Technology Trends that will Revolutionize the Medical Industry in 2021

The recent COVID-19 pandemic in 2020 has changed the way the healthcare industry has been processing. It has transformed the healthcare sector digitally. Healthcare providers have changed services with the latest healthcare technology trends in digital and virtual platforms. Every healthcare provider is updating services by adopting digital advancements in their practices to increase their capacity to engage the maximum number of patients. Still more advancements and updates are needed to address many challenges in the industry such as cybersecurity, effective payment model, telehealth, patient experience, invoicing and payment processing, and big data.

Last year, wearable devices in the healthcare industry were quite popular with the patients. These devices have helped patients be aware of various healthcare metrics. Due to the introduction of the 5G internet, the wearable devices market is expected to have huge scope in 2021.  Healthcare technology trends, such as the use of a digital dashboard scheduler or chatbots as a digital assistant, help hospitals and other healthcare organizations to better track appointments, contacts, demography, and make changes more efficiently as these are practical measures for modifying and monitoring patient activities.

Telemedicine, using video conferencing, digital monitoring, etc. have also been very helpful in containing the spread of the pandemic. It has made healthcare accessible for everyone, especially in rural areas.  For remote patient care systems, telehealth and teleradiology reporting are very important technological upgrades. Healthcare technology trends of 2020, including patient portals, mobile health applications, remote care via telehealth, and wearable devices, played a major role in tackling the global pandemic situation. Artificial intelligence (AI), Machine Learning (ML), and Robotic Process Automation (RPA) also played a vital part in handling the situation.  All the above-mentioned are COVID-19 fueled healthcare technology trends in 2020, which are expected to continue in coming years too.

Here is a detailed look into the healthcare technology trends, which are expected to address the new challenges and revolutionize the healthcare industry in 2021.

 

Technology Trends that will Revolutionize the Medical Industry in 2021

The digital transformation of the healthcare industry has been fast-forwarded by COVID-19 in 2020.  Recognizing the healthcare technology trends, many healthcare providers have readily shifted their operations to the latest trending technologies. Others are also looking forward to setting their operations according to the upcoming trends.

It seems like almost all the healthcare providers genuinely wanted to transform their operating system to engage the maximum number of patients, due to the healthcare technology trends set after the hardest crisis in the healthcare industry virtual reality healthcare. So, before planning your healthcare strategy for 2021, don’t miss to include these healthcare technology trends of 2021 to achieve better healthcare outcomes and stand one step ahead of your competitors.

 

Patient Engagement Technology

One of the most competitive healthcare technology trends in 2021 will be patient engagement technology. There are countless technologies available in the market for patient engagement, evaluation, and campaigning. Due to high competition in the market, these tools are priced competitively.

Many healthcare organizations have started empowering themselves by achieving consistency in patient engagement with the help of available tools in the market. This also helps them achieve increased ROI.  The healthcare technology trends, including remote care via telehealth, patient portals, wearable devices, mobile health applications, and many more, empower patients and increase patient engagement.

Hospitals and other healthcare organizations need to improve patient experience along with engagement. The entire road to patient satisfaction and experience can be changed with these healthcare technology trends in 2021. 

 

Telemedicine

As telemedicine revolutionized the entire healthcare technology in 2020 by playing a vital role in containing the COVID-19 pandemic, it is expected to be one of the healthcare technology trends in 2021 too.

Using the advancement, it possible for healthcare professionals to diagnose and treat any number of patients remotely through phone calls, mobile apps, emails, and even through video calls. Telemedicine can provide patients with better access to all healthcare services, drive up efficiency and revenue, and lower healthcare costs.

 

Augmented Reality (AR) and Virtual Reality (VR)

The arrival of both AR and VR solutions has made way to witness meaningful advancements in the healthcare industry and technology. Advancements that could only be dreamt of a decade back, have become realities and been implemented. These two healthcare technology trends offer some serious promise to the world of healthcare, including educating patients before a treatment procedure.

AR offers one of the latest and most spontaneous options in the healthcare industry. AR allows doctors and surgeons to experience 3D effects on real-world scenes. This healthcare technology trend permits the professionals to stay grounded on actual procedures with access to all the data through various other emerging technologies. This makes doctors compare data, in the virtual world, to understand what the patient is experiencing and make a flawless diagnosis and suggest healthcare procedures.

 

Chatbots

It is either impossible or expensive for patients to get answers from specialists for their routine queries. But, chatbots make it easier and comfortable for healthcare service providers to answer questions of patients cost-effectively. Though chatbots are currently in the experimental phase to be used in healthcare solutions, they are most likely to have the necessary access to clinical scenarios by the beginning of 2021. It is expected to be one of the progressive healthcare technology trends in 2021.

As a digital assistant, chatbots allow healthcare providers to keep a track of contacts and appointments and make changes, when necessary. Chatbots are going to revolutionize the clinical processes and business, providing practical as well as clear measures for modifying and monitoring patient activities.

 

Big Data and 5G

5G is about to sweep the world in the coming months. With the extraordinary intensification in transmission bandwidth of 5G, users will construct a huge amount of data. With 5G, the Internet of Things (IoT) will be used largely to send and receive data. In the next three years, the global wearables market is expected to reach an annual turnover of US$52 billion. This can be attributed to the introduction of 5G wireless technology, one of the healthcare technology trends.

Healthcare providers will have the access to a huge amount of accurate data when data from wearable devices and other initiatives are added together. This is going to change the way providers collect data and the way doctors and patients communicate.

Thus, while you plan to upgrade your healthcare technology for 2021, don’t forget that you will be receiving a huge amount of data from patients, which can be attributed to one of the important healthcare technology trends of 2021, big data and 5G.

 

Artificial Intelligence

Artificial Intelligence (AI), one of the prominent healthcare technology trends of 2021, is developed to mimic human thought processes. GNS Healthcare AI system and IBM Watson are some of the most popular examples for the active use of AI in the healthcare process. This trend is going to rule healthcare processes and revolutionize medical care in 2021.

To improve healthcare professionals’ and hospitals’ care delivery to patients, Google’s DeepMind has built mobile apps and AI. The AI healthcare market is expected to reach US$7988.8 million in 2022 from US$667.1 million in 2016. This healthcare technology trend is expected to take the healthcare industry to a new realm by increasing patient engagement and experience in 2021.

 

Cloud Computing

Cloud computing is one of the major healthcare technology trends in 2021 that is going to change the industry. Attributed to the recent development of various healthcare technology trends, the cloud computing market is expected to reach US$35 billion in 2022 from US$20.2 billion in 2017.

This tremendous growth is attributed to the need of storing a high volume of data for healthcare organizations at a lower cost.  In the healthcare domain, the main use of big data is in Electronic Health Record systems (EHR). It allows secure storage of various digital documentation such as demographics, medical history, diagnoses, and laboratory results. Cloud computing, an important healthcare technology trend, is expected to make the healthcare process smooth and flawless in 2021.

The biggest trend of 2021 in the healthcare industry is the holistic technological transformation of healthcare firms. Whether AI, ML, RPA, telemedicine, big data, chatbots, or cloud computing, almost everything related to data management and monitoring will peak in 2021. These healthcare technology trends will rule healthcare in 2021. Moreover, targeted and personalized care for critical diseases is expected to be another trend in the coming years. 

 

Frequently Asked Questions

 

What are the technology trends in healthcare?

Trending healthcare technologies are AI, ML, RPA, cloud computing, big data, chatbots, telemedicine, etc. AI, the life-changing technology is going to completely transform the healthcare industry in the coming years starting from 2021.

 

What are the most important trends in healthcare technology?

Augmented and virtual reality, Artificial Intelligence, the Internet of Medical Things, Machine Learning, chatbots, cloud computing, telemedicine, etc. are the most important technology trends in the healthcare industry. 

 

What are the current technological trends in healthcare?

Artificial Intelligence (AI) and Machine Learning (ML), Internet of Medical Things (IoMT), Augmented Reality (AR) and Virtual Reality (VR), Electronic Health Records (EHR), Blockchain and data security, health-tracking apps, therapeutic apps, and telehealth are the major current technological trends in the healthcare industry.

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Healthtech Security

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Article | August 31, 2023

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5 Ways AI is Likely to Benefit Medicine & Improve Patient Care

Article | November 29, 2023

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Article | September 12, 2023

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This synergy empowers healthcare professionals to access patients' comprehensive medical histories in real time, facilitating more informed decision-making during virtual consultations. During the spring of 2020, when pandemic restrictions kept most people in the US at home, the use of telehealth rose to about 51%. [Source: Elation Health] Moreover, it enhances the accuracy of remote patient monitoring by providing up-to-date data, enabling timely interventions and improving overall healthcare outcomes. Integrating EHR telemedicine systems enhances efficiency and ensures that patient care remains at the forefront of modern healthcare, transcending traditional physical boundaries. 2. Technical Challenges and Solutions in EHR Integration Navigating telehealth EHR integration and remote patient monitoring solutions uncovers a range of technical challenges, each with its own set of potential remedies. These include interoperability issues, which can be mitigated by adopting standardized data formats like HL7 FHIR. EHR interoperability solutions may involve using data exchange protocols such as HL7's Consolidated Clinical Document Architecture (C-CDA) or developing custom APIs to facilitate seamless data exchange between EHRs and telemedicine platforms. Additionally, the imperative need for data security and privacy is achieved through robust encryption and adherence to regulations like HIPAA or GDPR. Data integration challenges arising from varying EHR data storage methods can be resolved using middleware or integration platforms. Investing in telecom infrastructure and developing offline-capable telemedicine apps can address limited connectivity in remote areas. Ensuring real-time data access involves optimizing EHR databases and creating low-latency systems. 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Healthcare organizations can estimate cost savings in remote patient monitoring and explore expanding telemedicine services to underserved populations to make informed financial decisions. Additionally, this analysis considers long-term financial viability and alignment with organizational goals, including regulatory compliance costs, risk assessment, scalability considerations, and the competitive advantages of integrated telemedicine services. By calculating ROI and assessing potential risks, healthcare entities can develop risk mitigation strategies, ensuring that EHR integration in telemedicine and remote patient monitoring enhances healthcare delivery and aligns with the organization's financial sustainability and long-term success. 4. Data Privacy and Consent in Integrated EHR-Telemedicine Systems Data privacy and obtaining informed consent are paramount in integrated EHR and telemedicine systems. 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Health Technology, Digital Healthcare

Unlocking the Puzzle: Navigating EHR Interoperability Solutions

Article | September 7, 2023

Unlock EHR interoperability solutions with this article. Discover how healthcare overcomes EHR interoperability challenges to facilitate seamless information sharing for better clinical decisions. 1. Exploring Hurdles in EHR Interoperability 2. Addressing EHR Interoperability Challenges: Mapping Effective Paths 2.1 Upgrading from Outdated Legacy Systems 2.2 Managing Inconsistent Information Across Multiple Sources 2.3 Overcoming Organizational Resistance to Sharing Data 2.4 Balancing Security and Consent 2.5 Harmonizing Data Standards Across Diverse Software Systems 2.6 Optimizing Training Resources for EHR Interoperability 2.7 Strategizing Costs for Specialist-driven Interoperability Management 2.8 Navigating Budget Constraints in EHR Interoperability 2.9 Unifying Patient Identification Standards Across HIEs 2.10 Advancing Allergy Management to Enhance Patient Care 3. Embracing Interoperability for a Connected Healthcare Future 1.Exploring Hurdles in EHR Interoperability Despite significant efforts and investments in health information systems and technology, coupled with many years of widespread availability, the full benefits of electronic health records (EHRs) still need to be realized. The reality is that most physicians continue to rely on faxing and mailing patient records, just as they did a decade ago. Numerous government-certified EHR products are being used, each utilizing distinct clinical terminologies, technical specifications, and functional capabilities. These differences make it challenging to establish a unified standard interoperability format for data sharing. Interestingly, even EHR systems built on the same platform might not be interoperable, as they are frequently highly customized to an organization’s specific workflow and preferences. Given these circumstances, the article examines ten challenges and their corresponding EHR interoperability solutions to enhance patient care. 2.Addressing EHR Interoperability Challenges: Mapping Effective Paths The primary goal of healthcare interoperability is to enable seamless sharing of health-related information between healthcare providers and patients, aiding in clinical decision-making. Here are several challenges to accomplishing this aim, along with their corresponding interoperability solutions: 2. 1 Upgrading from Outdated Legacy Systems One of the significant challenges in achieving EHR interoperability is the need to transition from outdated legacy systems. Many healthcare facilities still rely on older, proprietary EHR systems that need more compatibility and standards to communicate seamlessly with modern, interconnected healthcare networks. These legacy systems often need more data exchange capabilities, leading to inefficiencies, data inconsistencies, and barriers to collaborative patient care. The intricate process of upgrading or replacing these systems while ensuring data integrity and continuity of care poses a considerable obstacle to achieving comprehensive EHR interoperability. Healthcare institutions need to implement a strategic and phased approach to address this challenge. This involves assessing the existing EHR, identifying interoperability gaps, and selecting modern healthcare interoperability solutions that adhere to industry standards, such as Fast Healthcare Interoperability Resources (HL7 FHIR) and open APIs. A well-defined migration plan should be developed, including data migration, new system integration, and staff training. Collaboration with EHR vendors, IT experts, and clinical stakeholders is crucial to ensuring a smooth transition. 2.2 Managing Inconsistent Information Across Multiple Sources As patients move through different healthcare settings and encounter various medical professionals, their health information becomes distributed across multiple sources, leading to discrepancies, duplications, and variations in data. This inconsistency can compromise patient safety, treatment accuracy, and healthcare quality. Furthermore, different institutions' varying data formats, coding systems, and documentation practices exacerbate the challenge of creating a unified and accurate patient record. A potential solution to this challenge involves developing and adopting standardized data exchange protocols. By implementing common data standards and practices, healthcare providers can ensure that patient information is accurately represented and uniformly understood across different systems. In addition, robust data validation processes and reconciliation algorithms can help identify and rectify inconsistencies during data integration. Moreover, creating a centralized patient identity management system that links various patient records to a single, accurate identity can significantly mitigate the issue of duplicated or mismatched information. 2.3 Overcoming Organizational Resistance to Sharing Data This EHR interoperability challenge pertains to the reluctance of healthcare institutions, clinics, and providers to readily exchange patient information and medical records due to concerns over data privacy, competitive advantage, and operational complexities. This resistance often leads to fragmented patient care, hindered medical research, and compromised clinical decision-making. Addressing this challenge necessitates the establishment of clear data-sharing protocols, robust privacy safeguards, and incentivized collaboration. By fostering a culture of trust, emphasizing the collective benefits of data exchange, and implementing interoperability standards, the healthcare ecosystem can encourage reluctant organizations to actively share essential patient data, ultimately leading to improved patient outcomes and more efficient healthcare delivery. 2.4 Balancing Security and Consent This challenge in EHR interoperability revolves around the delicate equilibrium between ensuring patient data security and privacy while enabling the seamless sharing of EHRs across different healthcare systems. Striking the right balance involves addressing concerns about unauthorized access, data breaches, and patient consent preferences. While robust security measures are necessary to safeguard sensitive health information, overly stringent restrictions can hinder the efficient exchange of vital medical data, potentially impeding timely and informed patient care, medical research, and healthcare system efficiency. Potential EHR interoperability solutions to this challenge include implementing a layered security and consent management approach. This involves combining strong encryption, authentication protocols, and access controls to ensure the integrity and confidentiality of EHRs. Moreover, the adoption of standardized and granular consent mechanisms empowers patients to regulate both access to their data and the purposes for which it can be accessed. An integrated framework that employs advanced technologies like blockchain for secure audit trails and data-sharing logs can enhance transparency and accountability. Furthermore, patient education and awareness campaigns can empower individuals to make informed data-sharing decisions, fostering a collaborative environment where security, consent, and interoperability coexist harmoniously. 2.5 Harmonizing Data Standards Across Diverse Software Systems This challenge encompasses integrating and exchanging medical data across various software platforms and applications used within the healthcare industry. To tackle this challenge, a comprehensive solution includes the widespread adoption and adherence to standardized data formats, coding conventions, and communication protocols by developers, healthcare organizations, and EHR integration software. To address this challenge, a comprehensive solution involves the establishment of standardized data formats, coding conventions, and communication protocols widely adopted and adhered to by EHR software developers and healthcare organizations. This could be achieved through industry collaboration, government regulations, and incentives for adopting interoperability standards. Additionally, implementing APIs that translate and map data between different formats can help bridge the gap between diverse software systems. 2.6 Optimizing Training Resources for EHR Interoperability This hurdle involves preparing healthcare professionals, IT staff, and other stakeholders to effectively navigate and implement interoperable EHR systems. Ensuring that healthcare personnel possess the necessary skills and knowledge to seamlessly integrate, maintain, and utilize interconnected EHR systems amidst rapidly evolving technology and standards poses a significant hurdle. This challenge involves understanding the intricacies of interoperability protocols and grasping the broader context of data security, patient privacy, and efficient data exchange among diverse healthcare entities. To address this challenge, developing comprehensive and up-to-date training programs that cover both technical aspects (interoperability standards, APIs, and data formats) and practical considerations (security protocols, data governance) is crucial. Collaborations with vendors, industry experts, and academia can ensure the training content remains aligned and updated with current EHR trends. Integrating EHR interoperability education into medical and IT curricula can also lay a foundation for future professionals. Continuous learning opportunities, including EHR analytics courses, certifications, and knowledge-sharing platforms, can further bolster the continual development of skills and knowledge exchange. This process cultivates a skilled workforce capable of fully leveraging EHR interoperability while upholding the integrity and privacy of patient data. 2.7 Strategizing Costs for Specialist-driven Interoperability Management This challenge pertains to the complex and costly task of ensuring seamless data exchange among diverse EHR systems, mainly when managed by specialists with domain-specific knowledge. These specialists play a crucial role in tailoring EHR interoperability solutions to the unique needs of their medical domains. Still, the financial implications of such endeavors can be substantial, involving customization, integration, and maintenance expenses. Finding an effective solution requires a multi-faceted approach involving standardized interoperability frameworks, modular system design, strategic resource allocation, and collaborative partnerships among EHR vendors, healthcare institutions, and specialists. By optimizing the balance between customization and standardization and leveraging technological advances like APIs and cloud computing, healthcare ecosystems can mitigate costs while achieving efficient and secure data exchange that benefits patients and healthcare providers. 2.8 Navigating Budget Constraints in EHR Interoperability This issue relates to healthcare organizations' significant financial limitations when striving to establish seamless EHR data exchange across disparate systems. As healthcare entities aim to enhance patient care coordination and data accessibility, the cost of implementing and maintaining interoperable EHR systems becomes a substantial hurdle. This challenge necessitates a delicate balance between allocating resources for EHR integration, customization, and ongoing maintenance while ensuring that patient data remains secure and accessible to authorized stakeholders. A possible avenue to deal with the budget constraints in EHR interoperability is the strategic adoption of open-source frameworks. By leveraging open-source solutions, healthcare organizations can reduce licensing fees and development costs associated with proprietary systems, allowing them to allocate resources more efficiently. Additionally, collaborating with industry consortia and governmental initiatives that promote standardized data exchange protocols can foster economies of scale, streamlining the implementation process. Moreover, investing in cloud-based technologies can offer scalable and cost-effective data storage and sharing infrastructure. 2.9 Unifying Patient Identification Standards Across HIEs The crux of this issue involves the need for consistent patient identification methods across different healthcare systems and data-sharing networks. This inconsistency results in errors, data duplication, and compromised patient safety as information is exchanged between entities. Without a standardized patient identification system, accurate matching of patient records becomes a complex endeavor, hindering the seamless exchange of EHRs and undermining the potential benefits of interoperability. To address this challenge, a comprehensive solution involves establishing and adopting a universally recognized patient identification standard that spans all participating HIEs. This standard could include using unique patient identifiers or a combination of demographic, biometric, and cryptographic identifiers to ensure accurate and secure patient matching. Additionally, implementing advanced data governance practices, strong privacy protections, and robust data validation algorithms would enhance the accuracy and security of patient identification. Collaboration between healthcare organizations, government agencies, and technology experts is crucial to developing and implementing this standardized approach, fostering a more interconnected and effective healthcare ecosystem while safeguarding patient privacy and data integrity. 2.10 Advancing Allergy Management to Enhance Patient Care Healthcare providers need help seamlessly sharing allergy-related patient data across different EHR platforms, hindering comprehensive patient care. This lack of interoperability leads to fragmented information, potential medication errors, and compromised treatment decisions, ultimately impacting patient safety and outcomes. One viable solution for addressing this challenge is to establish standardized data exchange protocols alongside a unified health information exchange framework. Implementing FHIR standards can enable the consistent and secure sharing of allergy information among EHR systems. Additionally, incentivizing healthcare organizations to adopt these interoperability EHR standards and invest in compatible technologies will promote a cohesive ecosystem where allergy data can be accurately and swiftly exchanged. Collaborative efforts among EHR vendors, healthcare providers, and regulatory bodies are essential to ensure the seamless flow of allergy-related information, resulting in enhanced patient care, reduced medical errors, and improved healthcare efficiency. 3.Embracing Interoperability for a Connected Healthcare Future With the goal of a cohesive healthcare future in mind, the value of embracing interoperability is immeasurable. This article highlights the essential role of interoperability in overcoming the challenges posed by fragmented data and improving patient outcomes. As healthcare systems continue to develop, the smooth exchange of EHRs becomes crucial, fostering collaboration among diverse stakeholders and facilitating well-informed decision-making. By creating an environment in which EHRs can seamlessly communicate, healthcare providers have the potential to offer more comprehensive, patient-centered care, minimize duplication, and expedite both diagnoses and treatments. Although achieving an interoperable healthcare ecosystem may involve complexity, the benefits of efficiency, precision, and overall quality of care underscore its necessity as a transformative journey.

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Surfacide, LLC | February 20, 2023

Surfacide®, the leading company in UV-C disinfection technology, recently announced that it is expanding the use of its Helios® low-level UV-C Disinfection System to all ten hospitals in the MedStar Health system across the Mid-Atlantic region. With a renewed emphasis on operating room disinfection, the expansion enables MedStar Health to update some of its existing Surfacide® technology and deploy multiple new devices, making the Helios System more accessible to patients, staff, and visitors. Since 2016, Surfacide® has collaborated strategically with MedStar Health to implement UV-C disinfection to reduce the environmental variable in infection prevention protocols. In addition, it is an integral part of CompassOne Healthcare's ‘5 Pillars of Safety in Healthcare’ philosophy. The Surfacide® Helios® system is the sole patented, low-level UV-C disinfection option that simultaneously employs three light-emitting 'robots' to reduce bacteria and viruses on contaminated surfaces significantly. It delivers UV-C energy to more exposed areas than individual devices, increasing power, dosage, and efficacy in a single cycle. The system is conveniently portable and configurable within various high-impact hospital areas, including patient rooms, ORs, patient bathrooms, burn units, labor & delivery, outpatient/ambulatory surgery, isolation wards, etc. Founder and CEO of Surfacide®, Gunner Lyslo, shared, "With the expansion and renewed focus on a robust UV-C disinfection program, MedStar Health continues to demonstrate leadership and commitment to their patients, staff and community." He added, "We are thankful to work with such a tremendous partner and are confident that these strategies will positively impact patient and staff satisfaction." (Source – PR Newswire) About Surfacide® Surfacide®, established in 2010 and headquartered in Waukesha (Wisconsin), is a prominent UV technology and infection solutions company that produces scientifically proven, hospital-grade UV devices. The company's award-winning Helios® System is the sole patented, triple emitter 'robotic' UV light solution that effectively reduces bioburden and pathogens. As a trusted partner in infection prevention, its products have been deployed in over 600 leading hospitals, dental offices, fire stations, nursing homes, prisons, commercial office spaces, police stations, hotels, and public venues worldwide.

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Digital Healthcare

Swift Medical Launches the World’s First All-in-One Hyperspectral Imaging Device to Make Healthcare More Accessible

Swift Medical | March 03, 2022

Swift Medical, the global leader in digital wound care technology, unveiled the Swift Ray 1, a groundbreaking hardware device that wirelessly attaches to a smartphone camera and captures comprehensive clinical data to better support assessment, treatment and monitoring of skin and wound conditions. The Swift Ray 1 fits in the palm of a clinician or patient’s hand, making powerful medical imaging accessible anywhere, from the hospital to the home. Further, this advanced imaging enables the capture of accurate clinical data for every patient, regardless of skin tone, making wound care more equitable for everyone. “The future of wound care goes beyond what the naked eye can perceive and beyond the walls of the clinic, which is why our dream has always been to equalize and improve healthcare access for humanity through intelligent diagnostics. The Swift Ray 1 gets us one step closer by helping clinicians and patients see below the surface of the skin, to heal wounds faster or prevent them from ever even developing.” Carlo Perez, co-founder and CEO of Swift Medical The Swift Ray 1 captures and analyzes important physiological characteristics of wounds that can indicate causes for concern and/or improper healing, such as signs of infection, bacterial colonization, tissue compromise, perfusion, inflammation and blood oxygen levels. The new device illuminates these invisible, beneath-the-skin characteristics through long-wave infrared, near infrared, ultraviolet and enhanced RGB imaging technology - enabling powerful clinical workflows. The Swift Ray 1 works seamlessly with Swift Medical’s proprietary wound management software application and provides clinicians with unparalleled insights into a patient’s wound healing, informing clinical and operational decision-making. It also integrates directly into many of the leading EHRs to help clinicians both improve clinical efficiency and ensure that all relevant medical information is recorded in the patient’s chart. “The technology can fit in your pocket. That means it can go anywhere a doctor or nurse goes. It means it’s on them, whenever they need it, wherever their patients are,” said Mike Comer, Founder and CEO at Wound Care Advantage. “There’s no forgetting it on the shelf or fumbling around with wires and clunky imaging devices. You just take it from your pocket and snap a photo. It really does make wound care accessible anywhere.” Chronic wounds are one of the biggest public health challenges worldwide, and are often associated with other prevalent chronic conditions, such as diabetes and hypertension. More than 8.2 million patients are currently suffering from chronic wounds in North America. As rates of obesity, diabetes and other chronic conditions continue to skyrocket, the number of patients at risk of developing wounds will continue to rise. The challenges of providing wound care are exacerbated by the reality that high quality care traditionally requires highly trained clinicians using multiple pieces of bulky, expensive equipment in an institutional setting. Conversely, the Swift Ray 1 allows any clinician to capture and share images at any bedside, enabling healthcare organizations to provide more accessible, efficient and preventive care. The Swift Ray 1 supports a variety of use cases, including early detection of deep tissue injuries and prevention of pressure injuries; identification of wound infections and inhibited wound healing; and remote physiological monitoring of chronic wound patients in the home. The Swift Ray 1 is also ideal for pharmaceutical companies and clinical research organizations engaged in clinical trials. About Swift Medical Swift Medical is the global leader in digital wound care. Our mission is to make empathy driven wound care ubiquitous through AI-powered diagnostic technology. We are the trusted wound technology partner of more than 4,100 healthcare facilities in North America across the continuum of care. Our solutions empower healthcare providers to deliver standardized, accessible and equitable wound care for every patient - with advanced, high-precision imaging, compliant documentation, clinical analytics and remote care.

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Digital Healthcare

Cognizant Collaborates with Microsoft to Offer New Virtual Healthcare Solution for Remote Patient Monitoring and Improved Care

Cognizant | March 02, 2022

Cognizant today announced it is collaboratingwith Microsoft to delivera new digital health solution to enhance remote patient monitoring for improved medical care. Cognizant's new solution, leveraging components of the Microsoft Cloud for Healthcare, is the first of several planned offerings that combine remote patient monitoring and virtual health, utilizing products like smart watches, blood pressure monitors, and glucose meters to collect and communicate patient health data to providers. Built-in analytics allow providers to cross-reference historical health information to gain patient insights and potentially identify early warning signs of chronic conditions so preventative measures can be taken. Additionally, the solution's remote capabilities enable telehealth visits, which continue to be a valuable option to mitigate barriers of care for patients with accessibility constraints, as well as implement time-sensitive interventions and improve personalized care. With chronic diseases expected to account for 70% of global deaths by 2030, advancements in digital integration are quickly becoming recognized as an optimal approach to preventing, managing, and treating disease.* As an early Microsoft Cloud for Healthcare partner, Cognizant has designed a solution that leverages Microsoft Azure services including FHIR, API Services, and Teams integration to improve scalability and reliability. This digital healthcare endeavor is backed by Cognizant's dedicated Microsoft Business Group, bringing together Cognizant's digital modernization expertise with Microsoft's focus on building Industry Clouds to deliver a commercially available, comprehensive, healthcare solution. This new offering is the first in a series of digital healthcare solutions from Cognizant as the company accelerates its client offerings aimed at implementing advanced healthcare technology to increase patient engagement, enhance personalized care, provide remote patient monitoring, and facilitate improved patient outcomes. Future offerings will build upon existing solution capabilities to help clients expedite implementation. "The bridging of technology and healthcare is creating new opportunities to improve how providers monitor the health of their patients and engage with them for time-sensitive interventions. Utilizing data analytics, secure cloud technology and interoperability products, our collaboration with Microsoft offers a unique, scalable solution that aims to connect providers and patients, and enhances the quality, timeliness, and personalization of healthcare." Surya Gummadi, Head of Cognizant Healthcare "Cognizant's new virtual healthcare solution utilizes differentiated capabilities, built on the secure and compliant Microsoft Cloud, that make it easy for people to collect and share health data using their own devices, while ensuring that providers have the data and insights they need to diagnose and treat patients," saidTom McGuinness, Corporate Vice President, Global Healthcare and Life Sciences, Microsoft. "We look forward to combining our technologies and collective expertise to deliver additional solutions that offer high quality healthcare and enable patient well-being." About Cognizant Cognizantengineers modern businesses. We help our clients modernize technology, reimagine processes and transform experiences so they can stay ahead in our fast-changing world. Together, we're improving everyday life.

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Medical Devices

Surfacide® Expands UV-C Disinfection in All MedStar Hospitals in Mid-Atlantic

Surfacide, LLC | February 20, 2023

Surfacide®, the leading company in UV-C disinfection technology, recently announced that it is expanding the use of its Helios® low-level UV-C Disinfection System to all ten hospitals in the MedStar Health system across the Mid-Atlantic region. With a renewed emphasis on operating room disinfection, the expansion enables MedStar Health to update some of its existing Surfacide® technology and deploy multiple new devices, making the Helios System more accessible to patients, staff, and visitors. Since 2016, Surfacide® has collaborated strategically with MedStar Health to implement UV-C disinfection to reduce the environmental variable in infection prevention protocols. In addition, it is an integral part of CompassOne Healthcare's ‘5 Pillars of Safety in Healthcare’ philosophy. The Surfacide® Helios® system is the sole patented, low-level UV-C disinfection option that simultaneously employs three light-emitting 'robots' to reduce bacteria and viruses on contaminated surfaces significantly. It delivers UV-C energy to more exposed areas than individual devices, increasing power, dosage, and efficacy in a single cycle. The system is conveniently portable and configurable within various high-impact hospital areas, including patient rooms, ORs, patient bathrooms, burn units, labor & delivery, outpatient/ambulatory surgery, isolation wards, etc. Founder and CEO of Surfacide®, Gunner Lyslo, shared, "With the expansion and renewed focus on a robust UV-C disinfection program, MedStar Health continues to demonstrate leadership and commitment to their patients, staff and community." He added, "We are thankful to work with such a tremendous partner and are confident that these strategies will positively impact patient and staff satisfaction." (Source – PR Newswire) About Surfacide® Surfacide®, established in 2010 and headquartered in Waukesha (Wisconsin), is a prominent UV technology and infection solutions company that produces scientifically proven, hospital-grade UV devices. The company's award-winning Helios® System is the sole patented, triple emitter 'robotic' UV light solution that effectively reduces bioburden and pathogens. As a trusted partner in infection prevention, its products have been deployed in over 600 leading hospitals, dental offices, fire stations, nursing homes, prisons, commercial office spaces, police stations, hotels, and public venues worldwide.

Read More

Digital Healthcare

Swift Medical Launches the World’s First All-in-One Hyperspectral Imaging Device to Make Healthcare More Accessible

Swift Medical | March 03, 2022

Swift Medical, the global leader in digital wound care technology, unveiled the Swift Ray 1, a groundbreaking hardware device that wirelessly attaches to a smartphone camera and captures comprehensive clinical data to better support assessment, treatment and monitoring of skin and wound conditions. The Swift Ray 1 fits in the palm of a clinician or patient’s hand, making powerful medical imaging accessible anywhere, from the hospital to the home. Further, this advanced imaging enables the capture of accurate clinical data for every patient, regardless of skin tone, making wound care more equitable for everyone. “The future of wound care goes beyond what the naked eye can perceive and beyond the walls of the clinic, which is why our dream has always been to equalize and improve healthcare access for humanity through intelligent diagnostics. The Swift Ray 1 gets us one step closer by helping clinicians and patients see below the surface of the skin, to heal wounds faster or prevent them from ever even developing.” Carlo Perez, co-founder and CEO of Swift Medical The Swift Ray 1 captures and analyzes important physiological characteristics of wounds that can indicate causes for concern and/or improper healing, such as signs of infection, bacterial colonization, tissue compromise, perfusion, inflammation and blood oxygen levels. The new device illuminates these invisible, beneath-the-skin characteristics through long-wave infrared, near infrared, ultraviolet and enhanced RGB imaging technology - enabling powerful clinical workflows. The Swift Ray 1 works seamlessly with Swift Medical’s proprietary wound management software application and provides clinicians with unparalleled insights into a patient’s wound healing, informing clinical and operational decision-making. It also integrates directly into many of the leading EHRs to help clinicians both improve clinical efficiency and ensure that all relevant medical information is recorded in the patient’s chart. “The technology can fit in your pocket. That means it can go anywhere a doctor or nurse goes. It means it’s on them, whenever they need it, wherever their patients are,” said Mike Comer, Founder and CEO at Wound Care Advantage. “There’s no forgetting it on the shelf or fumbling around with wires and clunky imaging devices. You just take it from your pocket and snap a photo. It really does make wound care accessible anywhere.” Chronic wounds are one of the biggest public health challenges worldwide, and are often associated with other prevalent chronic conditions, such as diabetes and hypertension. More than 8.2 million patients are currently suffering from chronic wounds in North America. As rates of obesity, diabetes and other chronic conditions continue to skyrocket, the number of patients at risk of developing wounds will continue to rise. The challenges of providing wound care are exacerbated by the reality that high quality care traditionally requires highly trained clinicians using multiple pieces of bulky, expensive equipment in an institutional setting. Conversely, the Swift Ray 1 allows any clinician to capture and share images at any bedside, enabling healthcare organizations to provide more accessible, efficient and preventive care. The Swift Ray 1 supports a variety of use cases, including early detection of deep tissue injuries and prevention of pressure injuries; identification of wound infections and inhibited wound healing; and remote physiological monitoring of chronic wound patients in the home. The Swift Ray 1 is also ideal for pharmaceutical companies and clinical research organizations engaged in clinical trials. About Swift Medical Swift Medical is the global leader in digital wound care. Our mission is to make empathy driven wound care ubiquitous through AI-powered diagnostic technology. We are the trusted wound technology partner of more than 4,100 healthcare facilities in North America across the continuum of care. Our solutions empower healthcare providers to deliver standardized, accessible and equitable wound care for every patient - with advanced, high-precision imaging, compliant documentation, clinical analytics and remote care.

Read More

Digital Healthcare

Cognizant Collaborates with Microsoft to Offer New Virtual Healthcare Solution for Remote Patient Monitoring and Improved Care

Cognizant | March 02, 2022

Cognizant today announced it is collaboratingwith Microsoft to delivera new digital health solution to enhance remote patient monitoring for improved medical care. Cognizant's new solution, leveraging components of the Microsoft Cloud for Healthcare, is the first of several planned offerings that combine remote patient monitoring and virtual health, utilizing products like smart watches, blood pressure monitors, and glucose meters to collect and communicate patient health data to providers. Built-in analytics allow providers to cross-reference historical health information to gain patient insights and potentially identify early warning signs of chronic conditions so preventative measures can be taken. Additionally, the solution's remote capabilities enable telehealth visits, which continue to be a valuable option to mitigate barriers of care for patients with accessibility constraints, as well as implement time-sensitive interventions and improve personalized care. With chronic diseases expected to account for 70% of global deaths by 2030, advancements in digital integration are quickly becoming recognized as an optimal approach to preventing, managing, and treating disease.* As an early Microsoft Cloud for Healthcare partner, Cognizant has designed a solution that leverages Microsoft Azure services including FHIR, API Services, and Teams integration to improve scalability and reliability. This digital healthcare endeavor is backed by Cognizant's dedicated Microsoft Business Group, bringing together Cognizant's digital modernization expertise with Microsoft's focus on building Industry Clouds to deliver a commercially available, comprehensive, healthcare solution. This new offering is the first in a series of digital healthcare solutions from Cognizant as the company accelerates its client offerings aimed at implementing advanced healthcare technology to increase patient engagement, enhance personalized care, provide remote patient monitoring, and facilitate improved patient outcomes. Future offerings will build upon existing solution capabilities to help clients expedite implementation. "The bridging of technology and healthcare is creating new opportunities to improve how providers monitor the health of their patients and engage with them for time-sensitive interventions. Utilizing data analytics, secure cloud technology and interoperability products, our collaboration with Microsoft offers a unique, scalable solution that aims to connect providers and patients, and enhances the quality, timeliness, and personalization of healthcare." Surya Gummadi, Head of Cognizant Healthcare "Cognizant's new virtual healthcare solution utilizes differentiated capabilities, built on the secure and compliant Microsoft Cloud, that make it easy for people to collect and share health data using their own devices, while ensuring that providers have the data and insights they need to diagnose and treat patients," saidTom McGuinness, Corporate Vice President, Global Healthcare and Life Sciences, Microsoft. "We look forward to combining our technologies and collective expertise to deliver additional solutions that offer high quality healthcare and enable patient well-being." About Cognizant Cognizantengineers modern businesses. We help our clients modernize technology, reimagine processes and transform experiences so they can stay ahead in our fast-changing world. Together, we're improving everyday life.

Read More

Events