health systems

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Published By: Nextgen     Published Date: Jan 16, 2020
Health care providers face complex challenges when it comes to providing integrated mental and physical health services. This eBook describes how: • Healthcare providers are impacted by an increase in patients and behavioral health challenges • The continuing opioid crisis complicates efforts to provide support for behavioral health • Merging behavioral, medical, and dental health together into EHR systems provides visibility into a patient’s entire care continuum for improved care and better outcomes
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Nextgen
Published By: Lenovo - StudioNorth     Published Date: Jan 13, 2020
In 2020, some 30.7 billion IoT devices are expected to be active in the world. An estimated 40% of IoT devices will be used in healthcare.1 Yet connected health represents only 30.3% of connected devices, according to Intel.®2 What accounts for the difference? Unlike other industries leading the adoption of IoT, such as manufacturing, retailing, and AE&C (architecture, engineering, and construction), healthcare systems and hospitals embrace two categories of connected devices: IoT (Internet of Things) and IoMT (Internet of Medical Things).
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Lenovo - StudioNorth
Published By: 3D Systems     Published Date: Jan 03, 2020
As metal AM continues to prove itself in the production of high value, critical parts, players in regulated industries like healthcare, aerospace, and energy are looking for ways to access AM’s unique benefits while mitigating the risks inherent to change. Matters of workforce readiness, quality assurance, validation, and process control are hot topics, all leading to the same question of how to accelerate the implementation of metal AM to jumpstart innovation. In this Executive Brief you will learn how 3D Systems helps customers obtain high quality, repeatable, certifiable metal printed parts, and qualify and control their metal AM processes at all stages to eliminate months from implementation, achieve their goals faster, and adopt best practices sooner. This is made possible through the teams of experts at our global Customer Innovation Centers (CICs), which are facilities where we both manufacture parts and offer customer training and engineering services.
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3D Systems
Published By: Origami Risk     Published Date: Dec 23, 2019
Medical error is the third-leading cause of death in the United States.Many healthcare providers continue to use lagging systems that don’t efficiently collect or analyze data. Furthermore, a mix of legacy and new systems makes for potential conflicts that add to the confusion and fortify workplace silos. Without the sharing of information, organizations fail to see big-picture strategies and solutions that could help prevent medical errors and increase patient safety. Integrated healthcare risk management software that can work seamlessly and securely with existing software is one of the missing links to knocking down silos and developing strategies that contribute to a reduction in deaths due to human error. Here are some of the specific ways healthcare risk management software accomplishes this.
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Origami Risk
Published By: UL     Published Date: Dec 04, 2019
From its first documented use nearly 30 years ago, robotics today is playing a major role in efforts to bring innovative patient treatments to the healthcare industry. Robotically assisted equipment and systems are now being widely used in advanced surgical procedures, helping to reduce complications and improve overall surgical outcomes. The International Electrotechnical Commission (IEC) has now published a standard to address the specific performance and safety characteristics of robotically assisted equipment. The standard, IEC 80601-2-77, Medical Electrical Equipment – Particular requirements for the basic safety and essential performance of robotically assisted surgical equipment, bridges an important gap in previously available medical device standards. Reflecting more than a decade of work by industry experts from around the world, IEC 80601-2-77 is expected to be adopted in the near future by regulatory authorities in most international medical markets for use in assessing the
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UL
Published By: Dassault Systèmes     Published Date: Nov 11, 2019
Learn about challenges, solutions and benefits of 7 DELMIA customers from different industries. Delivering quality products is important in all industries, but it is especially critical where consumer health and safety are affected. Automotive is one of those industries. That’s why Autoliv, a supplier of airbags and safety systems to all of the global automotive OEM’s, wanted to better manage quality and material flows, achieve greater traceability, and drive continuous improvement across its manufacturing plants. They have chosen DELMIA Apriso as their manufacturing execution platform. Autoliv has now an enterprise solution to streamline production operations from planning, to inventory and material flow management, to traceability and continuous improvement.
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Dassault Systèmes
Published By: Dassault Systèmes     Published Date: Nov 11, 2019
Learn about challenges, solutions and benefits of 7 DELMIA customers from different industries. Delivering quality products is important in all industries, but it is especially critical where consumer health and safety are affected. Automotive is one of those industries. That’s why Autoliv, a supplier of airbags and safety systems to all of the global automotive OEM’s, wanted to better manage quality and material flows, achieve greater traceability, and drive continuous improvement across its manufacturing plants. They have chosen DELMIA Apriso as their manufacturing execution platform. Autoliv has now an enterprise solution to streamline production operations from planning, to inventory and material flow management, to traceability and continuous improvement.
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Dassault Systèmes
Published By: Dell - NVIDIA     Published Date: Nov 04, 2019
Artificial intelligence (AI), machine learning (ML), and deep learning (DL) technologies are expected to permeate day-to-day business as well as customer activity. Industries such as healthcare (advanced diagnosis and treatment), transportation (advanced driver assistance systems and autonomous vehicles), and life sciences (rare disease treatment research) are some of the early adopters of AI. The goal for any organization adopting AI/ML/DL is to deliver meaningful insights and predictions that can significantly improve products, processes, or services across industries and use cases. Today, as AI becomes mainstream, many organizations find themselves in the initial proof-of-concept (POC) stage; only a few are in full production. IDC's 2019 Artificial Intelligence Global Adoption Trends and Strategies Survey found that 18% of organizations had AI models in production, 16% were in the POC stage, and 15% were experimenting with AI.
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Dell - NVIDIA
Published By: Kindred Hospital Rehabilitation Services     Published Date: Aug 26, 2019
Research has demonstrated enhanced technology can improve communication between patients, families and care providers, improve motivation, and has the potential to effect better outcomes and higher levels of patient satisfaction. Additionally, better technology also makes the workplace more appealing to employees. With the investment and complexity involved, how can health systems utilize technology in the most efficient and effective ways to drive business results?
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Kindred Hospital Rehabilitation Services
Published By: SAS     Published Date: Aug 19, 2019
With the combination of electronic health records, rich repositories of claims data, medical device outputs, laboratory and prescription systems, real-world data and the data mined from other information technology systems, the health and life sciences ecosystem can now gain new perspective. Download this complimentary paper to learn more about how health care data has the power to transform the sector, helping to address the industry’s biggest challenges surrounding costs and quality of patient care. By adopting solutions that allow them to both produce and consume data analytics insights in a way that better guides clinical and business strategies, innovative health care organizations can learn not only to survive but also thrive in the decades to come.
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SAS
Published By: SAS     Published Date: Aug 06, 2019
With the combination of electronic health records, rich repositories of claims data, medical device outputs, laboratory and prescription systems, real-world data and the data mined from other information technology systems, the health and life sciences ecosystem can now gain new perspective. Download this complimentary paper to learn more about how health care data has the power to transform the sector, helping to address the industry’s biggest challenges surrounding costs and quality of patient care. By adopting solutions that allow them to both produce and consume data analytics insights in a way that better guides clinical and business strategies, innovative health care organizations can learn not only to survive but also thrive in the decades to come.
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SAS
Published By: SAS     Published Date: Jun 27, 2019
The health care world is changing. And data has a role to play in that change. Traditional health care systems are becoming more accessible and convenient, while also offering lower priced options. Proactive care — rather than reactive — is expected, including a shift from disease management to disease prevention. Likewise, a greater emphasis on personalized delivery, including understanding populations, has led to increased precision in holistic care management. Combining conventional data sources with data from previously untapped data sources — such as electronic health records, wearables, social determinants, social media, genetics and diagnostics — creates new possibilities for understanding the patterns, relationships, and predictors of wellness and health. Keep reading this e-book to discover how health care leaders are generating new opportunities for innovation and transforming how care is delivered.
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SAS
Published By: MuleSoft     Published Date: Apr 15, 2019
Healthcare organizations across the care continuum, from hospitals and health systems, to health insurers, to life sciences companies, must digitally transform in order to address legislative and market disruption. Driving digital transformation in healthcare requires connectivity across an ever-increasing number of applications, data and devices. Because of this, connectivity has emerged as a bottleneck that slows the development of new applications and the adoption of new technologies. In response, leading healthcare organizations have adopted API-led connectivity, which eliminates this connectivity bottleneck and enables 2-5X IT project delivery. Download this eBook to learn: How leading healthcare organizations like Sutter Health, Premera Blue Cross and Hologic are leveraging API-led connectivity to accelerate IT project delivery speed How APIs can be used to address the unique business and IT challenges faced by health systems, health insurers and life sciences companies How Mu
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MuleSoft
Published By: MuleSoft     Published Date: Apr 15, 2019
The healthcare industry has been affected by disruption and the need for healthcare innovation. Legislative, market, and technology pressures make it imperative for healthcare organizations — including hospitals and health systems, payers, and life sciences companies — to become more agile. IT teams in the industry are considering a microservices-based architecture as a means of accelerating healthcare innovation and increasing project delivery speed. MuleSoft research suggests that application development productivity increases of up to 10x are possible. Healthcare specifically stands to benefit from this architectural paradigm. This whitepaper will address: Why microservices matter for healthcare IT teams and for healthcare innovation Design principles for a microservices architecture How Anypoint Platform can help you implement microservices best practices
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MuleSoft
Published By: BeyondTrust     Published Date: Apr 11, 2019
The WannaCry ransomware attack in May 2017 crippled the UK’s National Health Service (NHS) and disrupted a range of organizations across 150 countries. Despite being a relatively unsophisticated attack, WannaCry was able to make such a global impact due to preventable vulnerabilities that had largely gone unaddressed. There were many more attacks in 2017, including high-profile breaches at Uber and Equifax, where heeding cyber-security recommendations may have reduced the impact and fallout. The scale and sophistication of cyber-attacks is not slowing down – ranging from phishing scams to cryptocurrency-based cyber-attacks, to statesponsored attacks on industrial control systems. These attacks present an ever growing challenge and serve as a reminder that organizations cannot afford to be complacent in the face of cyber threats. We’re living in a time when cyberattacks are a matter of when, not if, and security professionals must focus on mitigating their extent and damage.
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BeyondTrust
Published By: BeyondTrust     Published Date: Apr 04, 2019
The WannaCry ransomware attack in May 2017 crippled the UK’s National Health Service (NHS) and disrupted a range of organizations across 150 countries. Despite being a relatively unsophisticated attack, WannaCry was able to make such a global impact due to preventable vulnerabilities that had largely gone unaddressed. There were many more attacks in 2017, including high-profile breaches at Uber and Equifax, where heeding cyber-security recommendations may have reduced the impact and fallout. The scale and sophistication of cyber-attacks is not slowing down – ranging from phishing scams to cryptocurrency-based cyber-attacks, to statesponsored attacks on industrial control systems. These attacks present an ever growing challenge and serve as a reminder that organizations cannot afford to be complacent in the face of cyber threats. We’re living in a time when cyberattacks are a matter of when, not if, and security professionals must focus on mitigating their extent and damage. Our 2018 re
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BeyondTrust
Published By: Lenovo - APAC     Published Date: Jan 23, 2019
For Japan’s largest medical equipment wholesaler, Mutoh, ensuring its 300,000 products reach hospitals, clinics and health-centres on time is an imperative. Someone’s life depends on it. Without IT that wouldn’t be possible. But Mutoh’s IT infrastructure was unable to keep pace with the demands of the business. Every time an order came in, Mutoh had to pull data from different systems across multiple servers which was time-consuming. It needed an IT infrastructure that was fast, high-performing, reliable, stable, and flexible. Mutoh turned to Lenovo’s hyperconverged infrastructure that helped the company achieve: • The ability to seamlessly extract data from different systems across multiple physical servers helped Mutoh respond to customer orders as quickly as possible, thereby saving lives • A modular hyperconverged solution allowed Mutoh to invest on a need basis, improving ROI and addressing spikes in customer demand
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lenovodcg, nutanix, hyperconvergedinfrastructure, hci
    
Lenovo - APAC
Published By: Lenovo - APAC     Published Date: Jan 23, 2019
For Japan’s largest medical equipment wholesaler, Mutoh, ensuring its 300,000 products reach hospitals, clinics and health-centres on time is an imperative. Someone’s life depends on it. Without IT that wouldn’t be possible. But Mutoh’s IT infrastructure was unable to keep pace with the demands of the business. Every time an order came in, Mutoh had to pull data from different systems across multiple servers which was time-consuming. It needed an IT infrastructure that was fast, high-performing, reliable, stable, and flexible. Mutoh turned to Lenovo’s hyperconverged infrastructure that helped the company achieve: • The ability to seamlessly extract data from different systems across multiple physical servers helped Mutoh respond to customer orders as quickly as possible, thereby saving lives • A modular hyperconverged solution allowed Mutoh to invest on a need basis, improving ROI and addressing spikes in customer demand
Tags : 
lenovodcg, nutanix, hyperconvergedinfrastructure, hci
    
Lenovo - APAC
Published By: Lenovo - APAC     Published Date: Jan 23, 2019
For Japan’s largest medical equipment wholesaler, Mutoh, ensuring its 300,000 products reach hospitals, clinics and health-centres on time is an imperative. Someone’s life depends on it. Without IT that wouldn’t be possible. But Mutoh’s IT infrastructure was unable to keep pace with the demands of the business. Every time an order came in, Mutoh had to pull data from different systems across multiple servers which was time-consuming. It needed an IT infrastructure that was fast, high-performing, reliable, stable, and flexible. Mutoh turned to Lenovo’s hyperconverged infrastructure that helped the company achieve: • The ability to seamlessly extract data from different systems across multiple physical servers helped Mutoh respond to customer orders as quickly as possible, thereby saving lives • A modular hyperconverged solution allowed Mutoh to invest on a need basis, improving ROI and addressing spikes in customer demand
Tags : 
lenovodcg, nutanix, hyperconvergedinfrastructure, hci
    
Lenovo - APAC
Published By: Lenovo - APAC     Published Date: Jan 23, 2019
For Japan’s largest medical equipment wholesaler, Mutoh, ensuring its 300,000 products reach hospitals, clinics and health-centres on time is an imperative. Someone’s life depends on it. Without IT that wouldn’t be possible. But Mutoh’s IT infrastructure was unable to keep pace with the demands of the business. Every time an order came in, Mutoh had to pull data from different systems across multiple servers which was time-consuming. It needed an IT infrastructure that was fast, high-performing, reliable, stable, and flexible. Mutoh turned to Lenovo’s hyperconverged infrastructure that helped the company achieve: • The ability to seamlessly extract data from different systems across multiple physical servers helped Mutoh respond to customer orders as quickly as possible, thereby saving lives • A modular hyperconverged solution allowed Mutoh to invest on a need basis, improving ROI and addressing spikes in customer demand
Tags : 
lenovodcg, nutanix, hyperconvergedinfrastructure, hci
    
Lenovo - APAC
Published By: Great Bay Software     Published Date: Jan 09, 2019
"Only 51% of device makers follow guidance from the FDA to mitigate or reduce inherent security risks. See how hospitals can harness the benefits of connected medical devices to achieve operational efficiencies, provide better patient care and reduce the overall risk to patient safety. Watch this on-demand webinar to discover: • Emerging issues and trends that are risky to healthcare IT systems and can directly affect patient safety, violate their trust and impact revenue • Best practices for shoring up network security blind spots with real-time asset inventory, network authentication and automated enforcement controls • Why real-time endpoint visibility is the key to achieving an effective and proactive cybersecurity strategy"
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Great Bay Software
Published By: Intel     Published Date: Dec 13, 2018
Advanced image analysis and computer vision are key components of today’s AI revolution and is becoming critical for a wide range of industry applications, including healthcare, where this technology is being used to detect anomalies and improve patient care. Due to a lack of integrated tools and experience with these cutting-edge technologies, however, deploying complete systems is difficult. Applications that utilize deep learning approaches often require large amounts of highly parallel compute power, storage, and networking capabilities, along with performance optimizations for faster data analysis. The Intel and QNAP/IEI solution combines all these elements in one complete system for scalable data management for hospitals and clinics of all sizes. Read more on Intel’s and QNAP/IEI’s real-world use case on macular degeneration analysis through high-performance computing, vision capabilities, storage, and networking in a single solution.
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Intel
Published By: IBM Watson Health     Published Date: Dec 11, 2018
This one-page interview describes the importance of providing clinicians with access to evidence-based information and discusses how artificial intelligence can help deliver that information quickly at the point-of-care.
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hospitals, health systems, artificial intelligence, data, cognitive insights, value-based care, evidence-based, healthcare technology
    
IBM Watson Health
Published By: IBM Watson Health     Published Date: Dec 10, 2018
In this case study, large health systems implement IBM Watson Health to surface improvement opportunities. Using this tool, they were able to cut costs, reduce patients’ length of stay, acquire actionable data, address number of readmissions and improve management of COPD and sepsis.
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hospitals, health systems, healthcare, analytics, data, insights, case study, performance improvement, healthcare insights, cost, length of stay, financial performance data, readmissions, quality performance, benchmarks, dashboards, patient volume, savings
    
IBM Watson Health
Published By: VMware     Published Date: Dec 10, 2018
Healthcare IT is in the midst of a revolution. Far from its leaky-ceiling basement beginnings, healthcare information technology (HIT) is now a strategic business differentiator with a key to the executive washroom. Challenged to innovate new patient and provider application services while maintaining traditional client-server applications, HIT teams are seeking ways to ensure investments in the management and maintenance of traditional systems don’t prevent the delivery of new digital experiences now and into the future. To find out more download this eBook today.
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VMware
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