – Interactive electronic systems that enhance patient care, streamline communication, and improve operational efficiency.
Monitoring and sensors  – Devices and sensors designed to continuously collect, transmit, and analyze various physiological, environmental, and operational data within hospital and patient room environments.
Vitals surveillance – Monitoring and tracking of physiological parameters to detect changes in a patient’s condition.
Movement surveillance – Monitoring and tracking of patient movement within clinical settings to enhance safety, security, and efficiency.
Environmental control – Solutions to regulate and optimize various environmental factors within healthcare facilities and the patient room, allowing patients to adjust and manage their room environment in real time.
Patient directed room control  – Systems that enable the exchange of information, concerns, and preferences between healthcare providers and patients through means of virtual technologies that allow patients and providers the flexibility to meet remotely.
Environmental and sustainability monitoring – Systematic tracking and evaluation of environmental impacts and resource consumption within the facility.
Communication and collaboration – Solutions to facilitate seamless communication, information sharing, and collaboration amongst the care team, patients, and families within hospital environments.
Patient communication – Systems that enable the exchange of information, concerns, and preferences between healthcare providers and patients through means of virtual technologies that allow patients and providers the flexibility to meet remotely.
Care team collaboration – Systems that enable the coordinated efforts of multidisciplinary healthcare professionals working together to provide comprehensive care to patients through effective communication, cooperation, and coordination.
Extended reality – Suite of immersive tools (augmented reality and virtual reality) that blend the physical and virtual worlds to enhance various aspects of healthcare delivery, training, and patient experience within the hospital setting.
Anatomy visualization – Immersive technologies that can visualize and interact with anatomical structures and medical imagery in the three-dimensional space.
Clinical training – Immersive technologies that simulate and enhance the training of healthcare professionals in clinical settings.
Patient therapy – Immersive technologies that deliver therapeutic interventions and rehabilitation programs to patients.

In many cases, hospital system infrastructures are antiquated and cannot meet the evolving needs that patients, care teams are expecting with new technologies meeting these needs like never before. Investments need to be made to drive these new expected experiences that are quickly becoming table stakes.
Sherry Smith
—Sherry Smith
VP, Operational Transformation

The case for smart rooms​

As consumer and patient expectations continue to evolve, especially in light of hospitality trends, current hospital rooms are not keeping up. They can appear out-dated, impersonal, and uncomfortable for patients and staff.1  This current design can negatively impact clinical care and patient outcomes. However, this gap serves as an opportunity for design that supports care flows, operational models, and communication, and can lead to improved patient experience and outcomes, as well as benefit clinical staff experience and productivity.2  Through the implementation of smart rooms, hospital facilities can foster a more comfortable environment that also enables efficient operations for their patients and staff.
Improve patient care experience and outcomes
Patients are expecting hotel-like experiences to help with the belief that a more comfortable, personalized environment, promotes healing.3 Hospital smart rooms integrate the comfort of a hotel room with the sophisticated technology of a medical facility to offer tailored services that can engage patients effectively during and after their stay, minimizing the risk of readmissions.4 As patients feel more supported and engaged in their care, they can provide positive feedback of their experience which can improve Hospital Consumer Assessment of Healthcare Providers and Systems (HCAHPS) scores to help increase reimbursement rates.5 With the increased ability to monitor, regulate, and communicate, clinical staff can deliver the appropriate intervention at the right time, driving improved patient outcomes.
Improve care team experience
Healthcare staff today are experiencing alarming rates of burnout, capacity issues, and shortages that can lead to high costs for health systems.6 By leveraging the right technology, hospital smart rooms can significantly improve working conditions for clinical staff. When clinical staff are equipped with the appropriate tools–like monitoring sensors, communication appliances, and extended reality devices–they can get a clearer picture of patient needs and can better administer personalized care.7 By simplifying access to information and reducing administrative burdens, smart rooms help mitigate burnout and improve job satisfaction amongst clinical staff. An improved care team experience drives operational efficiency, which in turn enhances team experience and productivity, creating a positive feedback loop.
Productivity and operational efficiency
Hospital care today is labor-intensive and workflow issues such as delayed communications, redundant data entry, and inefficient patient care delivery are common in care settings because of the inability to efficiently bring teams together and design systems that are automated with little care team workarounds.8 These challenges often result in longer patient through-put times and extended lengths of stay. However, hospital smart rooms can facilitate efficient patient monitoring and patient-care team interactions through the integration of monitoring technology and real-time communication systems.9 These technologies enable care team members to coordinate care effectively and perform timely interventions without adding additional tasks to care team workflows. Additionally, with the enablement of patient-directed room control, clinical staff can also save time in administrative and operational tasks to be able to focus on practicing patient care at top of license.10 Improved operational efficiency drives better care team experiences, which subsequently boosts team productivity and satisfaction. As a result, hospital smart rooms can become a paramount for health systems to deliver high-quality care while managing time and resources appropriately to decrease patient length of stay and improve hospital through-put.

Key attributes of smart room solutions​

Interactive Patient Systems 
  • User-Friendly Interface – Fixed room displays that display information in an easy-to-read format for patients and families
  • Customization and Personalization – Unit-specific requirements, layout, and display can be customized to surface the most relevant information to patients and care teams with configurable health system branding
  • Automated Integration – Integration with EHR, in-room devices, and software to provide care teams with updates and alerts in real-time
Monitoring & Sensors
  • Real-time Data Collection and Analysis – Contact-less sensors and/or monitors that provide continuous monitoring with predictive algorithms that analyze collected and historical data to enable real-time intervention and optimization of care delivery
  • Accuracy and Reliability – Precision and dependability in the collection and transmission of data to ensure precise measurements and fail-safes to minimize the risk of errors, data loss, and false positives or negatives
Environmental Control
  • User-Centric Interface – Allow patients to easily adjust and manage their room environment in real time according to their preferences and comfort levels
  • Integration and Automation – Seamlessly integrate with other hospital systems and devices to allow for automated adjustments and coordination with clinical workflows that align with patient vitals and care regimens
  • Energy Efficiency and Sustainability – Prioritize energy efficiency and sustainability and monitor the environmental impact and resource consumption of the facility
Communication & Collaboration
  • Multimodal Communication Tools – Bi-directional communication enabled between patients and care teams through their native inpatient devices
  • Care Coordination – Ability for care teams to easily access summarized patient context and information at the point of care through attribution and collaboration of other care team members
Extended Reality 
  • Immersive Patient Education and Engagement – Interactive simulations and virtual reality environments that enable patients to explore and understand their diagnosis and engage in treatment plans through a more engaging method
  • Enhanced Clinical Training and Simulation – Provide students with exposure to critically important scenarios and the opportunity to perform high-cost and high-risk interventions without jeopardizing the safety of real patients

Organizing for success with smart rooms

To successfully implement smart room solutions, health systems must begin by defining their guiding principles. It is crucial to prioritize the experience you aim to create for both patients and staff, considering the nuances of technology and how it will be utilized by all parties entering a patient’s hospital room. By keeping these factors in mind, health systems can effectively tailor their smart room initiatives to meet the needs and preferences of both patients and staff.
  1. Ensure representation from all roles interacting with the patient in the room. Consider who the smart rooms are intended to serve and whose experiences they can enhance. This encompasses a broader spectrum of healthcare professionals beyond the patient and nurse, such as the physical therapist, pharmacist, case manager, and patients’ family members.

  2. Be mindful of the space and design of the room to optimize care. Map the patient journey and interactions by conducting walkthroughs of the space and creating physical models to plan the design so that the added technology can enhance care delivery, rather than hinder it.

  3. Know where you are going so you can pick where to start. The path to building a hospital smart room is not a binary decision and there is room for gradually assembling the ideal smart room through the incorporation of strategically chosen individual technologies that make up a smart room. To ensure success, it is crucial that health systems define their broader vision and top priorities to create a roadmap for technology selection, that allows for selection of platform solutions, and effective interaction between systems.

  4. Do not overlook the infrastructure. Ensure that the current layout and infrastructure–from closets to electrical lines to broadband–can support new technological needs and additions.


Sources

  1. https://www.houstonmethodist.org/center-for-innovation/our-work/smart-hospital-rooms/ 

  2. https://www.ahrq.gov/cahps/quality-improvement/improvement-guide/2-why-improve/index.html

  3. https://www.beckershospitalreview.com/capital/hospitals-brick-and-mortar-paradox.html, https://healthjournalism.org/blog/2022/03/designing-smart-hospitals-of-the-future-what-to-know/

  4. https://www.beckershospitalreview.com/digital-transformation/the-hospital-room-of-the-future-5-innovation-execs-outline-what-to-expect-in-next-5-years.html

  5. https://insights.samsung.com/2021/10/06/smart-patient-rooms-support-clinicians-and-enhance-the-patient-experience-2/

  6. https://www.ncsbn.org/research/recent-research/workforce.page, https://www.accenture.com/content/dam/accenture/final/accenture-com/document/Accenture-Solving-The-Nursing-Shortage-For-The-Future.pdf, https://www.aacnnursing.org/news-data/fact-sheets/nursing-faculty-shortage

  7. https://healthtechmagazine.net/article/2017/01/transforming-patient-experience-through-smart-room-technologies, https://www.beckershospitalreview.com/digital-transformation/the-hospital-room-of-the-future-5-innovation-execs-outline-what-to-expect-in-next-5-years.html

  8. https://www.ncbi.nlm.nih.gov/books/NBK2638/

  9. https://www.verizon.com/business/resources/articles/s/benefits-of-smart-rooms-in-hospitals/, https://histalk2.com/2024/01/08/readers-write-empowering-nurses-through-interoperable-technology-revolutionizing-patient-care-in-the-acute-environment/

  10. https://assets.asccommunications.com/whitepapers/sonifihealth-wp-jan-2020.pdf
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