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For patients who are already burdened with health issues, any point of stability can improve their healthcare experiences and satisfaction. Doctors have an opportunity to be that point, but often they are burdened with paperwork that causes a backlog of work, affecting their ability to spend critical one-on-one time with patients and ultimately affecting patient satisfaction scores.

Although digital health solutions like electronic health records have helped free physicians from paperwork, they have in some cases added to the workload, and doctors need a mobile solution that lets them spend time with patients and get their work done — simultaneously.

The Continuous Drain on Time and Satisfaction

Most physicians still want to take time with their patients, and that’s because time spent listening and engaging encourages better understanding of a patient’s health and how to optimize it.

However, the recent drop in face time — doctors now spend less time with patients than some of us spend in line at Starbucks — is bound to have significant impact on patient satisfaction scores. But patients aren’t the only ones who are unhappy with doctor-patient interactions. According to The Hill, a Medscape survey of over 14,000 physicians cited burnout as a key factor in physician dissatisfaction. Additionally, an American Medical Association survey, reported in the Annals of Internal Medicine, shows that for every hour doctors spend with patients, they spend an additional two hours on administrative tasks, and 1 to 2 hours after work on additional tasks.

Electronic health records should have made things easier for doctors, at least in part. Instead, they are are time-consuming and contributing to job dissatisfaction and burnout.

Fortunately some simple developments in mobile technology offer a solution.

A Twist on the Tablet

These detachables feature the lightweight profiles (with no loss of computing power or keyboard size), vivid displays and touchscreens that bring convenience and entertainment to everyday life, and have the potential to directly address the primary challenges to physician-patient exam room interactions.

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This flexibility means better communication, and is an additional benefit 2-in-1s bring to the exam room. Touchscreen options, with their simple navigation and ease of interface, open the door to a more personalized patient experience and one that feels familiar and less clinical. Improved eye contact facilitated by the inherent flexibility of 2-in-1 models can boost a patient’s sense of engagement, and ultimately patient satisfaction scores, through readable interfaces that make communication easier for both patients and doctors. This improvement is especially important, as patients are receiving increasingly complex data and information, and comprehension of diagnosis and care plans becomes more challenging.

The best part is that all of this is accomplished without a loss of the processing power needed to navigate complex electronic health records and imaging systems.

Administrators in particular should keep in mind that addressing patient satisfaction challenges through technology doesn’t always have to mean huge outlays on infrastructure or dramatic platform overhauls. Sometimes, simple adjustments and upgrades can go a long way in meeting the needs and improving the experiences of both clinicians and patients.

From securing electronic health records to improving patient education, our hospital technology delivers a smart, comfortable experience for patients every step of the way.

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Ai Technology To Revolutionize Patient Care

In an exciting development for the National Health Service (NHS), Henry Smith MP expressed his support for the government’s new £21 million fund to deploy cutting-edge artificial intelligence (AI) tools to enhance patient diagnosis and treatment. The Health & Social Care Secretary announced that the initiative aims to transform healthcare delivery, providing faster & more effective patient care.

Also Read: J&K Government Set to Revolutionize Healthcare with Artificial Intelligence

Unlocking the Potential of AI in Healthcare

Also Read: Machine Learning & AI for Healthcare in 2023

Previous Successes Pave the Way

The government has already invested £123 million in 86 AI technologies that have made a tangible impact on patient care. These technologies have supported stroke diagnosis, screening, cardiovascular monitoring, and managing conditions at home. Notably, using artificial intelligence has significantly reduced the time required for stroke victims to receive treatment. It has resulted in a higher chance of independent living post-stroke.

Also Read: Transforming Healthcare: Project-based Deep Learning-Powered Survival Prediction

Empowering NHS Trusts with the AI Diagnostic Fund Streamlined Regulations and Safety Measures

Recognizing the importance of the safe distribution of AI devices, the government has also launched the AI & Digital Regulations Service. This service aids NHS staff in navigating the regulations surrounding AI devices. It further lets them facilitate the efficient introduction of AI technologies into the healthcare system. Streamlining the regulatory process saves valuable time in bringing AI products to market.

The Future of Healthcare Enhanced by AI

The healthcare industry invests £10 billion annually in medical technology, and the global market is projected to reach £150 billion next year. Access to new technologies is essential for providing patients with breakthroughs in preventive care, early diagnosis, more effective treatments, and faster recovery. The Health & Social Care Secretary, Steve Barclay, affirmed the government’s commitment to adopting cutting-edge technology to deliver the best care and reduce waiting times—a top priority for the government.

Also Read: Use of ML in HealthCare: Predictive Analytics and Diagnosis

A Milestone in Healthcare Evolution

Professor Stephen Powis, the National Medical Director of NHS England, highlighted the transformative impact of AI in catching and treating diseases earlier and improving waiting list management. As the NHS approaches its 75th anniversary, the integration of proven technology continues its tradition of delivering better patient care while optimizing value for taxpayers.

Also Read: Carbon Health Revolutionizes Healthcare with AI Charting in Its EHR

Radiologists Embrace AI’s Potential

Dr. Katharine Halliday, the President of the Royal College of Radiologists, praised the government’s £21 million fund, emphasizing the importance of innovation in boosting diagnostic capacity. AI has the potential to enhance efficiency, support decision-making, and identify urgent cases promptly. Collaborating with highly trained radiologists, AI will undoubtedly play a significant role in the future of diagnostics.

Also Read: Breaking Barriers: ChatGPT’s Radiology Exam Triumph and Limitations Unveiled!

Our Say

The government’s initiative to implement AI tools throughout the NHS signifies a major step toward transforming patient care. With Henry Smith MP’s endorsement and the support of healthcare professionals, artificial intelligence is poised to revolutionize healthcare delivery, ensuring faster diagnoses, improved treatments, and better patient outcomes across the country. Integrating AI into the NHS represents a milestone in healthcare evolution, where innovative technologies and human expertise merge to shape a brighter future for all.

Related

Geekbench Scores For New Ipad Pro Surface, Rivals 2023 Macbook Pro Performance

Apple said that the new iPad Pro with its A12X chip was faster than “92% of portable PCs” at its announcement event on Tuesday. Apple uses ‘PCs’ as a nice euphemism for both Windows and Mac computers without directly slighting its own Macs.

Geekbench benchmarks for the new iPad Pro have shown up online, and the scores are certainly impressive. The iPad reports ~5030 in single-core, and ~18000 in multi-core. The single core score goes to toe-to-toe with a 2.6 GHz i7 2023 MacBook Pro …

You can build-to-order a 13-inch MacBook Pro with the i7 processor and 256 GB SSD for $2099. The comparable 256 GB 12.9-inch iPad Pro is $1149. Apple offers an off-the-shelf 2.6GHz i7 in a 512 GB 15-inch MacBook Pro config for $2799. The 12.9-inch iPad Pro specced with 512 GB storage sells for $1349, half as much.

The six-core i7 is faster in the multi-core benchmark than the eight-core iPad Pro — but it is really not that far behind.

The 2023 iPad Pro can achieve 3908 single-core and 9310 multi-core scores. The new iPad Pro is 30% faster than its predecessor in single-core and effectively doubles multi-core performance up to 18217, at least according to these synthetic benchmarks.

Tasking the GPU computational ability, Geekbench shows the Metal Compute Score rising by 40% year-over-year. The second-gen iPad Pro could achieve just under 30,000 on the compute benchmark. The new Pro models easily top 41,000.

At least in single-core, Apple only sells a single configuration of portable Mac that is decidedly faster than the iPad Pro — the Core i9 MacBook Pro. Reminder: Apple sells the A12X-equipped iPad Pro from $799. The i9 MacBook Pro sells for more than $3000. Going beyond portables, the iPad Pro matches or beats almost all 2023 iMac configurations, and rivals the iMac Pro on single-core prowess.

These Geekbench reports also back up the claims that the iPad Pro offer 6 GB of RAM … on some models. As seen here, the device with identifier ‘iPad8,8’ has 5650 MB of memory whereas ‘iPad8,3’ has 3769 MB (6 GB vs 4 GB).

Multiple people are telling me that only the 1TB iPad Pros get 6GB RAM. … So that’s a thing.

— Steve Troughton-Smith (@stroughtonsmith) October 30, 2023

For the first time in an iOS device, 2023 iPad Pro RAM varies based on the particular storage configuration. 64 GB, 256 GB and 512 GB SKUs of both the 11-inch and 12.9-inch models feature 4 GB RAM, unchanged from the 2023 generation. The 1 TB configurations feature 6 GB RAM.

With the current state of iOS, the additional RAM will primarily make a difference in how many apps can stay frozen in memory, or how many Safari tabs can be kept open without reloading. In terms of future-proofing, obviously bigger is better.

Who knows what new iPad features will come along in iOS 13 or iOS 14, and there’s a chance that some features may require higher available RAM (or at least work better with the additional 2 GB floating around).

The new iPad Pro models can be ordered now from chúng tôi with first orders shipping to customers on November 7.

Check out 9to5Mac on YouTube for more Apple news:

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11 Ways Technology Is Driving New Ecommerce Approaches In A Post

Businesses must deploy technologies after knowing top eCommerce approaches

A wave of consumers have had to come to terms with digitisation and adapt to online shopping since the onset of the pandemic, and

40% say they won’t be going back

. Retail eCommerce stores experienced a dramatic increase in sales due to the pandemic with nearly half of customers purchasing products online that they normally would buy in-store. 

How the pandemic changed retail sales

The UK saw an increase of 74% in online sales in 2023 and the US saw eCommerce growth

accelerate by 10 years in 90 days

at the beginning of 2023. No other industry has seen this amount of growth, especially during a time of economic hardship. 

Social distancing restrictions caused many people to start working from home and doing most of their banking, online shopping, and entertainment online. Ecommerce not only provided a way for people to shop at home, but also provided many workers across the globe the opportunity to start a profitable side-gig to increase their incomes as the economy tanked. 

Many people were able to quit their original jobs altogether in favor of online jobs. In fact,

75% of online workers

are making just as much money working for themselves online as they did working traditional salary jobs. That kind of spending power has had a sizable impact on the evolution of eCommerce, even forcing businesses to implement in-store technology like NFC tags, QR codes, and digital window shopping. 

Tech-driven trends in eCommerce

The shift toward eCommerce sales was not a pandemic fluke, either. Online retail sales went up 32.4% over the course of 2023, and have already gone up an

additional 39% in 2023

even as social distancing requirements have decreased or ceased. 

Although the economic landscape of the pandemic has been bleak, a significant percentage of the working class in the US is made up of millennials, notorious for “killing” brick and mortar industries in favor of eCommerce and online services. 

Surveys have shown that 64% of consumers find online browsing easier than shopping in a brick and mortar store, citing that it’s easier to find items that they like as well as having the ability to research reviews before making a purchase. 

1 – Conversational Commerce

The utilization of chatbots and other AI technology simulates human-to-human conversation and

provides consumers with instant solutions

.

Giving chatbots the ability to access key information about products and services as well creates a personalized experience for customers.

2 – Social Selling

Social platforms like Pinterest, Facebook, Instagram, and even TikTok provide an in-app shopping experience that helps streamline eCommerce marketing and sales within single platforms. Since Pinterest first introduced its Shop tab in 2023, it’s seen an

increase in sales of 356%

, with Facebook and Instagram sales up nearly 200%, and TikTok seeing about 3x the number of sales. 

3 – Shoppable UGC (User Generated Content) 4 – Mobile Wallet Functionality

In addition to being able to accept a variety of payment methods, enabling customers to pay with their eWallet or with mobile wallets

that allow crypto payments

helps eCommerce sales in a couple of ways. 

Not only does this help boost sales, it’s also extremely secure, enhancing online stores’ ability to protect customer data. The number of people using eWallets to make payments went up from around 900 million at the beginning of the pandemic to

1.48 billion peak-pandemic

, and this number is steadily increasing throughout 2023. 

5 – AR/VR Shopping

One of the biggest challenges that eCommerce retailers face is the inability of customers to try on and experience products before making a purchase. With more consumers shopping online for goods like clothing and furniture, more are likewise interested in using AR/VR technology to shop. 

6 – Analytics AI 7 – PWAs

Progressive Web Apps are websites that can be accessed from a browser directly with all the features of a native app. PWAs

bring agility to online shoppers

by engaging customers and making it easy to buy. 

8 – Voice Search

More mobile users are becoming increasingly comfortable talking to their devices about queries. Voice shopping features are expected to

increase to $40 billion

by 2023. This technology works by making suggestions to customers based on their passed voice searches. 

9 – Actionable Content

Content that goes beyond the average content marketing techniques by offering consumers helpful content that is relevant to their personal experiences helps brands connect with customers and create lasting relationships. A general digital experience doesn’t cut it for customers in 2023. A

custom digital experience is crucial

to building brand loyalty. 

10 – Cognitive Supply Chain Management

Machine learning technology is helping eCommerce companies streamline their distribution and inventory management systems in ways that mitigate risks, increase performance and improve the quality of insights. The best part is that cognitive supply chain management technologies can do it all on their own with little to no human interaction. 

11 – CRM integrations

Integrated customer relationship management platforms help eCommerce stores retain customers by automating and personalizing the marketing experience after they make a purchase. These integrations synchronize a large amount of consumer data to improve overall business efficiency, with

97% of marketers

reporting positive impacts of using integrated CRM systems. 

Conclusion

Consumer and eCommerce shopping trends that took off during the pandemic are likely to continue

with the increased digital transformation

of businesses in all industries. If in-store companies want to be able to compete with their online counterparts they will have to adapt to the changing consumer environment and increased expectations for digital experiences and quality customizations. 

Advance Your Mobile Payment Security With Tokenization

The term “tokenization” refers to the process of replacing sensitive data, such as data related to payment cards and e-commerce transactions, with randomly generated symbols for each separate transaction — so-called tokens — that replace the data so that it can’t be compromised.

This ensures that transactions can be completed in a secure manner, as it’s much harder for hackers to gain access to data that’s been tokenized than data that’s stored and transmitted in the clear. In addition, once a token is used, it can’t be used again, rendering it useless to hackers.

Securing Mobile Payments

One area in which the use of tokenized data holds much promise is mobile payments. Samsung Pay is one such service that utilizes tokenized data. Once a mobile device is registered with the payment system, its primary account number is replaced with a unique token that’s maintained by the card network, never stored on the device, and kept in a secure token vault (with the card issuer).

With the Samsung Pay system, the card network returns card data that’s been tokenized using a secure channel to the device, and hardware-based keys within the device encrypt and authenticate its data. Only encrypted data is returned to the Samsung Pay app to avoid security and privacy risks. The security and integrity of the tokenized data is protected because it can only be accessed in the Trusted Execution Environment (TEE) of the device. When the tokenized card details are sent to the TEE, an authentication code is generated for that particular transaction. With Samsung Pay, tokenization is available for securing both near field communication and magnetic stripe payments.

To protect a user’s card data and payment information, a secure communication channel is created between user devices and card network servers using public key cryptography. Once a transaction is initiated, a cryptogram (a unique authentication code) is sent to the payment terminal. This authentication code verifies that the mobile device with which it’s associated is the one being used to make the transaction. Both the token and the authentication code must be verified by the card network for the transaction to proceed. This verifies that the user is the correct person to make a transaction.

Protecting You (and Your Wallet)

Payment tokenization holds great promise in the fight against payment fraud. In 2024, Statista estimates that $7.7 billion will be lost to payment card fraud in the U.S. alone, up more than a third over 2012. One area in which fraud is increasing is mobile payments. According to LexisNexis, mobile commerce transactions accounted for 14 percent of all transactions in 2014, but for 21 percent of all fraudulent transactions.

Tokenization has the potential to vastly improve the security of sensitive data in a wide range of scenarios. The example of mobile payments shows how it can be used to add security to a rapidly growing area, which will expand further as mobile adoption continues to proliferate. There are many other scenarios in which tokenization can vastly improve security by protecting the privacy of sensitive data; including online banking, medical records, criminal records and the online provisioning of government services.

How Hospitals Are Improving The Patient Experience

Healthcare faces an inflection point as the sector becomes more consumerized and focused on improving the patient experience. Part of this move is driven by patients who expect a certain level of customer service and choice in all of their interactions, even in hospitals. The HCAHPS (Hospital Consumer Assessment of Healthcare Providers and Systems) survey is making an impact, even provoking change and affecting funding by measuring patient impressions of hospital care. With revenue at stake, hospitals are feeling even more pressure to improve the patient experience. One strategy is to rethink the design and technology used in your patients’ rooms to create a more comfortable, open and communicative experience for patients.

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Technology and the Hospital of the Future

When Johns Hopkins Hospital held a patient town hall in 2024, they discovered that one of the most common pieces of feedback from patients was that they wanted better and up to date communications about their care. Technology now exists that meets this request, and puts control of care and comfort right where patients want it: in their own hands.

Hospital-grade Smart TVs or tablets create the patient room control center. Rather than dry erase boards that your staff manage manually, smart TVs can automatically show the room phone number, names and photos of your healthcare team and staff, and procedure schedules. It also provides another way for your patients to view their vitals and relevant health information. Devices like these put intelligent room controls at the fingertips of your patients, allowing them to manage their entertainment choices, TV volume, lighting and temperature controls. Smart TVs enable patients to beat boredom, lower anxiety, stay better informed about their own care and even watch videos that educate them on their condition.

But far more than entertainment and atmosphere, hospital room technology vitally connects you to your patients.

For example, Baptist Memorial Health Care launched the MyChart Bedside pilot program that provides longer-term hospital patients with Samsung Galaxy tablets. From the tablets, patients can see their daily treatment schedule, information about both their diagnosis and medication, current vital signs, test results and hospital staff. They can also send direct communication text messages to their doctors and nurses, and even play games. As the Johns Hopkins Hospital town hall revealed, patients crave updated and current information. Busy health professionals often don’t have time to update patients on next steps or care plans. But in the patient room of the future, tools such as this meet that need.

Another undeniable fact of hospital visits is that they often involve patient pain. In order to make the patient stay more comfortable, Southern Hills Hospital in Las Vegas used AccendoWave and Samsung Galaxy tablets to gather pain feedback from patients via a headband. The band measured electrical impulses in the brain to signal discomfort and fed that information to the tablet. Based on pain levels, tablet apps were served to the patient to provide diversionary content that could distract from the pain. The band monitored the brainwaves and feedback to ensure the tool was working.

Improving the patient experience is changing hospital stays, and even hospital care, for the better. As patients continue to look for more involvement within their medical care, from one-day procedures to multi-night hospital stays, your hospital or healthcare facility can rely on technology to usher in the hospital of the future.

Learn more about how healthcare technology solutions can enhance efficiencies and improve the patient experience.

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