Project Description: Many patients suffer in places where there are no hospitals to detect their diseases, especially in urgent cases. Smart Hospital is a revolutionary healthcare app for identifying diseases based on symptoms reported by patients. With this application, patients can quickly and easily enter their symptoms and reveal their illnesses. This app is particularly useful for patients who need immediate medical attention but are unable to visit a doctor in person.

Building a new smart hospital or smart room in a hospital presents the opportunity to create market differentiation and grow market share. In planning for new construction, many organizations think about offering state-of-the-art clinical technology, and increasingly organizations are also thinking about the patient's experience as a differentiator. The building of a new tower for a health system is an investment that brings that health system distinction and market differentiation. It is an opportunity to invest in cutting-edge clinical technology and architectural design to attract patients and talent.. But while there is no shortage of transformative clinical technology, much of the industry continues to struggle to provide some of the most basic comforts to patients in a modern way.

Hospitals today are continuously seeking ways to improve their efficiency and maximise the resources available to them. Often this is achieved, in part, by employing a variety of digital solutions. Patient monitors, electronic health records systems and countless medical devices collect and transfer patient data at a large scale. Although this data collection is already occurring extensively in hospitals, sources are not always integrated with one another which can create inefficiencies and delays in care. The'smart hospital' concept addresses this by connecting multiple devices with one another to automate processes and provide practitioners with enhanced insights and workflows.

RESTUCCIA: I think "smart hospital" may be a misnomer; "patient-centric" or "technologically advanced" is probably more accurate. Our perspective in the early design for our newest facility was, "How can we develop and build a hospital that can leverage technology to ensure the best care is delivered in the most effective and efficient manner?" Flexibility was a big part of that; having the cabling in place, for example, so that every room is both med-surg and ICU-ready. DALE: It started about 12 years ago, when we decided to move to an electronic health record. That system is a source of so much rich data and has become foundational for how we've set up technology across the enterprise.

As industries work to comprehensively digitize their operations, it's not enough to bring every element of a business online -- they all need to be centrally and easily accessible for key employees. Today, digital health solutions provider Zyter unveiled Smart Hospitals, an infrastructure for medical buildings that promises to connect virtually all of their electronic systems, benefitting both medical professionals and visitors. Moreover, Zyter's solution is 5G-ready, enabling hospitals to move from legacy wired or Wi-Fi connectivity to public or private 5G networks while upgrading their systems. A customizable master dashboard can flag and address issues across multiple floors of a building, ranging from security to network problems to changing patient locations. Zyter's announcement is significant for technical decision-makers because it demonstrates the impending value of end-to-end digitization solutions for smart businesses -- systems that go beyond one or three devices and instead connect all of an enterprise's hardware and human resources under a unified infrastructure.

A new study by Juniper Research has found that smart hospitals will deploy 7.4 million connected Internet of Medical Things (IoMT) devices globally by 2026; over 3,850 devices per smart hospital. This global figure represents total growth of 231 per cent over 2021, when 3.2 million devices were deployed. The concept of the IoMT involves healthcare providers leveraging connected devices such as remote monitoring sensors and surgical robotics to improve patient care, staff productivity, and operational efficiency. The research identified smart hospitals in the US and China as leading the global adoption of IoMT devices; accounting for 21 per cent and 41 per cent of connected devices respectively, by 2026. It highlighted digital healthcare initiatives implemented during the ongoing pandemic and high levels of existing digitalisation within healthcare infrastructure as key to these countries' leading positions.

This is the first and largest 5G smart hospital project in the ASEAN region. It will deliver a more efficient and convenient experience to patients by introducing technologies such as 5G, cloud, and artificial intelligence. Meanwhile, Siriraj Hospital and Huawei will establish a Joint Innovation Lab to incubate over 30 innovative 5G applications that will be promoted nationwide from 2022. General Prayut Chan-o-cha, Prime Minister, addressed the national policy on 5G and digital economy. "Thailand understands the importance of technology, and today is an important first step in the utilization of digital technologies and 5G in the medical field. We are thankful for the long-lasting friendship and collaboration between Thailand and China. We admire Siriraj Hospital and Mahidol University, and would like to thank Huawei, NBTC, and all other partners. We hope the project will act as a blueprint for all smart hospitals in Thailand going forward."

While talking about Artificial Intelligence (AI) in healthcare might sound futuristic, the first proof of concept for AI application took place in the late 1950s1. In the 1970s, researchers at Stanford developed the MYCIN program to help doctors identify blood infections.2 At Intel, we've had the opportunity to see many different types of AI applications in use by our partners in the healthcare industry, from AI-enabled robots that can help clean hospital rooms to algorithms that can perform real-time inference on endoscopic cameras. Many of these AI implementations rely on edge computing, or the ability to process and compute data close to where it originates -- either on a network-connected device or right next to the device. AI at the edge means that data can be processed and analyzed quickly -- before it goes to the cloud or a server for storage.

As US health systems prioritize financial recovery and innovation in the wake of the pandemic, the pressure is on to re-evaluate their infrastructure and emerging technology investments, and to ensure their efforts not only support the future of healthcare delivery, but also provide services more efficiently and cost-effectively. While there is no widely agreed-upon definition of a smart hospital, healthcare executives are nonetheless working toward their visions of the hospital of the future. The digital solutions that health systems are deploying today--like AI--are effectively steps in their evolution into smart hospitals. Several experts Insider Intelligence spoke with agree: A smart hospital triggers action. It effectively leverages AI and machine learning to not only learn from the data, but also act on the data by building automation around it.

Patient well-being is at the center of any hospital operation. This begins even before the patient enters the building itself, e.g. by making appointments online to reduce wait times. Once in hospital, optimized patient flow helps keep wait times at a minimum. At the same, the building has to become an environment that is beneficial for the healing process. Patients want to feel safe and in control when they are in the hospital – and know that they receive optimum care right from the beginning.