AWS launches new healthcare-specific accelerator
A new accelerator tailored to the healthcare industry has been released by AWS. The Landing Zone Accelerator for Healthcare is a no-code solution that works with hundreds of AWS services and can aid in the governance of multi-account settings, making it ideal for healthcare enterprises with complicated compliance requirements. The LZA for Healthcare is a collection of configuration files tailored specifically to the requirements of hospitals and other medical institutions. The LZA for Healthcare can simplify and streamline support for healthcare compliance initiatives, saving time and resources. The goal is to deliver a complete no-code solution covering over 35 AWS services and capabilities to administer and regulate a multi-account environment. The LZA is designed to assist clients with highly regulated workloads and complex compliance requirements. The LZA for Healthcare can assist healthcare organizations around the world in aligning security controls with prominent international frameworks such as HIPAA, Cloud Computing Compliance Controls Catalog, Esquema Nacional de Seguridad, National Cyber Security Centre, ISO 27001, and ISO 27002. Source: Healthcare IT News 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
Here are 6 recent healthcare moves from Google
Google continues to expand its presence in the healthcare. Becker’s has highlighted six healthcare moves from Google recently. Source: Beckers Hospital Review 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
Federal agencies release updated privacy guide for health app developers
An updated “trail guide” has been published by a number of federal authorities to assist developers who are working on health apps in determining which privacy restrictions are applicable to their products. The Mobile Health Apps Tool was developed by the Federal Trade Commission in conjunction with the Office of the National Coordinator for Health Information Technology, the Food and Drug Administration, and the Office for Civil Rights under the Department of Health and Human Services. It helps app creators in the mobile health tech industry figure out whether federal rules apply to their products and which agencies control various areas of data collection, sharing, use, and storage in the mobile health tech industry. These statutes are included: “The incorporation of information privacy and security safeguards from the outset of mobile technology development ensures that these features are integral to the product’s architecture and business processes from the start (sometimes referred to as privacy or security by design). That way, people know their data is safe and will be utilized and shared only as intended.” Source: Mobihealthnews 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
Understanding De-Identified Data, How to Use It in Healthcare
De-identified data has emerged as a useful resource for researchers and healthcare professionals alike. De-identification facilitates information sharing between businesses HIPAA-compliant, even though doing so could otherwise violate the Health Insurance Portability and Accountability Act of 1996 (HIPAA). Without revealing sensitive information, researchers can better collaborate to develop new diagnostics and therapeutics. Furthermore, it facilitates coordinated efforts among major suppliers. In the grand scheme of things, de-identifies is a crucial factor in enhancing the quality of care provided to patients. De-identification is a process whereby personally identifiable information about a patient is removed so that it can be used for research or shared across organizations without breaching HIPAA. Health and Human Services states that “de-identification, in which identifiers are removed from the health information, mitigates privacy risks to individuals and thus supports the secondary use of data for comparative effectiveness studies, policy assessment, life sciences research, and other endeavors.” De-identification of patient data is essential for both advancing medical research and treatment and protecting patient privacy. Data that has been stripped of personal details can be put to beneficial use in healthcare. Information gained from this data, after personal details have been removed, can be used to make healthcare improvements. Using anonymized data, scientists have created an AI system that can foresee the likelihood of a patient dying within the next 30 days from cancer. Patients nearing EoL can also be identified by this technique and sent to early palliative and hospice care. Predictive analytics applications can also benefit from using de-identified data. Medical researchers and practitioners can benefit from de-identified data in two ways: by creating more effective tools for patient care and by advancing their understanding of how to improve patient outcomes through research. When healthcare professionals share data, they can develop more effective methods of care and therapies, which in turn benefits patients. Providers can better collaborate on medical research and patient care by de-identifying patient data before sharing it with other institutions. More than that, sharing of massive data analysis platforms is made possible by using de-identified data. Source: healthitanalytics 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
Palo Alto launches medical IoT cyber security protection
In order to safeguard medical Internet of Things (IoT) devices from cyberattacks, Palo Alto Networks plans to roll out additional features and capabilities. Medical IoT Security is a new Zero Trust security solution developed by the corporation with the aim of protecting digital healthcare networks. Zero Trust is the greatest level of cyber security, requiring all internal and external users to be authenticated, authorized, and continually validated prior to accessing applications and data. The new Palo Alto Networks Medical IoT Security leverages machine learning to help organizations deploy and manage new connected technology swiftly and securely. It can be connected with existing healthcare information management systems, such as AIMS and Epic Systems, to assist with process automation. The solution lets users set up rules for their devices that automatically respond to security threats, such as by keeping an eye out for unusual activity and taking corrective action if necessary. This eliminates the need for time-consuming and prone-to-error manual policy formulation and makes it possible to apply the policy across multiple devices simultaneously. In addition, you may receive rapid visibility into a device’s weaknesses and risk posture, enhance compliance with rules and guidelines, and validate network segmentation. Source: digitalhealth 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
Common Spirit Health ransomware attack exposed personal data of 623K patients
The ransomware attack on CommonSpirit Health, the second largest nonprofit health system in the country, was initially reported back in October. After looking into the matter, the healthcare provider said they discovered that between September 16 and October 3 an outsider accessed some areas of CommonSpirit’s network without authorization. On December 1st, the health system informed the Office for Civil Rights of the United States Department of Health and Human Services about the breach. A total of 623,700 persons may have had their sensitive medical data stolen, as reported by the Office for Civil Rights’ internet breach portal. The Catholic health organization said it was still reviewing the files, but it could confirm that some personal information of people who may have gotten services at Franciscan Medical Group or Franciscan Health in Washington state had been exposed. St. Michael Medical Center, St. Francis Hospital, St. Joseph Hospital, St. Francis Health, St. Clare Health, St. Francis Hospital, St. Anthony Health, St. Anne Health, and St. Elizabeth Health are all affiliated with Franciscan Health. Several of CommonSpirit Health’s hospitals experienced a disruption in their IT services, which the company is now attributing to a ransomware attack. The Catholic health company said that it has alerted law enforcement and recruited “renowned cybersecurity specialists” to assist with its forensics investigation, one week after it announced an “IT security incident” that triggered EHR shutdowns and appointment cancellations. As soon as CommonSpirit learned of the ransomware attack, it “took urgent actions to protect our systems, control the event, launch an investigation, and assure continuity of care,” according to a statement sent out via email. Furthermore, it said, “The greatest standard of care is still being provided to patients, and we are keeping everyone informed as we learn new information. Our top concern will always be the care of our patients, and we are sorry for any trouble this may have caused.” According to CommonSpirit, its facilities are following recognized system outage policies, which involve putting some systems, like its EHRs, offline. The Chicago-based network serves approximately 2,200 locations in 21 states through its 142 hospitals. It has caused disruptions in systems in multiple states as a result of the attack, including Nebraska, Tennessee, Texas, Washington, and Iowa. Source: fiercehealthcare 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
US Health Dept warns of Royal Ransomware targeting healthcare
A new alert from HHS warns hospitals and other healthcare facilities across the United States to be on the lookout for attacks by the Royal ransomware gang, which is relatively new to the scene. Months after being discovered in January 2022, Royal operators have rapidly increased their malevolent actions as of September 2022. Royal is a ransomware group notorious for systematically compromising U.S. hospitals and other healthcare facilities. At first, they used encryptors developed by other groups, such BlackCat. However, they rapidly began developing their own encryptors, the first of which was called Zeon and produced ransom notes similar to those used by the Conti group. Following successful callback phishing assaults, the organization employs social engineering to get corporate victims to download and run remote access software. The gang frequently sends journalists compromising data via hacked Twitter accounts. Following infection, it encrypts the targets’ enterprise-level systems and demands ransom payments of $250,000 to $2 million. Other ransomware operations known to actively target healthcare companies across the United States have also been warned about by the federal government. For instance, HHS issued a warning about the impact of Venus ransomware on U.S. healthcare last month, and at least one organization has since been identified as a victim. Source: bleepingcomputer 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
New research urges governments to invest in healthcare digitization
The Partnership for Health System Sustainability and Resilience, or PHSSR, published research in November. The research highlighted the urgency for governments to address gaps in healthcare. Jan-Willem Scheijgrond, global head of government and public affairs at Philips, spoke with HIMSS about the research findings. In regards to the importance of PHSSR’s research, Jan-Willem Scheijgrond says during the pandemic, the rest of the healthcare system in England and Wales was shut down, and Philips was looking into how to deal with the COVID situation. They were considering what new approaches they could implement to combat the pandemic while maintaining normal operations elsewhere in the healthcare sector. At some point, they moved on to inventing algorithms for use in diagnostics like bedside X-ray and bedside ultrasonography. With the question “Can we define what resilience means? ” the World Economic Forum began working with the London School of Economics and AstraZeneca. This is why LSE created their own approach to use alongside the WHO’s. Moreover, now that COVID has tested the healthcare system’s resilience, we must determine whether or not we can have a health care system that can last. When asked about the six pillars in the healthcare system, Jan-Willem Scheijgrond said, the healthcare system rests on “six pillars,” each of which must be in place for the others to function properly. You have the governance, financing, service delivery, health workforce, technology and medicine and data. How do you know if your healthcare system is working so that your governance and other systems can begin to function? In order to learn what factors would establish something’s resilience, the London School of Economics turned that into more than 400 questions pertaining to those six pillars. During COVID, our nation’s healthcare system’s flaws were exposed in a glaring light. That PHSSR tool served a crucial function, and its time has come. When asked about what he thinks improving interoperability would help people gain the data that they need, Jan-Willem Scheijgrond said Many nations did not make their data public. In Japan, they possessed death data and could determine which district was experiencing an increase in COVID mortality, but they did not communicate this information. Abu Dhabi, in the heart of COVID, was organizing the 2020 World Expo. This is governance once more. How can you guarantee that data is accessible and transparent? The following year, I believe it was 2021, they said, “Okay, if we simply had the data to assist us predict.” So, the government said, “Well, if we can connect 300 different dashboards regarding COVID that we have in the country, can we then use predictive analytics to determine how COVID will spread at the expo under these conditions?” So, they began to build scenarios, and once they were confident enough in the data, they were able to open the expo to enormous crowds without ever having to implement a lockdown. If you can forecast outcomes, if you can predict advancements in your healthcare system, then you enable governments to take the correct interventions, such as opening the World Expo, where you can reasonably predict the effect of your intervention. In regards to what are the next steps for PHSSR, Jan-Willem Scheijgrond said, the London School of Economics and the World Bank are collaborating to enhance healthcare in 21 nations worldwide. To get more specific, we return to the country because there is where the task must be done. A significant portion of the content consists of country-specific advice. We must have global and local credibility before engaging in stakeholder discussions and asking, “What does this imply for us?” Few people are aware that the healthcare industry is one of the most polluting industries in the world and emits more CO2 than the aviation industry. As a healthcare industry, we must assume responsibility for our impact on the environment. Developing more resilient healthcare systems that are more productive and invest in data and technology will be more environmentally friendly. Source: healthcareitnews 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
AWS Announces Intent to Accelerate Cancer Moonshot
Amazon Web Services (AWS) has made an announcement that it will be increasing its involvement with the Children’s Brain Tumor Network (CBTN). CBTN has 32 international partners with whom it shares data. The Cancer Moonshot was an initiative begun by Vice President Joe Biden. Over the next quarter century, its members hope to cut the cancer death rate in half. Academic researchers can access free biospecimens, cell-lines, clinical and molecular data, and information on diagnosis and treatment of tumors of the brain and spinal cord. Thanks to this approach of open science, researchers from all around the world can pool their resources to speed up drug discovery and build upon previous studies. Data entry and analysis for newly registered patients can be sped up using cloud-based technology, from months to near real-time. In order to accomplish this, Amazon Web Services (AWS) is using its expertise in safe semi-federated clinical data intake to provide APIs that adhere to industry standards. The machine learning and analytics capabilities provided by AWS and its partners will be used to identify previously unknown trends in specific populations of patients. Source: hcinnovationgroup 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow
How Smart Technology is Improving Quality of Life for People with Cognitive Disabilities
Due to their inability to express their distress, many persons with intellectual and developmental disabilities (IDDs) such autism, down syndrome, cerebral palsy, and others can spiral into a crisis. Awake Labs has developed a platform that may be used to help people with cognitive impairments keep track of their stress levels. The Awake Labs platform is discrete because it utilizes the widespread fitness trackers already in use. The device’s usefulness hinges on how well its data can be incorporated into individualized care regimens. Those with cognitive disabilities and their helpers use the smartwatch’s stress-monitoring software to work toward their objectives. According to Palmer, CEO and Founder of Awake Labs, and Amey, CEO of Jay Nolan Community Services, their mission is to help the people they serve achieve their individual goals and pursue their preferred lifestyles. People with cognitive disabilities and their caregivers can work together to achieve their goals with the help of a stress-monitoring wristwatch software. People using the stress-monitoring devices make their own treatment choices. They can opt to get alerts personally, or they can have them forwarded to trusted family members, support personnel, friends, or anyone else they believe will put the information to good use and help them get through the difficult time. Source: healthcareittoday 🔥 Trending Stories 14 Tech Leaders Offer Their Best Pieces of Advice to New Entrepreneurs Ultimate Guide For Hiring On-demand Developers For Your Startup Top 25 Digital Transformation Influencers You Need to Follow