The document discusses the differences between the traditional model of purchasing and installing clinical software locally versus using an Application Service Provider (ASP) model. With an ASP, another organization hosts the application remotely and handles hardware maintenance while the practice pays monthly user fees. The ASP model offers lower upfront costs but higher ongoing costs than the traditional model. The document provides guidance for practices to evaluate the two options based on their needs and scenarios for different practice types.
Whether the designation is electronic
medical records (EMR) or electronic
health records (EHR), there is widespread
consensus that the costs and difficulties
associated with system adoption are surpassed
by the benefits to be gained by all stakeholders. In
addition to providing more efficient and cost-effective
care delivery workflows, EHRs offer opportunities
to standardize care delivery processes, reduce
medical errors, and speed reimbursements.
The document discusses Kareo, a healthcare IT company that offers electronic health record (EHR) software. It began as a medical billing software company and now offers a free, web-based EHR product. Kareo's EHR operates on a "freemium" model where the software is free but additional premium products can be purchased. It discusses Kareo's services, investors, areas of focus like interoperability, and usage trends. Open standards are important to enable data sharing and interoperability between different healthcare IT systems.
The document discusses the transition from EMR 1.0 to EHR 2.0 and the opportunities for care collaboration this enables. EMR 1.0 lacked interoperability and connectivity while EHR 2.0 utilizes new technologies like web/cloud computing and open APIs to allow data sharing and clinical workflows across organizations. This networked environment requires new business models and financial incentives to encourage collaboration between providers in managing patient care.
This document proposes standards and solutions for healthcare data exchange and interoperability. It discusses the goals of electronically exchanging health information while maintaining meaning. Standards discussed include HL7, RBAC, ABAC, PBAC, and XACML for access control policies. Implementing attribute-based access control is proposed to allow flexible, multi-factor access decisions. Integrating the Healthcare Enterprise (IHE) and Oracle Entitlement Server are presented as initiatives supporting interoperability and fine-grained authorization.
- Hospitals have made progress in electronically exchanging health information with outside providers, though challenges remain with integration following mergers and acquisitions.
- UnityPoint Health is working to consolidate multiple EHR systems following mergers onto a single Epic system, requiring its integration teams to connect disparate systems and move data between them.
- Interface engine software can streamline health systems' approaches to internal and external data integration and exchange, reducing development time for interfaces by an estimated 10-fold for some organizations.
This document discusses factors to consider when evaluating a clinical information system (CIS), including:
- Who is involved in choosing, implementing, and revising a CIS
- Factors to consider before implementing a CIS such as costs and failure rates
- How a CIS should be structured and updated
- Companies that design clinical decision support systems
- Security, access controls, and costs including implementation, support personnel, and purchasing options.
- How users should be educated on a system and updates through various learning methods.
Health device makers, to date, have primarily targeted consumers who are either fitness focused or chronically ill. But between these two extremes sits a large, fragmented and often overlooked population who seek better information to effectively manage their health. Our research suggests that successful solution providers will approach this market opportunity as an ecosystem of partners – with an integrated solution that extends beyond the device itself. By plugging the information gap for these consumers, solution providers can help fuel healthcare innovation.
Whether the designation is electronic
medical records (EMR) or electronic
health records (EHR), there is widespread
consensus that the costs and difficulties
associated with system adoption are surpassed
by the benefits to be gained by all stakeholders. In
addition to providing more efficient and cost-effective
care delivery workflows, EHRs offer opportunities
to standardize care delivery processes, reduce
medical errors, and speed reimbursements.
The document discusses Kareo, a healthcare IT company that offers electronic health record (EHR) software. It began as a medical billing software company and now offers a free, web-based EHR product. Kareo's EHR operates on a "freemium" model where the software is free but additional premium products can be purchased. It discusses Kareo's services, investors, areas of focus like interoperability, and usage trends. Open standards are important to enable data sharing and interoperability between different healthcare IT systems.
The document discusses the transition from EMR 1.0 to EHR 2.0 and the opportunities for care collaboration this enables. EMR 1.0 lacked interoperability and connectivity while EHR 2.0 utilizes new technologies like web/cloud computing and open APIs to allow data sharing and clinical workflows across organizations. This networked environment requires new business models and financial incentives to encourage collaboration between providers in managing patient care.
This document proposes standards and solutions for healthcare data exchange and interoperability. It discusses the goals of electronically exchanging health information while maintaining meaning. Standards discussed include HL7, RBAC, ABAC, PBAC, and XACML for access control policies. Implementing attribute-based access control is proposed to allow flexible, multi-factor access decisions. Integrating the Healthcare Enterprise (IHE) and Oracle Entitlement Server are presented as initiatives supporting interoperability and fine-grained authorization.
- Hospitals have made progress in electronically exchanging health information with outside providers, though challenges remain with integration following mergers and acquisitions.
- UnityPoint Health is working to consolidate multiple EHR systems following mergers onto a single Epic system, requiring its integration teams to connect disparate systems and move data between them.
- Interface engine software can streamline health systems' approaches to internal and external data integration and exchange, reducing development time for interfaces by an estimated 10-fold for some organizations.
This document discusses factors to consider when evaluating a clinical information system (CIS), including:
- Who is involved in choosing, implementing, and revising a CIS
- Factors to consider before implementing a CIS such as costs and failure rates
- How a CIS should be structured and updated
- Companies that design clinical decision support systems
- Security, access controls, and costs including implementation, support personnel, and purchasing options.
- How users should be educated on a system and updates through various learning methods.
Health device makers, to date, have primarily targeted consumers who are either fitness focused or chronically ill. But between these two extremes sits a large, fragmented and often overlooked population who seek better information to effectively manage their health. Our research suggests that successful solution providers will approach this market opportunity as an ecosystem of partners – with an integrated solution that extends beyond the device itself. By plugging the information gap for these consumers, solution providers can help fuel healthcare innovation.
What in the world is a digital hospital? Global trends in digital healthcare ...MaRS Discovery District
The document discusses the concept of a "Digital Hospital" which is a network of interconnected components that leverage technologies like analytics, electronic medical records, telehealth, and mobile apps to improve patient care. It notes that digital hospitals aim to provide an "omnichannel experience" for patients across physical, mobile, social and web channels. It also discusses some of the complexities healthcare organizations face from factors like rising chronic diseases, technology advances, and changing consumer expectations. Leading organizations are adapting by reshaping customer relationships, building operating flexibility, and innovating through experimentation.
To view recording of this webinar please use the below link:
https://wso2.com/library/webinars/2015/02/connected-health-reference-architecture/
The key focus areas of this session are
Overview of healthcare IT landscape
Standards and protocols widely used in healthcare platforms
SOA is healthcare domain
Quality of services in healthcare platforms
A connected healthcare reference model
Addressing the Healthcare Connectivity ChallengeTodd Winey
In healthcare, information accessibility can impact the outcome of a medical decision, or the success of a bundled payment initiative. To ensure that the right information is available at the right place and time, healthcare organizations typically have used HL7® interface engines to share data among clinical applications. But the demands on healthcare information technology are changing so rapidly that these simple engines are no longer sufficient.
Healthcare Information Technology: IBM Health Integration FrameworkIBM HealthCare
Today’s challenges to health plans call for business transformation — the individual member is now the customer. IBM can help make this transition from product model to service model with Health Integration Framework-enabled solutions
Improve Patient Care and Reduce IT Costs with Vendor Neutral Archiving and Cl...EMC
This white paper discusses how vendor neutral archiving (VNA) combined with cloud storage on the EMC Atmos platform can help healthcare organizations improve patient care and reduce IT costs. By breaking down PACS silos and providing secure access to medical images from any device, VNA and cloud storage reduce storage and archive costs while enabling images to be accessed at the point of care. A case study is presented of how one healthcare network leveraged this approach to improve medical imaging workflows.
Cloud computing promises to fundamentally transform the global healthcare industry. But most healthcare providers have only just started to understand the power of cloud to not only drive efficiency, but also to redefine collaboration, partnering, and business models. The IBM Institute for Business Value point-of-view explores the opportunities and implications of cloud computing to help global healthcare companies meet new competitive pressures and ever-expanding consumer expectations.
Patient Identification and Matching Initiative Stakeholder MeetingBrian Ahier
Initial findings from an environmental scan on patient matching were presented for discussion. Key findings included standardizing data attributes exchanged for matching, requiring EHRs to capture additional attributes like middle name and phone number, developing best practices for data governance and consumer engagement, and disseminating training on accurate data capture. Stakeholders provided feedback to inform next steps.
Innovation in Enterprise Imaging: Clinical Context is What's NextTodd Winey
Clinicians have one word for what they want from your next generation enterprise imaging solutions. Context. A recent study in the Journal of Digital Imaging suggests that nearly 60% of radiology orders have no mention of important chronic conditions, calling it “an alarming lack of communication” that “may negatively impact interpretation quality.” Imaging orders such as “chest pain” or “lower abdominal pain,” for example, are essentially context free, giving clinicians little information to work with. Access to a complete clinical history behind those orders can help clinicians provide richer input for more accurate diagnoses and more effective care plans, along with results of the imaging study.
Aman Quadri - Future Trends with Health and Wellness.Dataconomy Media
About Aman: I would say that one particular industry cannot define my work or where my passion lie, but currently I am immersed in Blockchain, Healthcare, and Cryptocurrency.
The document discusses various aspects of electronic health records (EHR), including:
1. EHR have become essential in healthcare to save time and money by digitizing patient records.
2. An EHR combines hardware, software, and networks to collect, create, and share patient information for improved care.
3. The document then breaks down eight key components of EHR and how they are used, such as health information, order entry, decision support, and administrative processes.
U.S. Healthcare - Converting Vision to RealityCognizant
The document discusses the ongoing transformation of the U.S. healthcare industry as it works to address rising costs and improve quality of care. It describes several key areas of change: 1) the development of a national healthcare IT infrastructure to share patient data electronically, 2) integrated health management through coordinated care models like patient-centered medical homes and accountable care organizations, and 3) personalized medical care enabled by new diagnostic technologies. Realizing this vision will require overcoming challenges around standards, costs, and adapting to disruptive trends in technology and demographics.
ASAP Medical Systems is proposing an outsourced engagement with Fox Industries to develop a web-based medical practice management software solution. The software will provide features such as insurance verification, electronic prescribing, and patient scheduling. It will be HIPAA compliant and accessible online at all times. ASAP Medical Systems seeks to invest $1.25 million to fund the project scope, which includes creating a functional design document and developing the system. Outsourcing the project to Fox Industries will allow ASAP to focus on business operations while controlling costs and risks.
VN-Enablement is a Learning Healthcare SystemLarry Sitka
The document discusses the ONC's vision for a future "Learning Healthcare System" that enables continuous learning and improved health through interconnected electronic health information. It argues that a Vendor Neutral Archive (VNA) provides the necessary foundation to build this system by allowing standardized and interoperable sharing of patient data across organizations. A VNA can aggregate clinical content from different sources to provide healthcare workers with suggestive access to patient information and improve outcomes. For the system to work, healthcare organizations must take ownership of patient data and focus on standards-based interoperability.
Improving Efficiency and Outcomes in Healthcare using Internet of ThingsCitiusTech
With the adoption of cloud and big data technologies, healthcare organizations are in a position to begin experimenting with IoT. Ranging from home care to smart facilities, there are many ways in which provider organizations can benefit by using IoT in their patient care workflows. E.g., a mobile app with patient geo-fencing capabilities can help optimize physician rounds by dynamically routing the physician to the nearest patient
Payers can leverage insights generated by IoT infrastructure to improve population health, increase patient awareness and reduce healthcare costs. Payers can also design more effective reward and retention programs using IoT generated data.
As IoT is evolving, adoption is slow but steady, and investments are being made by both startups and industry leaders. Healthcare is among the top 5 industries investing in IoT.
This document discusses how IoT can be leveraged to drive efficiency in healthcare workflows and enhance clinical outcomes.
The document summarizes the key changes and new features in Apache 2.0 compared to Apache 1.3. It discusses improvements to performance, scalability and multi-platform support through the new Apache Portable Runtime library. It also describes several standard modules introduced in 2.0 like Mod_Cache for content caching, Mod_Vhost_Alias for virtual hosting and Mod_Proxy for load balancing and reverse proxy capabilities.
The document discusses the need for standardization of self-encrypting storage security. It outlines the scope, goals, threat models, and alternatives of a potential standard. The key advantages of self-encrypting storage are that it provides low-cost encryption using true random keys generated and stored within the device, protecting data even if the host is compromised. A standard could simplify security analysis and increase trust compared to proprietary solutions.
Ensim Confidential Ensim The Hosting Automation Companywebhostingguy
Ensim provides automation solutions for hosting providers to help them scale their operations while reducing costs and improving customer satisfaction. Its solutions help hosting providers quickly roll out new services, better utilize resources like staff and data center capacity, and empower customers to self-provision services. Ensim's hosting automation platform includes components for order management, provisioning, billing, reseller management, and more to address challenges hosting providers face around manually intensive processes that don't scale well.
The document discusses the first operational experience using simultaneous X-band and Ka-band coherent tracking between NASA's Deep Space Network and the Cassini spacecraft. It involved upgrading a NASA station to transmit and receive in both bands and adding a Ka-band translator to Cassini. This allowed more accurate radio science experiments but also led to challenges that were addressed during operations. The collaboration was ultimately very successful thanks to the teams' problem solving and commitment.
This case study discusses Yahoo's efforts to consolidate their storage infrastructure across two use cases. For photos and briefcase storage, they moved 150TB of content from a legacy architecture of cheap JBOD arrays to a NAS solution with load balanced file servers and snapshots for backups. For data mining, they consolidated many small tape libraries and single-tier disk storage to a multi-tier architecture with a large consolidated tape library and increased write performance. Both efforts aimed to improve reliability, scalability, and reduce management overhead through storage consolidation.
What in the world is a digital hospital? Global trends in digital healthcare ...MaRS Discovery District
The document discusses the concept of a "Digital Hospital" which is a network of interconnected components that leverage technologies like analytics, electronic medical records, telehealth, and mobile apps to improve patient care. It notes that digital hospitals aim to provide an "omnichannel experience" for patients across physical, mobile, social and web channels. It also discusses some of the complexities healthcare organizations face from factors like rising chronic diseases, technology advances, and changing consumer expectations. Leading organizations are adapting by reshaping customer relationships, building operating flexibility, and innovating through experimentation.
To view recording of this webinar please use the below link:
https://wso2.com/library/webinars/2015/02/connected-health-reference-architecture/
The key focus areas of this session are
Overview of healthcare IT landscape
Standards and protocols widely used in healthcare platforms
SOA is healthcare domain
Quality of services in healthcare platforms
A connected healthcare reference model
Addressing the Healthcare Connectivity ChallengeTodd Winey
In healthcare, information accessibility can impact the outcome of a medical decision, or the success of a bundled payment initiative. To ensure that the right information is available at the right place and time, healthcare organizations typically have used HL7® interface engines to share data among clinical applications. But the demands on healthcare information technology are changing so rapidly that these simple engines are no longer sufficient.
Healthcare Information Technology: IBM Health Integration FrameworkIBM HealthCare
Today’s challenges to health plans call for business transformation — the individual member is now the customer. IBM can help make this transition from product model to service model with Health Integration Framework-enabled solutions
Improve Patient Care and Reduce IT Costs with Vendor Neutral Archiving and Cl...EMC
This white paper discusses how vendor neutral archiving (VNA) combined with cloud storage on the EMC Atmos platform can help healthcare organizations improve patient care and reduce IT costs. By breaking down PACS silos and providing secure access to medical images from any device, VNA and cloud storage reduce storage and archive costs while enabling images to be accessed at the point of care. A case study is presented of how one healthcare network leveraged this approach to improve medical imaging workflows.
Cloud computing promises to fundamentally transform the global healthcare industry. But most healthcare providers have only just started to understand the power of cloud to not only drive efficiency, but also to redefine collaboration, partnering, and business models. The IBM Institute for Business Value point-of-view explores the opportunities and implications of cloud computing to help global healthcare companies meet new competitive pressures and ever-expanding consumer expectations.
Patient Identification and Matching Initiative Stakeholder MeetingBrian Ahier
Initial findings from an environmental scan on patient matching were presented for discussion. Key findings included standardizing data attributes exchanged for matching, requiring EHRs to capture additional attributes like middle name and phone number, developing best practices for data governance and consumer engagement, and disseminating training on accurate data capture. Stakeholders provided feedback to inform next steps.
Innovation in Enterprise Imaging: Clinical Context is What's NextTodd Winey
Clinicians have one word for what they want from your next generation enterprise imaging solutions. Context. A recent study in the Journal of Digital Imaging suggests that nearly 60% of radiology orders have no mention of important chronic conditions, calling it “an alarming lack of communication” that “may negatively impact interpretation quality.” Imaging orders such as “chest pain” or “lower abdominal pain,” for example, are essentially context free, giving clinicians little information to work with. Access to a complete clinical history behind those orders can help clinicians provide richer input for more accurate diagnoses and more effective care plans, along with results of the imaging study.
Aman Quadri - Future Trends with Health and Wellness.Dataconomy Media
About Aman: I would say that one particular industry cannot define my work or where my passion lie, but currently I am immersed in Blockchain, Healthcare, and Cryptocurrency.
The document discusses various aspects of electronic health records (EHR), including:
1. EHR have become essential in healthcare to save time and money by digitizing patient records.
2. An EHR combines hardware, software, and networks to collect, create, and share patient information for improved care.
3. The document then breaks down eight key components of EHR and how they are used, such as health information, order entry, decision support, and administrative processes.
U.S. Healthcare - Converting Vision to RealityCognizant
The document discusses the ongoing transformation of the U.S. healthcare industry as it works to address rising costs and improve quality of care. It describes several key areas of change: 1) the development of a national healthcare IT infrastructure to share patient data electronically, 2) integrated health management through coordinated care models like patient-centered medical homes and accountable care organizations, and 3) personalized medical care enabled by new diagnostic technologies. Realizing this vision will require overcoming challenges around standards, costs, and adapting to disruptive trends in technology and demographics.
ASAP Medical Systems is proposing an outsourced engagement with Fox Industries to develop a web-based medical practice management software solution. The software will provide features such as insurance verification, electronic prescribing, and patient scheduling. It will be HIPAA compliant and accessible online at all times. ASAP Medical Systems seeks to invest $1.25 million to fund the project scope, which includes creating a functional design document and developing the system. Outsourcing the project to Fox Industries will allow ASAP to focus on business operations while controlling costs and risks.
VN-Enablement is a Learning Healthcare SystemLarry Sitka
The document discusses the ONC's vision for a future "Learning Healthcare System" that enables continuous learning and improved health through interconnected electronic health information. It argues that a Vendor Neutral Archive (VNA) provides the necessary foundation to build this system by allowing standardized and interoperable sharing of patient data across organizations. A VNA can aggregate clinical content from different sources to provide healthcare workers with suggestive access to patient information and improve outcomes. For the system to work, healthcare organizations must take ownership of patient data and focus on standards-based interoperability.
Improving Efficiency and Outcomes in Healthcare using Internet of ThingsCitiusTech
With the adoption of cloud and big data technologies, healthcare organizations are in a position to begin experimenting with IoT. Ranging from home care to smart facilities, there are many ways in which provider organizations can benefit by using IoT in their patient care workflows. E.g., a mobile app with patient geo-fencing capabilities can help optimize physician rounds by dynamically routing the physician to the nearest patient
Payers can leverage insights generated by IoT infrastructure to improve population health, increase patient awareness and reduce healthcare costs. Payers can also design more effective reward and retention programs using IoT generated data.
As IoT is evolving, adoption is slow but steady, and investments are being made by both startups and industry leaders. Healthcare is among the top 5 industries investing in IoT.
This document discusses how IoT can be leveraged to drive efficiency in healthcare workflows and enhance clinical outcomes.
The document summarizes the key changes and new features in Apache 2.0 compared to Apache 1.3. It discusses improvements to performance, scalability and multi-platform support through the new Apache Portable Runtime library. It also describes several standard modules introduced in 2.0 like Mod_Cache for content caching, Mod_Vhost_Alias for virtual hosting and Mod_Proxy for load balancing and reverse proxy capabilities.
The document discusses the need for standardization of self-encrypting storage security. It outlines the scope, goals, threat models, and alternatives of a potential standard. The key advantages of self-encrypting storage are that it provides low-cost encryption using true random keys generated and stored within the device, protecting data even if the host is compromised. A standard could simplify security analysis and increase trust compared to proprietary solutions.
Ensim Confidential Ensim The Hosting Automation Companywebhostingguy
Ensim provides automation solutions for hosting providers to help them scale their operations while reducing costs and improving customer satisfaction. Its solutions help hosting providers quickly roll out new services, better utilize resources like staff and data center capacity, and empower customers to self-provision services. Ensim's hosting automation platform includes components for order management, provisioning, billing, reseller management, and more to address challenges hosting providers face around manually intensive processes that don't scale well.
The document discusses the first operational experience using simultaneous X-band and Ka-band coherent tracking between NASA's Deep Space Network and the Cassini spacecraft. It involved upgrading a NASA station to transmit and receive in both bands and adding a Ka-band translator to Cassini. This allowed more accurate radio science experiments but also led to challenges that were addressed during operations. The collaboration was ultimately very successful thanks to the teams' problem solving and commitment.
This case study discusses Yahoo's efforts to consolidate their storage infrastructure across two use cases. For photos and briefcase storage, they moved 150TB of content from a legacy architecture of cheap JBOD arrays to a NAS solution with load balanced file servers and snapshots for backups. For data mining, they consolidated many small tape libraries and single-tier disk storage to a multi-tier architecture with a large consolidated tape library and increased write performance. Both efforts aimed to improve reliability, scalability, and reduce management overhead through storage consolidation.
The document summarizes a presentation about 4PSA VoipNow, a VoIP solution for hosting providers. It discusses how the hosting environment is changing with demands for more sophisticated communication services. 4PSA VoipNow is positioned as fulfilling these demands through its features like unified communications, multi-tenancy, and integration with Plesk. The presentation provides advice to hosting companies on adopting VoIP early and focusing on delivering valuable services rather than just minutes to better monetize communications offerings.
The document discusses SQL Server security attacks and defenses. It outlines how attackers can fingerprint servers, acquire user accounts through brute force or SQL injection, and escalate privileges. It then provides recommendations for securing SQL Server deployments through configuration hardening, input validation, patching, and access control best practices.
Regional extension centers (RECs) were created to help physicians implement electronic health record (EHR) systems and achieve meaningful use. However, RECs face limitations including short-term funding, endorsement of select EHR vendors, and lack of experience with all systems. The Veterans Health Administration (VHA) offers a successful example of large-scale EHR implementation through a collaborative development process tailored to clinician needs. While RECs aim to support physicians, their assistance may be constrained without long-term, sustainable support.
Connected Health Interoperability Platform_White Paper_Cisco UCSF_2016Wernhard Berger
The document discusses the Connected Health Interoperability Platform (CHIP) being developed by UC San Francisco's Center for Digital Health Innovation and Cisco. The CHIP aims to break down barriers to digital health innovation by creating a platform that connects digital health applications to dispersed patient data through a secure, cloud-hosted system with API services. This will allow applications to access and share data across EHRs, devices, and apps to improve referral management, care collaboration and the patient experience. The platform will include a health applications marketplace, core data and security services, and tools for application development.
Understand Benefits Of Electronic Health Records Wp091005Erik Ginalick
The document discusses the benefits of implementing electronic health records (EHR) systems. It outlines how EHRs can help improve patient care by providing instant access to patient information. It also describes how EHRs can help practices be more efficient by streamlining administrative tasks and improving communication. The document recommends developing a thorough implementation plan that addresses technology, workflow changes, training and other key factors to successfully adopt EHR systems.
The document discusses the benefits of electronic health records (EHRs) and their adoption in Canada. It outlines how EHRs can improve healthcare services by increasing access to patient information and reducing medical errors. The document also examines EHR adoption rates in Ontario and discusses the need for clinical systems like electronic medical records (EMRs) to be interoperable with provincial EHR systems. It notes that software providers will need to enable their EMR applications to leverage pan-Canadian EHR standards and data in the future.
The document discusses technology challenges and opportunities for California's Whole Person Care pilots. It finds that common data sharing needs include care coordination platforms, data quality monitoring, analytics and reporting tools, and identity management. Challenges include building consensus on technology approaches, aggregating diverse data, ensuring technology complies with privacy policies, and overcoming partner skepticism. The document presents case studies of Contra Costa and Marin counties' approaches. It concludes that pilots have made progress establishing infrastructure for integrated care but continued work is needed, and technology can help but not solve organizational challenges alone.
Nursing informatics professionals need to be aware of healthcare policy to effectively practice in today's changing healthcare environment. Healthcare policy is established at local, state, and national levels to guide solutions for population health needs. For nursing informatics to be recognized as a specialty, it had to demonstrate a differentiated practice, identify educational programs, develop a research agenda. Standards are critical for electronic health records and the effective exchange of health information. Adoption of technologies like computerized provider order entry and smart infusion pumps can help reduce errors and improve workflow.
Industry experts from health care and informatics ponder the future of electronic health records during the implementation of "meaningful use" and beyond.
Read more: http://www.chcf.org/publications/2012/02/whats-ahead-ehrs#ixzz1mTJUcSev
Republished with permission from the California HealthCare Foundation
The document discusses questions regarding a healthcare system's vendor selection process for an IT project. It recommends the types of information an organization should provide to vendors in a Request for Information (RFI) and gather from vendors in the early planning stages. This includes vendor background, technical requirements, functionality, implementation processes, and training. An RFP with more specific details is issued to a select few vendors.
HC4110_FinalPaper_NewModelEHR_SmithKR_05062016Kathlene Smith
This document summarizes a paper on fixing the electronic health record (EHR) marketplace in the United States. It discusses how the HITECH Act incentivized EHR adoption but led to over-complication through "Meaningful Use" criteria. Fewer than 10% of providers claimed incentives due to difficulties installing and using EHR software. The paper reviews literature finding frustration with EHR costs and usability. It argues the US could learn from other countries that implemented standardized data languages and open-source software with less financial impact.
Electronic Health Records Implementation RoundtableDATAMARK
DATAMARK and Creative Health Care (CHC) recently brought together CIOs, physicians and other stakeholders from U.S.-based hospital organizations to share experiences with implementation of Electronic Health Records systems to meet Meaningful Use requirements of healthcare reform.
Healthcare Interoperability: New Tactics and TechnologyHealth Catalyst
Every provider agrees on the need for healthcare interoperability to achieve clinical data insights at the point of care. The question is how to get there from the myriad technologies and the volumes of data that comprise electronic medical records. It’s been difficult to organize among participants that have had little incentive to cooperate. And standards for sending and receiving data have been slow to develop. This is changing, but the key components that are still vital to realizing insights are closed-loop analytics and its accompanying tools, an enterprise data warehouse and analytics applications. This article defines the problems and explores the solutions to optimizing clinical decision making where it’s needed most.
Computer technology was introduced to nursing in the 1960s in response to advances in healthcare IT. Over the following decades, nursing saw major developments including the approval of nursing informatics as a specialty, the rise of electronic health records, standardized nursing terminologies, and the integration of IT into various areas of nursing practice, education, administration and research. Key milestones were the development of early hospital information systems and ambulatory care applications, as well as initiatives to standardize nursing data and practice.
The healthcare industry has traditionally been slow to adopt new technologies due to concerns about privacy and security of patient data. However, cloud computing is now being widely adopted in healthcare due to its benefits of lower costs, rapid deployment, and access to data from any location. Common uses of the cloud in healthcare include electronic medical records, patient portals, telemedicine, clinical research, and big data analytics. Patient portals in particular allow patients to access their health information anytime from any device and interact with providers through secure messaging.
This document summarizes several key provisions from the Small Business Jobs Act of 2010 that provide tax breaks for small businesses:
1) It increases the maximum amount that can be deducted under Section 179 to $500,000 in 2010-2011 and increases the phase out threshold to $2 million.
2) It expands the definition of qualifying property for depreciation to include certain leasehold improvements, restaurant property, and retail improvement property.
3) It extends additional first year depreciation for 50% of the cost of certain property with recovery periods of 20 years or less, if acquired and placed in service in 2010.
4) It allows self-employed individuals to deduct the cost of health insurance
This document summarizes several key provisions from the Small Business Jobs Act of 2010 that provide tax breaks for small businesses:
1) It increases the maximum amount that can be deducted under Section 179 to $500,000 in 2010-2011 and increases the phase out threshold to $2 million.
2) It expands the definition of qualifying property for depreciation to include certain leasehold improvements, restaurant property, and retail improvement property.
3) It extends additional first year depreciation for 50% of the cost of certain property with recovery periods of 20 years or less, if acquired and placed in service in 2010.
4) It allows self-employed individuals to deduct the cost of health insurance
Modernizing Legacy Systems in Healthcare: A Comprehensive GuideLucy Zeniffer
Modernizing Legacy Systems in Healthcare: A Comprehensive Guide" offers practical insights into upgrading outdated healthcare technology. Exploring strategies, challenges, and benefits, this guide empowers healthcare professionals with the knowledge to navigate the complexities of system modernization. From enhancing efficiency to improving patient care, it provides a roadmap for embracing innovation in healthcare IT infrastructure.
E healthcare. Medical Cross-Enterprise Collaborative Platform.Vassily Buzuyev
Medical Cross-Enterprise Collaborative Platform is a modern solution enabling independent physicians to become more efficient and competitive. The platform enhances quality of the medical services rendered by the independent physicians and small medical clinics by reducing their operating expenses.
Changing the paradigm in healthcare information technology Antony Sapbuddy
This document discusses how healthcare organizations can shift to a more proactive paradigm by integrating wellness, disease management, and post-acute care in the home. It recommends focusing on prevention, proactively managing episodes of care across different providers and locations, and using technology like telecommunication and home devices to better monitor patients. Analytics are also highlighted as a way to improve patient safety, operational efficiency, and comply with government reporting mandates by identifying risk areas and enhancing treatment quality.
1) File uploads in PHP require configuring php.ini settings like enabling file uploads and setting temporary storage directories with correct permissions.
2) Forms for file uploads need to use POST with multipart/form-data encoding and include file input fields and hidden fields.
3) PHP stores uploaded files in the $_FILES array, including the temporary filename, size, type, and original name, which can then be processed and moved to a permanent location.
Running and Developing Tests with the Apache::Test Frameworkwebhostingguy
The Apache::Test framework allows running and developing tests for Apache modules and products. Key features include:
- Running existing tests through the t/TEST program
- Setting up a new testing environment by installing Apache::Test and generating a Makefile
- Developing new tests by writing Perl scripts that use Apache::Test functions and assert results
- Options for running tests individually, repeatedly without restarts, or in parallel on different ports
This document provides instructions on installing and configuring memcached to improve the performance and scalability of MySQL. Memcached is installed using package managers or by compiling from source. It is configured to listen on ports and interfaces, allocate memory, and set thread counts. The typical usage involves applications loading data from MySQL into memcached for faster retrieval, with MySQL as the backing store if data is not found in the cache.
The document discusses Novell iChain, a solution for securing web applications and servers. It provides single sign-on, encrypts data as it passes through proxies, and removes direct access to web servers. It authenticates users through LDAP or certificates and authorizes access through rules stored in eDirectory. This simplifies management and security across multiple web server platforms and applications.
Load-balancing web servers Load-balancing web serverswebhostingguy
The document discusses different approaches to load balancing web servers to address issues like scaling performance, tolerating failures, and rolling upgrades. It describes three common solutions: redirecting requests through a front-end server; using round-robin DNS to distribute requests; and employing an intelligent load balancer switch that can distribute requests based on server load and detect failures. Each approach has advantages and disadvantages related to ease of implementation, visibility to users, and ability to handle session state. The document also discusses network designs and protocols involved in load balancing, including TCP connection setup and teardown.
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2. Physician Practices:
Are Application Service
Providers Right for You?
Prepared for
CALIFORNIA HEALTHCARE FOUNDATION
Prepared by
Jason Fortin and Keith MacDonald,
First Consulting Group
October 2006
4. Contents
4 I. Executive Summary
5 II. Background
8 III. Evaluating the ASP Option
Hosting and Support
Ownership and Payment
14 IV. Is an ASP the Right Choice?
Four Questions to Ask
Other Considerations
21 V. Six Physician-Practice Scenarios
24 VI. Conclusion
25 Appendix A: Interviewees
26 Appendix B: Questions for ASP Vendors
28 Endnotes
5. I. Executive Summary
THE BENEFITS OF ADVANCED CLINICAL SOFTWARE
such as electronic health records (EHRs) are well-documented.
However, the up-front costs, information technology resources,
and expertise necessary to implement and support these
applications can be burdensome for small physician practices.
Over the last few years, with wider availability of broadband
connections, more sophisticated vendor solutions, and a grow-
ing number of options for hosting software, the application
service provider (ASP) model has emerged as an alternative to
purchasing, installing, and maintaining EHRs and other
software at physician practices. In this approach, another
organization houses and maintains the application and related
hardware; physicians simply access it remotely over a network
connection and pay a monthly user fee.
But the ASP model is not right for all practices. Deciding
whether it or the traditional approach is best depends on a
number of factors, including the practice’s information tech-
nology goals, its financial resources and IT expertise, whether
it has a reliable and fast Internet connection, and how willing
the practice is to have another organization host its data.
In addition to explaining the major differences between the
ASP model and the traditional software approach, this report
discusses important issues that physician practices should
consider when weighing the two options, and looks at ASP
clinical solutions on the horizon. Scenarios representing six
different types of practices offer guidance on choosing the
most appropriate model.
4 | CALIFORNIA HEALTHCARE FOUNDATION
6. II. Background
SMALL PHYSICIAN PRACTICES AND COMMUNITY
clinics are giving ever-more thought to adopting EHRs and
other applications that will help them address some of the key
clinical challenges they face. Also fueling interest in EHRs are
the continued expansion of pay-for-performance incentives,
recent EHR certification standards, state and regional IT
initiatives, and pending relaxation of Stark restrictions, which
prohibit hospitals from giving information technology to
physicians who refer patients to them.
An alternative to the traditional approach of purchasing,
installing, and maintaining EHR and other software at
physician practices has gained attention in the last few years.
It is called the application service provider (ASP) model.
Two main characteristics distinguish this model. First, the
clinical application in an ASP-based solution is not housed at
the physician practice; instead, another organization assumes
responsibility for hosting it and supporting the server hardware
on which the application runs, and physicians access the soft-
ware via a secure network or Internet connection (Figure 1).
Second, the medical practice pays a monthly fee to “rent” the
application, avoiding the need to purchase software licenses
up-front and to service and maintain the software they might
otherwise install in-house.
Figure 1. The Traditional Software Model vs. the ASP Model
Physician Practices: Are Application Service Providers Right for You? | 5
7. While the ASP model is not new to health care,
it is relatively new to the clinical arena. Vendors The EHR Divide Between Large and
have sold ASP solutions to health care organiza- Small Group Practices
tions since the mid-1990s, but up until a few Fewer small physician practices than large
years ago, remote applications focused largely practices adopt EHRs.3 According to a
September 2005 survey by the Medical Group
on billing and claims. In the late 1990s, com-
Management Association of 2,879 medical
panies such as The TriZetto Group, Physician groups, only 12.5 percent of practices with five
Micro Systems Incorporated (now Practice or fewer full-time-equivalent physicians have
Partner), MedicaLogic (purchased by GE implemented an EHR, compared to 15.2 per-
Healthcare), and Abaton.com (purchased cent of practices with 6 to 10 FTE physicians,
by McKesson) began offering EHRs on an 18.9 percent with 11 to 20 FTE physicians, and
ASP basis. 19.5 percent with 20 or more FTE physicians.
The study also found that the most widely
Many physicians need round-the-clock access to cited barrier to implementing an EHR was a
clinical applications, and back then, high-speed lack of capital resources.
Internet connections were expensive and unreli-
able. Only 10 to 15 percent of U.S. medical cen-
ters had “excellent connectivity to the Internet”
in 2001, according to one estimate.1 In addition, Many large practices have begun to adopt EHRs.
privacy concerns reached a peak early in the For small practices, however, purchasing, imple-
decade with the uncertainty surrounding menting, supporting, and maintaining an EHR
pending regulations under the Health Insurance or other advanced clinical application are more
Portability and Accountability Act of 1996. difficult. Buying an EHR application can be
expensive—as much as $44,000 per provider on
The emergence of reliable broadband technology average, with estimated ongoing costs of $8,500
since then has made ASP applications a more per provider per year.4 Small—and even some
viable option for small and medium-size physi- medium-size—practices simply do not have
cian practices. Nearly 70 percent of practices now sufficient capital or personnel to make this kind
have broadband connections.2 Moreover, health of investment. And once EHRs are in place,
care providers are becoming increasingly com- supporting and maintaining them requires
fortable with IT. significant expertise and resources (see sidebar
above).
The next wave of EHR adopters will likely
seek solutions that entail lower up-front costs,
offer predictable payments, and require minimal
application support and maintenance.
6 | CALIFORNIA HEALTHCARE FOUNDATION
8. Table 1. Obstacles to EHR Adoption among Physician Practices
Barriers to Implementing an EHR Mean Rating on Scale of 1 (No Value)
to 5 (Extremely Important)
Lack of capital resources to invest in an EHR 3.54
Concern about loss of productivity during the transition to an EHR 3.21
Inability to easily input historic medical record data into an EHR 3.20
Lack of support from practice physicians 3.18
Source: Gans D., Kralewski J., Hammons T., et al. “Medical groups’ adoption of electronic health records and information systems.”
Health Affairs 2005; 24(5):1323-1333
Despite the ASP model’s benefits, reservations The California HealthCare Foundation commis-
about this approach linger. Physicians have long sioned First Consulting Group to explore the
been concerned about data ownership, security, latest developments, approaches, benefits, chal-
and privacy—worries that increase when another lenges, issues, and concerns related to the ASP
organization hosts their clinical data and soft- model for ambulatory clinical applications,
ware. Furthermore, because physicians can only and to get a sense of where this model is headed.
access an ASP application via a reliable, high- FCG reviewed published research and spoke
speed Internet connection, they want assurances with more than two dozen health care leaders
that the application will always be available and and vendors of leading EHR, e-prescribing, and
perform optimally. disease-registry applications (Appendix A).
Physician Practices: Are Application Service Providers Right for You? | 7
9. III. Evaluating the ASP Option
A NUMBER OF KEY QUESTIONS ARISE WHEN
physician practices begin exploring the ASP option. How do
ASP solutions differ from traditional licensing arrangements?
What are the implications of remote hosting? What support
can practices expect? What are the ASP payment terms and
will they meet a practice’s needs?
Addressing these and other questions requires a clear under-
standing of two major differences between the traditional
software model and the ASP model: hosting and support,
and ownership and payment.
Hosting and Support
Unlike traditional software, an ASP solution is not housed at
the physician practice; rather, another organization is respon-
sible for hosting it and for supporting and servicing the
associated hardware. Users access the application remotely
via a secure network or Internet connection.
While traditional software licensing agreements typically
include some level of implementation, customization, and
software maintenance, the ASP model goes further: it pro-
vides full support for “back-end” functions such as product
upgrades, server maintenance and troubleshooting, daily data
back-ups, and security.
For physician practices, the ASP model entails a number of
important considerations regarding the network connection,
software, hardware, and support.
One consideration is ensuring there will be real-time, contin-
uous access to patient information. This typically is not an
issue with traditional, locally installed software. With ASP
solutions, on the other hand, physicians may not be able to
access the remote application if the network that connects
them to it becomes unavailable and they do not have a local
back-up solution, which some ASPs offer.
8 | CALIFORNIA HEALTHCARE FOUNDATION
10. A second consideration is whether the ASP pro- Typically, physicians need only a workstation
vides a client/server solution—as in traditional and Internet access to use an ASP application
software set-ups in which an application is effectively. Some ASP set-ups involve installing
installed on each end user’s computer—or a an additional back-up server at the practice
Web-based solution, which allows access to the if, as in many rural areas, Internet connectivity
application from any Internet-connected com- is unreliable.
puter by means of a browser. The latter solution
Finally, there is the issue of support and service.
is common for e-prescribing applications and
In traditional software installations, vendors usu-
can also be useful for EHRs.
ally provide implementation and training support
Client/server ASP applications are typically “thin.” plus access to a help desk when problems arise.
This means they have been designed so that the However, the physician practice incurs additional
main hardware server and each workstation on costs when the software is enhanced. It assumes
which the application runs share processing tasks. responsibility for installing and testing a newer
Thin applications can help minimize the need for software version and for providing all hardware-
a continuous network connection, but users may related support and service, including diagnosing
only access them from computers on which the and fixing server problems, addressing interface
software has been installed. issues, and backing up data. In some cases, prac-
tices outsource these tasks to a third party, such
Some vendors offer both client/server ASP
as a local computer support specialist.
applications and Web-based ASP applications,
allowing practices to decide if having a continu- In the ASP model, the practice assumes up-front
ous network connection is more important than implementation and training costs, but the
having access from any computer anywhere. For ASP bears all other responsibility for supporting
example, EHR products from eClinicalWorks the application and related hardware. A monthly
include a client/server version as well as a Web- ASP fee covers software maintenance and
based version that does not require any additional enhancements, testing and installation of soft-
desktop software. ware upgrades, server maintenance, data back-ups,
and help desk support.
A third consideration has to do with where the
application hardware is located. The traditional
approach is to install it in the physician practice,
usually in a secure data closet, whereas ASP
application servers and related hardware, such as
that necessary for data back-ups, reside off-site
and another organization manages them.
Physician Practices: Are Application Service Providers Right for You? | 9
11. Ownership and Payment The monthly fee for an ASP subscription is typi-
The second major difference between the tradi- cally lower than the cost of long-term financing
tional-software and ASP approaches involves of a software purchase—but only for the finance
owning versus “renting” an application. period. Once a practice has paid the initial
licensing costs to buy an application and the
When a physician practice buys clinical software, finance period ends, its monthly maintenance
it owns the software. This is a capital expendi- expenses usually are lower than monthly ASP fees
ture. The practice pays the full cost up-front or would be. Both models always entail ongoing
finances the purchase through a third-party fees: an 18 percent annual maintenance fee
lender and pays regular installments plus interest in the case of traditional software, and monthly
over a defined period of time, much like a mort- (usually higher) fees for maintenance and support
gage. In either case, licensing agreements often in the case of ASP. The latter fees are a result of
entail annual maintenance fees, which entitle the additional services the ASP provides—for host-
buyer to software support and upgrades. These ing, support, and electronically delivering the
fees are usually 18 percent of the up-front clinical application.
licensing cost. Like someone who buys a home,
a physician practice that buys clinical software is Tables 2 and 3 show the differences in these
responsible for most service and troubleshooting. payment models for an EHR application.
In the ASP model, a practice leases the applica- In the ASP model, physician practices retain
tion on a subscription basis, paying a monthly ownership of their clinical data, even though the
fee for the right to use it, usually under a data reside outside their walls. Virtually all ASP
contract that requires a three-year commitment contracts include provisions for returning the
(although, as this report confirmed, terms of as data to the practice when the agreement expires.
few as one year and as many as five years are Vendors often charge for the time and materials
available). This is typically an operating expense. necessary to do this. One vendor gives practices
Again, maintenance is included in the monthly the option of buying a stand-alone, read-only
lease payments. version of the company’s EHR product if they
decide to stop using it; physicians can view,
The ASP model is akin to renting an apartment: but not update, their data until they transfer the
the tenant lives there and pays rent each month, information to another system.
but someone else owns the building and is
responsible for resolving any problems that arise. Table 4 summarizes major differences between
Just as a tenant only owns the furniture in his the ASP and traditional software models.
unit, the physician practice only owns items such
as workstations, printers, and handheld devices
that physically reside within its walls.
ASP contracts stipulate that the physician prac-
tice has the right to use particular software over
the course of the contract period. In contrast,
even if a physician practice finances a software
purchase over the long term, it still ultimately
owns the product through a perpetual licensing
agreement.
10 | CALIFORNIA HEALTHCARE FOUNDATION
12. Table 2. EHR in the ASP Model*
Approximate Cost for
Price Rate Five-Physician Practice
UP-FRONT COSTS
Software and Services
Up-front licensing Not applicable $0
Implementation and configuration Flat fee $3,500
Training $800 per day $4,000
Hardware
Hardware and hardware- Not applicable $0
associated software (servers,
desktops, and third-party licenses)
Interfaces $5,000 per interface† $10,000
ONGOING COSTS
Monthly subscription $250 per month, per physician $15,000‡
Maintenance and support Included in monthly subscription; —
also includes ongoing support for
hardware and third-party software
TOTAL FIRST-YEAR COSTS $32,500
ANNUAL COSTS THEREAFTER $15,000 ($1,250/month)
* In Tables 2 and 3, models are representative examples of payment options for a five-physician practice.
Individual vendors vary considerably. These are approximate costs rather than specific examples.
† Interface costs for lab and practice management systems only.
‡ Minimum five-year contract required.
Physician Practices: Are Application Service Providers Right for You? | 11
13. Table 3. EHR in the Traditional Software Model
Approximate Cost for
Price Rate Five-Physician Practice
UP-FRONT COSTS
Software and Services
Up-front licensing Per provider $30,500*
Implementation and configuration Flat fee $3,500
Training $800 per day $4,000
Hardware
Hardware and hardware-assoc- Flat fee $7,500
iated software (servers, desktops,
and third-party licenses)
Interfaces Per interface† $10,000
RECURRING COSTS
Monthly subscription Not applicable $0
Maintenance and support Only includes maintenance for $8,490‡
clinical application; does not
include hardware and third-party
software maintenance
TOTAL FIRST-YEAR COSTS
IF PAID UP-FRONT $63,990
ANNUAL COSTS THEREAFTER $8,490 ($707.50/month)
COSTS FOR YEARS 1–5 $25,248 ($2,104/month)§
IF FINANCED
ANNUAL COSTS THEREAFTER $8,490 ($707.50/month)
* $8,500 for first provider, $5,500 for each additional full-time provider.
† Interface costs for lab and practice management systems only.
‡ 18% of up-front purchase price plus $600 per year per provider.
§ Assumes 18% annual interest over five years.
12 | CALIFORNIA HEALTHCARE FOUNDATION
14. Table 4. Key Differences Between ASP and Traditional Software Models
Key Differences ASP Traditional Software
Hosting and Support Summary: The application is Summary: The application is
hosted at a remote location. installed locally at the physician
Another organization assumes practice. The practice is respon-
full responsibility for supporting sible for server maintenance,
the application and related troubleshooting, data back-ups,
hardware. and security.
Network differences Accessed via a network connec- Accessed locally. Internet or
tion. Requires 100% connectivity network connection not required.
to the Internet.
Hardware differences Same hardware, but hosted Same hardware, but installed
remotely. locally.
Software differences Requires either a Web browser Requires the application to be
or a small software application installed on all local workstations
that is installed on all local work- or computers.
stations or computers.
Support differences Includes implementation, training, Typically limited to implemen-
and help desk support. Application tation, training, and help desk
service (e.g., implementation of support.
upgrades) and hardware support
(e.g., application server mainte-
nance) also included.
Ownership and Payment Summary: The practice “rents” Summary: The practice has a
the application and makes regular perpetual license to use the
monthly payments during the application and makes payments
contract period. up-front or it finances the initial
licensing costs over a period of
time. Maintenance costs are typi-
cally 18% of initial licensing fees.
Contract terms Typically a three-year Contract covers initial purchase
commitment. and ongoing maintenance.
No term commitment.
Data ownership Physician practice owns its data. Physician practice owns its data.
Physician Practices: Are Application Service Providers Right for You? | 13
15. IV. Is an ASP the Right Choice?
Four Questions to Ask
Although today’s reliable broadband technology has made
ASP applications a more viable option, many small practices
still cannot easily determine if the ASP approach is right for
them. Answers to the following four questions (summarized
in Table 5) should help in this regard.
How will the application fit into the
practice’s overall IT plans?
Whether physicians are interested in a full-fledged EHR or
an interim solution such as e-prescribing or a disease registry,
they must consider the level of integration that will be neces-
sary among the core applications in their larger IT strategy.
Integrating a remote solution with applications or functions
that reside at the physician practice can be more difficult than
integrating all of the solutions where they reside at the practice
site. Examples of local applications include those for practice
management; medical equipment, such as EKGs and pul-
monary function tests; speech recognition tools; and personal
digital assistants.
A first step should be determining how essential it is for an
ASP application to share data with the practice’s existing appli-
cations, then asking vendors if other practices have successfully
integrated that particular ASP product with physicians’ locally
installed software. Locally installed applications that must be
integrated with other practice-based software can exchange
data more easily via a local area network than they can via an
Internet connection.
In the future, more ASPs may offer remotely hosted integrated
EHR and practice management applications (see sidebar on
page 16). Practices considering this option will need to decide
if they are willing to give up their existing practice manage-
ment system for the benefits of an integrated, remotely hosted
solution that can manage both of those functions.
14 | CALIFORNIA HEALTHCARE FOUNDATION
16. Table 5. Primary Considerations for Physician Practices
The ASP model may be right The ASP model may not be right
Primary Consideration if the practice… if the practice…
How will the application • Is considering only an • Has a locally installed practice
fit into the practice’s overall e-prescribing application. management system and is
IT plans? unwilling to relinquish it.
• Has a locally installed practice
management system, but is • Is considering a high-end EHR
willing to relinquish it for a that tightly integrates with
remotely hosted, integrated locally installed applications,
EHR and practice-management such as those for EKGs.
solution.
• Has a limited need to integrate
a remotely hosted solution with
other locally installed applica-
tions, such as those for EKGs
and speech recognition.
To what extent can the • Does not have any IT resources. • Has in-house capabilities to
practice support locally provide necessary support for
• Does not have any experience
installed software? the locally installed software
troubleshooting and maintaining
and associated hardware,
servers, making upgrades to
such as servers.
third-party software, performing
daily data back-ups, etc.
• Has not successfully hosted
and supported clinical IT solu-
tions on-site in the past.
How willing is the practice • Has no concerns about another • Is uncomfortable with the idea
to have another organization organization hosting its data. of another organization hosting
host a clinical application? its data.
What financial resources does • Must pay predictable monthly • Has the capital and/or borrow-
the practice have? fees instead of higher up-front ing power to purchase the
costs. application, and can pay for any
additional FTEs or new hard-
ware that will be necessary.
• Prefers to own rather than
“rent” the application.
Physician Practices: Are Application Service Providers Right for You? | 15
17. To what extent can the practice support
locally installed software? New Clinical ASP Models on the Horizon?
Implementing and supporting clinical applications, Remotely hosted practice-management
particularly EHRs, as well as troubleshooting systems are available. In fact, ASP-based
software and hardware problems and performing scheduling and billing applications have been
in place longer than ASP clinical applications
daily back-ups, are a big undertaking. Many
have. In some instances, the vendor also
practices lack these essential skills and the neces- provides integrated services, such as billing
sary experience. For them, ASPs may be one of and collections along with hosting and IT
few realistic options for moving forward with support. One billing and claims ASP vendor,
advanced clinical applications. athenahealth, is also about to release its ASP-
based clinical product.
Indeed, most EHR vendors interviewed for this
The benefits of a well-integrated EHR and
study indicated that small physician practices and practice management system, such as better
clinics without the resources to host and main- documentation and revenue capture, and the
tain complex clinical systems have the greatest challenge of having just one rather than both
interest in ASP-based solutions. of those components remotely hosted, might
prompt more vendors to offer such application
How willing is the practice to have another suites. At this point, however, the vendor
organization host a clinical application? options are limited.
This concern varies and may depend on who These benefits also might spur some ASP
vendors to consider new models of application
the host would be. A practice concerned about
hosting—for example, bundling EHR imple-
data privacy and security should visit the ASP’s mentation and support with billing services
data center to become comfortable with its in such a way that the vendor assumes some
security procedures. Vendors interviewed for this of the risks and reaps some of the rewards.
study acknowledged that some physicians have Alteer, which sells ASP solutions for EHRs and
reservations about losing control of their data, medical practice management, does this
and said they encourage such visits. (among other things). The company estimates
increases in revenue through the use of its
product, and it does not collect payment
What financial resources does the
(a percentage of new revenue the system
practice have? generates) until those increases are achieved.
ASP vendors offer a financially feasible alter-
native to an expensive clinical application that
a practice might otherwise pay for upfront.
In the ASP model, practices have the option to When physician practices compare the ASP
forego high up-front costs in exchange for and traditional software models, they should not
predictable monthly payments. They can “rent” overlook the costs of application maintenance
rather than buy a clinical application and its and customer support. While payments for an
associated hardware. Payments may be lower on ASP solution continue throughout the term of
a monthly basis during the first few years, but the contract, service and support along with use
they continue until the contract expires—similar of the application are covered. Hardware costs
to the lease on an apartment. Maintenance and and the IT support that traditional software
support are included in these fees. requires should also be factored in for an accurate
price comparison of the ASP and traditional
software models.
16 | CALIFORNIA HEALTHCARE FOUNDATION
18. Other Considerations In the past, the product vendor served as the
Secondary factors also warrant attention. These ASP host and provided IT service. Today, a ven-
include knowing what ASP options are available; dor’s capacity or desire to be an ASP depends
the amount of experience an ASP has; the extent largely on the selected product. Some EHR
of implementation, support, and customization vendors, for example, focus on selling software
an ASP offers; the accessibility and performance and do not have the resources to host or support
of an ASP system; and if an ASP can prevent it. A vendor may have a technology partner
disasters and recover data. that hosts an application and associated hardware
for the vendor’s ASP physician clients, but the
ASP Options vendor itself still provides all associated support
directly to those clients.
In this report, “application service provider” is
defined as “an organization with whom cus- Another approach for vendors that do not offer
tomers contract on a subscription basis to deliver an ASP option is to refer clients to a trusted
an application and provide the associated services and experienced third party, often a computer
to support it.” Importantly, the term does not data center, reseller, or consulting organization.
necessarily apply to the organization that Typically, this third party not only serves as
physically hosts the application. Rather, an ASP the point of contact for all service and support,
is the organization that provides services—full but also hosts the vendor’s application.
support for the software and the hardware on
which it runs—to a physician practice. Whether Independent physician associations increasingly
the ASP hosts an application at its own facility are becoming ASPs for clinical applications.
or contracts with a third-party data center to Free from anti-kickback regulations, IPAs can
do so, the ASP is the practice’s primary point of spread application and support costs among a
contact for any issues related to application broad group of physician practices. One example
service and support. is Brown & Toland, an IPA in the San Francisco
area that hosts, services, and supports Allscripts
Many different organizations serve as ASPs, TouchWorks EHR for affiliated physicians.
depending on the product they offer and the Brown & Toland, which has a large and
local market. The hosting and support options experienced IT department, decided to host
available in a particular geographic area and a TouchWorks based on the success it had provid-
practice’s comfort with a potential ASP are ing timesharing practice-management applica-
important considerations. Not all ASP options tions to physicians in the late 1990s.
are available in all markets and for all vendor
products. A physician practice needs to investi-
gate the options in terms of the application it
wants hosted and what is available locally.
Physician Practices: Are Application Service Providers Right for You? | 17
19. Although relatively rare, hospitals and integrated Experience of the ASP
delivery networks (IDNs) have been an ASP Before choosing a particular ASP, it is important
option for community physicians in some to carefully assess its experience maintaining
areas for a number of years. In this model, the and supporting clinical applications—particularly
hospital offers to extend an EHR (typically the ASP’s experience with the same application
the in-house application) to physicians in the and vendor the physician practice is considering,
community on an ASP basis, charging fair as different products require different skills.
market value rates in compliance with Stark and The ASP should have proven success supporting
Office of the Inspector General rules. With the that application. It also should have an estab-
recent publication of final regulations providing lished client base.
exemptions for e-prescribing and the costs of
software and training for EHRs, interest among For complex, highly customized applications
hospitals and IDNs to serve as an ASP for such as EHRs, ASPs often contract with
community physicians will likely increase. specialized data centers to provide the physical
hosting. In these cases, a practice should thor-
Health plans have a vested interest in physicians oughly appraise the data center to ensure it
using clinical applications, particularly e-pre- has successfully hosted the same application the
scribing and disease management registries, physicians want.
because in many markets payers reap most of
the benefits of better formulary compliance and Finally, practices shopping for an ASP solution
improved disease management. Indeed, health should always speak with and visit one of the
plans have become the primary customers for ASP’s clients. The perspective of a similar size
e-prescribing vendors such as ZixCorp. Partner- practice will be invaluable in anticipating
ship HealthPlan of California is an example challenges and uncovering hidden costs.
of a payer that hosts and supports a disease
management registry for local physician practices Implementation, Support, and
Customization
and clinics.
An ASP assumes full responsibility for supporting
Regional health information organizations or and maintaining an application and the hardware
statewide consortia, as aggregators of health care on which it runs. This responsibility includes
delivery and services, could serve as ASPs as they product upgrades, third-party software upgrades,
mature, offering one or more vendor options, server maintenance, and routine data back-ups.
including a migration path from basic capabilities Levels of service vary, however, so a physician
such as e-prescribing to more advanced applica- practice needs to know exactly which services the
tions such as EHRs, as well as connections to ASP will assume responsibility for up-front and
other local data sources. The Massachusetts continuously.
eHealth Collaborative and Rhode Island Quality
Institute now facilitate group purchases from
vendors, but in the future they might also serve
as ASPs.
Table 6 summarizes a half-dozen ASP options.
18 | CALIFORNIA HEALTHCARE FOUNDATION
20. Table 6. ASP Options
Examples
Option Typical Model Prevalence This Study Identifies
Application A vendor provides hosting and/or application and More common for Alteer, DocSite,
vendor hardware support. e-prescribing and patient DrFirst,
registries. eClinicalWorks,
Practice Partner,
ZixCorp
Third party Often a data center, reseller, or consulting organ- Just emerging for EHRs. Perot Systems
ization instead of the vendor serves as the
primary point of contact for service and support.
Independent Is the primary point of contact for service and Common in communities Brown & Toland,
physician support. Depending on the IPA’s experience where there is a strong Hill Physicians,
association with hosting and supporting IT systems, it either managed care presence. Humboldt-Del Norte
hosts the application on-site or contracts with a
third party to do this.
Hospitals The hospital or health system offers to extend Relatively rare at this point None identified
and and support an EHR (often the in-house though expected to
integrated system) to community physicians at fair market increase, as exemptions to
delivery value rates. Stark laws have only
networks recently been finalized.
Health plans The payer provides hosting and support for Not common at this point. Partnership
e-prescribing or a disease registry. HealthPlan of
California
Regional The entity typically offers one or more product Not prevalent. However, Potentially, the
entity or options, including a migration path from basic as regional aggregators Massachusetts
aggregator (e.g., e-prescribing) to advanced (e.g., EHR) become more mature, eHealth
capabilities, as well as connections to other local a regional health informa- Collaborative,
data sources. tion organization or state- Rhode Island
wide consortium could Quality Institute
serve as the ASP host.
Physician Practices: Are Application Service Providers Right for You? | 19
21. For example, similar to the traditional software Accessibility and Performance
model, most of the ASPs that participated in Physicians may need to have access to an ASP-
this study provide some initial implementation based clinical application 24 hours a day.
support and end user training. But unlike the The ASP should clearly spell out the provisions
traditional model, the ASP also supports all asso- it has made to ensure such accessibility as well
ciated hardware, such as the application server, reliability of the system and fast application
that is outside the practice’s walls. Physician response times. Importantly, problems accessing
groups should identify and address any gaps an application may be the Internet service
around implementation and support that will provider’s fault, not the ASP’s. Round-the-clock
ultimately be their responsibility, like installation access is a bigger challenge in rural locations
and service of local network connections. where network connections are unreliable.
From clients’ perspective, maintenance, upgrades,
and updates are easier in the ASP model than in
Disaster Prevention and Data Recovery
the traditional software model. When an ASP To minimize downtime, ASPs should have clear
upgrades an application, for example, physician plans for preventing disasters and recovering
involvement is minimal. Because clients can data. A redundant server and a remote back-up
access Web-based applications using an Internet site that is accessible if the primary server
browser, the ASP need only update the software becomes unavailable must be in place. A physi-
on the central application server in order to cian practice should confirm that the application
make the new release available to them. will quickly be accessible again if the data center
goes down. In the case of some EHR applica-
Upgrades to client/server-based solutions may tions, a local data server is installed at the
appear to be more complicated because the soft- practice so physicians can still access patient
ware must be installed locally on each physician’s data if the Internet connection fails.
desktop. Yet ASPs now can easily update these,
too, from their remote location. Practices should Another important issue is the frequency of
be sure to ask an ASP how it typically handles data back-ups. One ASP interviewed for this
updates and what, if anything, end users will report backs up data hourly. Other key consider-
need afterward. ations include whether the ASP complies with
best practices for fire detection/prevention,
A growing number of ASP solutions can be water damage protection, and climate control,
customized to meet a practice’s specific workflow. and whether it has liability insurance.
Even Web-based clinical applications offer
different views and workflows, depending on For a list of detailed questions to ask ASPs, see
the practice that accesses them. A practice should Appendix B.
work closely with an ASP to determine what
level of customization will meet the physicians’
needs.
20 | CALIFORNIA HEALTHCARE FOUNDATION
22. V. Six Physician-Practice Scenarios
IN THIS STUDY, MANY COMMON THEMES emerged
from interviews with physician practices and ASPs. The fol-
lowing scenarios, in which practices weigh the advantages
and disadvantages of the ASP model and traditional, locally
installed software, represent six different kinds of medical
groups in terms of the applications they currently have and
their goals, resources, values, and fears.
Although fictitious, these scenarios accurately reflect the per-
spectives of participants in this study.
Practice 1
Practice type/characteristics: Small group, limited experience
with technology.
Current applications: Locally installed practice management
system.
Goal of practice: To have an EHR eventually (no definitive
timetable). Would consider other clinical IT applications.
Resources: Limited cash, no IT resources.
Values/fears: Recognizes the importance of an EHR, but is
concerned that the changes in workflow will be too drastic and
affect the practice’s productivity.
Recommendation: Not all practices are ideal candidates for an
EHR. Physicians at this practice have little or no technology
experience and believe that migrating from paper records to
electronic records will disrupt productivity too much. Conse-
quently, they should consider an interim solution, such as e-
prescribing or a disease management registry, that will provide
a more measured transition to an EHR. Many applications
other than EHRs are available via ASPs; e-prescribing applica-
tions are almost exclusively offered this way. This practice
should focus on selecting the product that best meets its
unique needs and goals at this point.
Physician Practices: Are Application Service Providers Right for You? | 21
23. Practice 2 Recommendation: The biggest issue for this
Practice type/characteristics: Small group, practice is an unreliable Internet connection, a
limited experience with technology. common concern in many rural areas. Because
ASP-based clinical applications require nearly
Current applications: Locally installed practice 100 percent connectivity to a network, and
management system, which the practice is even though the practice has limited financial
willing to relinquish. resources, a locally installed EHR is probably the
Goal of practice: To have an EHR. Timetable best option. To reduce the up-front payments
is sooner rather than later. for this software, the practice should consider
Resources: Limited cash, no IT resources. a financing agreement with an EHR vendor that
would spread the cost of licensing, associated
Values/fears: An EHR is very important to the
hardware, and third-party software over a
physicians. They have no reservations about
number of years.
changes in workflow.
Recommendation: This practice is an ideal
Practice 4
candidate for an ASP-based EHR. It would not
make sense for the practice to purchase EHR Practice type/characteristics: Medium-size
software, install it on-site, and assume responsi- practice, limited experience with technology.
bility for troubleshooting and supporting Current applications: Locally installed practice
the application and related hardware, given its management system, which the practice is
limited cash and relative inexperience with willing to relinquish.
technology. Goal of practice: To deploy an EHR, but mini-
mize the hassles associated with product support.
Practice 3 Resources: Sufficient cash on hand, limited IT
Practice type/characteristics: Medium-size resources.
group located in a rural area. Has some experi- Values/fears: Has some reservations about
ence with technology. another organization hosting its data.
Current applications: Locally installed practice Recommendation: The biggest issue for this
management system. practice is data ownership. The physicians have
Goal of practice: To have an EHR. Timetable is limited IT resources and little experience trou-
sooner rather than later. bleshooting hardware and software, and they are
Resources: Limited cash, a few IT resources. not comfortable having another organization
host their data. The best approach for this
Values/fears: Concerned that Internet connect-
practice is to arrange financing through a vendor
ivity is not adequate for an ASP-based EHR
that will install an EHR application locally.
solution.
Given its lack of IT experience, the practice
should consider outsourcing support for software
and hardware to a local services company.
22 | CALIFORNIA HEALTHCARE FOUNDATION
24. Practice 5 Practice 6
Practice type/characteristics: Medium-size Practice type/characteristics: Medium-size
practice, solid experience with technology. practice, has solid experience with technology.
Current applications: Locally installed practice Current applications: Locally installed practice
management system, which the practice is management system.
willing to relinquish. Goal of practice: To deploy an EHR that can
Goal of practice: To deploy an EHR, but mini- tightly integrate with a number of locally hosted
mize the hassles associated with product support. applications, such as those for EKG and speech
Resources: Sufficient cash on hand, has IT recognition.
resources. Resources: Sufficient cash on hand, has IT
Values/fears: Has no reservations about another resources.
organization hosting its data. Values/fears: Tight integration of clinical
applications is the highest priority.
Recommendation: Although this practice has the
capital necessary to purchase EHR software and Recommendation: This practice is a good
enough experience to install it on-site, the ASP candidate for a locally installed EHR. First and
option may still be reasonable. Typical ASP cus- foremost, the practice has sufficient cash to
tomers are smaller practices with limited financial purchase the software and has enough experience
resources and IT experience, but the ASP option to implement and support it. Second, the physi-
is not restricted to that group. According to ASP cians put a high priority on having an EHR that
vendors interviewed for this study, medium-size is tightly integrated with a number of locally
and large medical groups that want to avoid the installed applications—not an impossible task,
hassles associated with performing daily data but certainly a more challenging one in the ASP
back-ups and server maintenance also are strong model. To minimize hassles associated with
candidates for an ASP solution. building interfaces between remote and locally
installed applications, this practice should pur-
chase EHR software and install it on-site. The
practice may need to consider bringing in outside
resources for this purpose, as integrating local
clinical applications can be fairly complicated.
Physician Practices: Are Application Service Providers Right for You? | 23
25. VI. Conclusion
INCREASINGLY, THE ASP MODEL IS A REALISTIC
option for physician practices that are considering clinical soft-
ware applications. Outsourcing the hosting and maintenance
of an application to another organization—that is, “renting”
rather than buying a product—gives physicians more choices
in their search for clinical solutions.
As the ASP market continues to mature, the options will likely
increase. More EHRs will soon be available on an ASP basis
and many vendors will start to package additional services with
bundled, remotely hosted EHR and practice-management
applications.
In the future, there will be greater choice of organizations
serving as ASPs. Hospitals and integrated delivery networks
have expressed interest in playing this role along with vendors,
data centers, resellers, consulting firms, and independent
physician associations, especially given the pending relaxation
of Stark restrictions.
But physician practices must be cautious. While some clinical
ASP applications, such as e-prescribing, have been deployed
effectively for many years, the history of other ASP solutions,
such as EHRs, is much shorter. Success stories abound, yet
they may not apply to a specific practice and its unique needs.
Determining if the ASP model is the right choice requires
a careful, honest assessment of the application in question,
the practice’s ability to pay for and support it, and an ASP’s
experience and track record.
The ASP model may not be the right solution for many
practices. But for some, especially those with limited capital
and IT resources, it may be the only practical strategy for
migrating to EHRs. That alone ensures a place for ASPs in
the health care market, both today and in the future.
24 | CALIFORNIA HEALTHCARE FOUNDATION
26. Appendix A: Interviewees
Peter Alperin, M.D. Craig Lanway G. Cameron Deemer
Director, medical informatics Vice president and chief Senior vice president and
Brown & Toland information officer general manager
Hill Physicians Medical DrFirst
Cindi Ardans
Group Inc.
Quality manager Ike Ellison
Partnership HealthPlan Martin Love Vice president, business
of California Chief executive officer development
Humboldt-Del Norte IPA NextGen
Zan Calhoun
Chief information officer Tom MacMillan Joseph Grane
HealthCare Partners Associate vice president, Chief operating officer
Medical Group information technology Alteer Corporation
Brown & Toland
Chris Camissa John Haughton, M.D., M.S.
Chief medical officer Margaret E. McCahill, M.D. Chief executive officer and
Partnership HealthPlan Medical Director, St. Vincent chief medical officer
of California DePaul Village, and clinical DocSite
professor, family medicine
Tim Day Bruce Kleaveland
and psychiatry, University of
Network administrator President
California-San Diego School
Humboldt-Del Norte IPA Kleaveland Consulting
of Medicine
Lyman Dennis David Qu
Debra Spindel
Chief information officer Vice president, product develop-
Vice president
Partnership HealthPlan ment, clinical solutions group
Hoag Practice Management Inc.
of California Allscripts
Jeffrey Tannenbaum, M.D.
Jessica Fefferman Frank Rhie, M.D.
Caritas Good Samaritan
Program manager Chief medical officer
Medical Center
Blue Cross and Blue Shield Alteer Corporation
of Massachusetts
Vendors Ken Rosen
Nancy Griest Vice president, business
Derek Baird
Vice president and chief development and sales
Marketing manager
information officer eClinicalWorks
Practice Partner
Brown & Toland
Daniel Sands, M.D., M.P.H.
Nancy Brown
Chris Jioras Independent HIT consultant
Sr. VP Business Development
IT manager and former chief medical officer
& Government Affairs
Humboldt-Del Norte IPA of an e-prescribing company
athenahealth
James Chen
Chairman, chief executive
officer, and president
DrFirst
Physician Practices: Are Application Service Providers Right for You? | 25
27. Appendix B: Questions for ASP Vendors
1. How much experience does the vendor have 4. What are the contract terms?
supporting remotely hosted applications? I How many years does the contract cover?
I How long has it been doing this?
I What are permissible causes for terminating
I Does it work with or subcontract with any the contract?
implementation or support partners? If so,
I What provisions has the vendor made for
how long has the partner been doing this?
data transfer when the contract expires
I How many client sites and users does the or is terminated?
vendor currently support?
5. What implementation and support services
I Is it OK to speak with one of the vendor’s
does the vendor provide?
clients?
I If a client needs additional support, how
2. What is the vendor’s approach to disaster is that distinguished from support covered
prevention and data recovery? under the contract?
I Does it have a remote failover hot site for I To what extent can the ASP application be
when the server goes down? configured to support specific workflows
at a particular physician practice?
I How quickly will the ASP application be
available again if the data center becomes I What provisions are there for ensuring
inaccessible? system availability, reliability, and quick
software and hardware response? How
I Does the vendor back up data each night?
frequently does planned downtime or
I Does it comply with industry standards for unavailability occur? What factors affect
fire detection/prevention, water damage a practice’s connectivity with the remote
protection, and climate control? data center? Are there penalties when the
vendor does not maintain minimum
I Does it have liability insurance?
levels of availability?
3. How does the vendor protect patient I How often does the vendor release
confidentiality and privacy? upgrades? What do upgrades require from
I Does it comply with industry standards for the client?
physical security and access? I What types of ongoing support does the
I Are data for each client stored on separate vendor provide (Web-based, telephone,
servers? on-site)? What are the hours of support?
What provisions are there for ensuring fast
I Does the system maintain an audit trail, service and response?
accessible to the client, of all accesses to the
system, including both edits and views of
patient data?
26 | CALIFORNIA HEALTHCARE FOUNDATION
28. 6. What costs are associated with the applica-
tion and other needs?
I Are costs calculated on a per-user, per-
physician, or per-visit basis?
I Is user hardware included?
I Are there any third-party licensing costs?
I What costs are associated with integrating
a particular practice management system
with the ASP application? With other
applications?
I Are there any transaction-based or connec-
tivity fees?
I Are implementation services included?
If they are an extra expense, what is the
billing rate?
I Are application upgrades included?
I Are support services included? If they are
an extra expense, what is the billing rate?
Physician Practices: Are Application Service Providers Right for You? | 27
29. Endnotes
1. Rogoski RR. “The Great ASP Debate.” Health Data
Management. July 2001.
2. Bishop L. Understanding Physicians’ Tech Optimism.
Forrester Research. November 2005.
3. Gans D., Kralewski J., Hammons T., et al. “Medical
groups’ adoption of electronic health records and infor-
mation systems.”Health Affairs 2005; 24(5):1323-1333
4. Miller RH, West C, Martin Brown T., et al. “The value
of electronic health records in solo or small group
practices.” Health Affairs 2005;24(5):1127-1136.
28 | CALIFORNIA HEALTHCARE FOUNDATION