This document discusses HIPAA-compliant faxing in a bring your own device (BYOD) environment. It notes that many healthcare providers now use personal mobile devices to access patient health information. While BYOD offers benefits like increased productivity, it also poses security risks if devices are lost, stolen or hacked. The document outlines HIPAA rules regarding technical safeguards like data encryption and reviews common misconceptions about BYOD compliance. It provides best practices for securing electronic protected health information accessed via BYOD, including mobile device management and data encryption. Finally, it presents examples of HIPAA-compliant mobile faxing use cases using eFax Corporate and discusses how the solution meets compliance requirements.
The business case for BYOD (Bring Your Own Devices) and mobile devices has been made in healthcare, and delivers a clear upside on patient care, engagement and convenience. However, for healthcare IT professionals, security is a huge concern – from HIPAA Compliance to ensuring that ePHI containing patients’ data is not improperly disclosed, stored, or lost, causing potential breaches and reportable events under the HITECH Act. One of those workflows – mobile faxing – is one such area that healthcare IT professionals should carefully review for compliance, as images and documents, PDFs, medical claims and prescriptions are frequently sent via electronic fax, and require special care and handling under HIPAA.
The webinar will discuss the following:
How HIPAA impacts BYOD
Some best practices to reduce risks of reportable events
Pitfalls involved with having a BYOD environment
How mobile faxing with
This document outlines the "Ten Commandments of Bring Your Own Device (BYOD)" for creating a secure yet productive mobile environment in the workplace. It discusses the importance of creating a BYOD policy before deploying technology to address issues around supported devices, data plans, security, applications and more. It also emphasizes the need to identify all existing devices before enrollment, ensure a simple enrollment process, configure devices remotely through mobile device management software, provide self-service options for users, and protect personal employee information and data. The guidelines are meant to help support employee productivity while allowing secure use of personal apps and devices.
This document discusses the implementation of a Bring Your Own Device (BYOD) policy and program. It begins by explaining how the proliferation of mobile devices in the workplace has led to the rise of BYOD. It notes that most employees are already using their own devices for work purposes. The rest of the document outlines "The Ten Commandments of BYOD" which provide guidance on how to create a secure and productive mobile environment that supports BYOD while protecting corporate data. The ten commandments cover topics like creating a BYOD policy, identifying existing devices, simplifying enrollment, configuring devices remotely, giving users self-service options, and protecting personal information.
Bring Your Own Device 2014 TeamMate User Conference Palm Desert CaliforniaJim Kaplan CIA CFE
A presentation for the 2014 TeamMate User Conference as a guide for auditors on bring your own device and mobile device management – an important and timely topic for auditors in all organizations.
Mobile malware and enterprise security v 1.2_0Javier Gonzalez
This document discusses mobile malware threats facing enterprises. It begins by providing background on the rise of BYOD policies and the security challenges they pose. It then discusses the growing risk of mobile malware, citing statistics on its rapid growth rate and prevalence in apps. The document outlines common types of mobile malware like adware, spyware, and phishing. It explains how these threats can compromise enterprise data and infect networks through BYOD devices. It emphasizes the need for enterprises to adopt comprehensive security solutions to protect corporate data on personal mobile devices.
Osterman Research conducted two surveys in February and March 2013 focused on Bring Your Own Device (BYOD) issues in small, mid-sized and large organizations, primarily in North America.
Understanding Cybersecurity in Medical Devices and ApplicationsEMMAIntl
One of the major pillars of the current Industry 4.0 is Automation. Indeed, technology is intervening in almost every domain to “automate” the workforce and make human life easier and better. In the present age, machines are getting integrated with the Internet of Things, Cloud Computing, and Artificial Intelligence with the data flow being transferred and processed via the Internet. These changes indeed catalyze the overall productivity, but also expose data to the public
domains.
In cases of continuous data transfers and exposition, Cybersecurity becomes a pivotal element where it not only protects the data but also proactively provides mechanisms to defend against malicious attacks and malware. In the case of medical devices that include sensitive medical data flows and software-controlled hardware devices like heart implants or Continuous Glucose Monitoring (CGM) devices, Cybersecurity becomes an important factor for contributing towards system safety and quality...
Mobile devices present new challenges for backing up data as more employees use their personal smartphones and tablets for work. IT needs to implement a smart mix of policies, cloud services, and mobile device management to address these challenges. Specifically, the policy should clearly define the company's requirements for accessing corporate data on personal devices and clarify IT's responsibilities for backing up corporate versus personal data. The cloud can help with backups, but full device backups are difficult due to limitations of mobile operating systems.
The business case for BYOD (Bring Your Own Devices) and mobile devices has been made in healthcare, and delivers a clear upside on patient care, engagement and convenience. However, for healthcare IT professionals, security is a huge concern – from HIPAA Compliance to ensuring that ePHI containing patients’ data is not improperly disclosed, stored, or lost, causing potential breaches and reportable events under the HITECH Act. One of those workflows – mobile faxing – is one such area that healthcare IT professionals should carefully review for compliance, as images and documents, PDFs, medical claims and prescriptions are frequently sent via electronic fax, and require special care and handling under HIPAA.
The webinar will discuss the following:
How HIPAA impacts BYOD
Some best practices to reduce risks of reportable events
Pitfalls involved with having a BYOD environment
How mobile faxing with
This document outlines the "Ten Commandments of Bring Your Own Device (BYOD)" for creating a secure yet productive mobile environment in the workplace. It discusses the importance of creating a BYOD policy before deploying technology to address issues around supported devices, data plans, security, applications and more. It also emphasizes the need to identify all existing devices before enrollment, ensure a simple enrollment process, configure devices remotely through mobile device management software, provide self-service options for users, and protect personal employee information and data. The guidelines are meant to help support employee productivity while allowing secure use of personal apps and devices.
This document discusses the implementation of a Bring Your Own Device (BYOD) policy and program. It begins by explaining how the proliferation of mobile devices in the workplace has led to the rise of BYOD. It notes that most employees are already using their own devices for work purposes. The rest of the document outlines "The Ten Commandments of BYOD" which provide guidance on how to create a secure and productive mobile environment that supports BYOD while protecting corporate data. The ten commandments cover topics like creating a BYOD policy, identifying existing devices, simplifying enrollment, configuring devices remotely, giving users self-service options, and protecting personal information.
Bring Your Own Device 2014 TeamMate User Conference Palm Desert CaliforniaJim Kaplan CIA CFE
A presentation for the 2014 TeamMate User Conference as a guide for auditors on bring your own device and mobile device management – an important and timely topic for auditors in all organizations.
Mobile malware and enterprise security v 1.2_0Javier Gonzalez
This document discusses mobile malware threats facing enterprises. It begins by providing background on the rise of BYOD policies and the security challenges they pose. It then discusses the growing risk of mobile malware, citing statistics on its rapid growth rate and prevalence in apps. The document outlines common types of mobile malware like adware, spyware, and phishing. It explains how these threats can compromise enterprise data and infect networks through BYOD devices. It emphasizes the need for enterprises to adopt comprehensive security solutions to protect corporate data on personal mobile devices.
Osterman Research conducted two surveys in February and March 2013 focused on Bring Your Own Device (BYOD) issues in small, mid-sized and large organizations, primarily in North America.
Understanding Cybersecurity in Medical Devices and ApplicationsEMMAIntl
One of the major pillars of the current Industry 4.0 is Automation. Indeed, technology is intervening in almost every domain to “automate” the workforce and make human life easier and better. In the present age, machines are getting integrated with the Internet of Things, Cloud Computing, and Artificial Intelligence with the data flow being transferred and processed via the Internet. These changes indeed catalyze the overall productivity, but also expose data to the public
domains.
In cases of continuous data transfers and exposition, Cybersecurity becomes a pivotal element where it not only protects the data but also proactively provides mechanisms to defend against malicious attacks and malware. In the case of medical devices that include sensitive medical data flows and software-controlled hardware devices like heart implants or Continuous Glucose Monitoring (CGM) devices, Cybersecurity becomes an important factor for contributing towards system safety and quality...
Mobile devices present new challenges for backing up data as more employees use their personal smartphones and tablets for work. IT needs to implement a smart mix of policies, cloud services, and mobile device management to address these challenges. Specifically, the policy should clearly define the company's requirements for accessing corporate data on personal devices and clarify IT's responsibilities for backing up corporate versus personal data. The cloud can help with backups, but full device backups are difficult due to limitations of mobile operating systems.
The spread of COVID-19 has prompted many firms to turn to remote or virtual audits to maintain assurance activities while travel restrictions and social distancing measures are in place. Remote auditing involves using techniques like video conferencing, email, and telephone to gather audit evidence instead of on-site meetings and facility tours. While remote auditing allows auditors to avoid travel and focus on higher risks, it also comes with disadvantages like lost direct interaction and inability to audit certain processes requiring physical observation. Planning and communication are critical to ensure remote audits can successfully meet their objectives.
The rapid adoption of mobility in healthcare is on rise, with the explosion of mobility in health-related services and applications on mobile devices has made it easy for timely delivery and the global health trends and relevant government policies can be characterized by a shift towards care in the community and at home, as well as the greater reliance upon shared responsibility and greater self-management by the patient themselves.
The rise in IT spending is fueling the increased adoption of the bring-your-own-device (BYOD) culture in the region, and given its inherent advantages for employees and employers, BYOD adoption is bound to grow further in the coming years.
However, BYOD adoption is accompanied by IT security risks arising out of lack of awareness about device security among employees. The situation is compounded by insufficient network resources and the lack of formal BYOD policies at organizations to manage security risks emanating from use of personal devices on official servers and networks.
CIOs in the region need to respond by preparing IT networks and formulating a BYOD policies, which are designed to manage this increased demand for BYOD and mobile diversity in the region.
The document discusses and compares several tools that can help companies assess, implement, and maintain compliance with the General Data Protection Regulation (GDPR). It describes GDPR assessment tools that can identify personal data, conduct risk assessments, and evaluate third parties. It also outlines implementation tools that can help with consent management, data governance, protection and auditing. Finally it discusses maintenance tools that can track personal data changes, automate privacy tasks, and aid with data deletion requests.
Legal Risks of Operating in the World of Connected Technologies (Internet of ...Quarles & Brady
Program Overview:
What Your Company Needs to Understand to Stay Ahead of
the Competition
Companies are exponentially expanding their use and production of connected products and technologies. It is estimated that in 2021, 22.5 billion IoT devices will be shipped globally. With that growth comes a litany of legal challenges. We will discuss the scope of the IoT landscape and address some of the critical legal areas for companies using or selling IoT products, including:
Data privacy and security risks associated with use of IoT devices, The tension between engineering and marketing departments' desire to retain and mine IoT data and the legal risks of accessing, aggregating, and storing the data, Product liability and other legal issues arising from IoT devices on product liability claims, and the ever changing landscape of industry specific regulatory requirements.
The document discusses legal aspects of bring your own device (BYOD) policies in the workplace. It begins by defining BYOD and outlining common BYOD problems such as lost or stolen devices containing sensitive data. It then examines the current state of BYOD law, noting a lack of specific laws but that various existing privacy, labor, and data security laws apply. The document also provides considerations for developing an effective BYOD policy and minimizing legal liability related to BYOD. It concludes by suggesting the BYOD trend will likely continue as younger workers demand use of their own devices and apps replace traditional software.
The document provides an overview of a presentation on implementing a simplified and efficient approach to health IT risk management and compliance. It discusses the growing risks of data breaches, costs of breaches, and a methodology for valuing protected health information. The presentation promotes implementing a risk management program using the HIPAA HITECH Express process, which includes rapid risk assessment, analysis, and remediation to achieve security, ongoing monitoring, and compliance. Lessons learned emphasize the need for effective security practices balancing technology, policies, procedures, training, and risk management.
“The Impact of Mobile Devices on Information Security: A Survey of IT and Sec...Thierry Labro
1. The survey found that the number of personal mobile devices connecting to corporate networks continues to grow significantly, with 75% of companies now allowing personal devices on networks, up from 67% in 2013.
2. IT and security professionals expect that the rise in mobile devices will lead to more mobile security incidents, with 82% anticipating increased incidents in the coming year. The costs of remediating incidents is also increasing.
3. Employee behavior is seen as a major factor in mobile security risks, with most respondents saying careless employees pose a greater threat than cybercriminals and that employee actions likely enabled recent high-profile breaches.
The keynote presentation discusses the challenges and strategies for connecting internet of things (IOT) devices to enterprise IT networks. Some main points include:
1) IOT devices are often insecure and can introduce vulnerabilities if connected to corporate networks. Many lack proper security configurations.
2) Connecting thousands of additional devices will strain network and device management. Issues include volume, latency, power, upgrades, and redundancy.
3) The presentation evaluates strategies like building separate networks, creating a unified network, or a hybrid approach. Each case requires considering priorities like security, costs, and manageability.
IDERA Live | Mitigating Data Risks from Cloud to GroundIDERA Software
You can watch the replay for this IDERA Live webcast, Mitigating Data Risks from Cloud to Ground, on the IDERA Resource Center, http://ow.ly/INkj50A4rOr.
While some of your data and compute assets may remain in your on-premises datacenter, the inevitable migration to the cloud will introduce risks that you must manage. The resulting complex, hybrid environments raise the stakes for performance management, security, compliance, and data governance. You may feel like you’re heading straight into a storm! Database professionals must meet business goals while handling multiple responsibilities, and need easy-to-use tools to improve productivity and reduce risk. Join IDERA’s Rob Reinauer to learn how IDERA database tools simplify the management of on-premises, hybrid, and cloud deployments and mitigate the added data risks cloud environments can introduce.
Speaker: Rob Reinauer is currently Director of the SQL Product Management group at IDERA in Austin Texas driving the definition and production of IDERA’s industry leading SQL Server management, optimization and DBA productivity tools. Previous to IDERA, Rob was Product Unit Manager of the Microsoft SQL Server Engine Development organization driving SQL’s Mission Critical initiatives, around High Availability, Virtualization, Data Replication and Security, General Manager of the SQL Systems Engineering organization and System Architect in the Microsoft Azure SQL DW development group as well as Research Group leader for the MS / Barcelona Supercomputer Center Hadoop Scalability project.
Healthcare IT Security Threats & Ways to Defend ThemCheapSSLsecurity
Encryption is required under HIPAA to protect electronic personal healthcare information being transferred or stored. SSL encryption protects data in motion by encrypting connections between computers but other vulnerabilities need addressing. Healthcare organizations should educate employees, secure wireless networks, vet third parties, and limit potential network damage from breaches through measures like network segregation.
Impact of Technology on Profession: Human Vs. AI + BotVinod Kashyap
Vinod Kashyap presented on the impact of technology on the auditing profession. He discussed how technologies like artificial intelligence, robotic process automation, audit data standards, and blockchain are transforming auditing. Key points included:
- AI is being used for tasks like automated audit processes, deep learning for image recognition, and fraud detection. It allows auditors to leverage more data points.
- Technologies help access and verify information more efficiently through tools like RPA, data analytics, and encryption. This impacts tasks like confirmations and testing.
- The IAASB is exploring how disruptive technologies like continuous auditing and remote work may further impact the profession. Auditing remains dependent on professional judgement however.
The document discusses the requirements and challenges of complying with the EU's General Data Protection Regulation (GDPR) which takes effect in May 2018. It outlines key requirements such as obtaining consent for data collection, notifying about data breaches, and giving data subjects expanded rights. It then describes how ZyLAB technology can help organizations identify personal data, automatically redact it, and disclose data in a compliant manner by using techniques like language detection, machine translation, and intelligent redaction tools.
Insight 2020 Technology Report: IT Trends for Midmarket and Small BusinessInsight
For midmarket and small business, IT is a complex world. How are others in your space managing IT today, while taking steps to prepare for tomorrow's needs? We interviewed 408 IT pros to find out. View the SlideShare to see key statistics from our Insight 2020 Technology Report: IT Trends for Midmarket and Small Business. Find out how other companies in this space are managing IT and procurement, equipping their workforce with the right tech, handling cloud migration and where they are in their digital transformation journey.
The document discusses how enterprises can use big data and security intelligence to build an "anti-fragile" security system. It argues that collecting and analyzing large amounts of security data through correlation and analytics can help detect threats and hackers. The system aims to continuously learn from new data and improve threat detection over time by gaining a better understanding of normal versus abnormal user and system behavior.
Joint Presentation on The State of Cybersecurity ('15-'16) & Third Party Cyb...Rishi Singh
Presentation on the 2015-2016 State of Cybersecurity and Third Party Vendor Risk Management, presented by Matt Pascussi and Rishi Singh.
This presentation was sponsored by TekSystems.
Mobile Security Trends in the WorkplaceBlueboxer2014
Mobile security is a top priority for IT professionals in 2014 according to a survey. By 2020, 80% of access to enterprises will be via mobile devices. While 90% of employees use personal devices for work, less than half of organizations have mobile security policies. The majority of IT professionals see securing mobile data as important but only 13% feel their current solutions effectively do so. There is also a disconnect between BYOD policies and employee awareness and compliance, creating risks of unintended data leakage. [/SUMMARY]
The Future of BYOD, BYOA and ConsumerizationJay McBain
If you haven’t been following the debate on BYOD – Bring Your Own Device – you soon will! This presentation defines the opportunity for the Channel and gives a sneak peak to trends that will shape the industry for years to come.
This document discusses strategies for ensuring the security of enterprise image viewers and mobile health solutions. It notes that data security is a major concern in healthcare, with security breaches potentially resulting in large fines. The document then recommends educating staff on mobile security, using device security features, implementing network security policies, using authentication, secure connections, and ensuring solutions have built-in encryption and integrate with IT policies. It outlines Calgary Scientific's approach to securing its ResolutionMD image viewer, which does not leave patient data on devices, requires login credentials, uses SSL encryption, and optionally a VPN.
The spread of COVID-19 has prompted many firms to turn to remote or virtual audits to maintain assurance activities while travel restrictions and social distancing measures are in place. Remote auditing involves using techniques like video conferencing, email, and telephone to gather audit evidence instead of on-site meetings and facility tours. While remote auditing allows auditors to avoid travel and focus on higher risks, it also comes with disadvantages like lost direct interaction and inability to audit certain processes requiring physical observation. Planning and communication are critical to ensure remote audits can successfully meet their objectives.
The rapid adoption of mobility in healthcare is on rise, with the explosion of mobility in health-related services and applications on mobile devices has made it easy for timely delivery and the global health trends and relevant government policies can be characterized by a shift towards care in the community and at home, as well as the greater reliance upon shared responsibility and greater self-management by the patient themselves.
The rise in IT spending is fueling the increased adoption of the bring-your-own-device (BYOD) culture in the region, and given its inherent advantages for employees and employers, BYOD adoption is bound to grow further in the coming years.
However, BYOD adoption is accompanied by IT security risks arising out of lack of awareness about device security among employees. The situation is compounded by insufficient network resources and the lack of formal BYOD policies at organizations to manage security risks emanating from use of personal devices on official servers and networks.
CIOs in the region need to respond by preparing IT networks and formulating a BYOD policies, which are designed to manage this increased demand for BYOD and mobile diversity in the region.
The document discusses and compares several tools that can help companies assess, implement, and maintain compliance with the General Data Protection Regulation (GDPR). It describes GDPR assessment tools that can identify personal data, conduct risk assessments, and evaluate third parties. It also outlines implementation tools that can help with consent management, data governance, protection and auditing. Finally it discusses maintenance tools that can track personal data changes, automate privacy tasks, and aid with data deletion requests.
Legal Risks of Operating in the World of Connected Technologies (Internet of ...Quarles & Brady
Program Overview:
What Your Company Needs to Understand to Stay Ahead of
the Competition
Companies are exponentially expanding their use and production of connected products and technologies. It is estimated that in 2021, 22.5 billion IoT devices will be shipped globally. With that growth comes a litany of legal challenges. We will discuss the scope of the IoT landscape and address some of the critical legal areas for companies using or selling IoT products, including:
Data privacy and security risks associated with use of IoT devices, The tension between engineering and marketing departments' desire to retain and mine IoT data and the legal risks of accessing, aggregating, and storing the data, Product liability and other legal issues arising from IoT devices on product liability claims, and the ever changing landscape of industry specific regulatory requirements.
The document discusses legal aspects of bring your own device (BYOD) policies in the workplace. It begins by defining BYOD and outlining common BYOD problems such as lost or stolen devices containing sensitive data. It then examines the current state of BYOD law, noting a lack of specific laws but that various existing privacy, labor, and data security laws apply. The document also provides considerations for developing an effective BYOD policy and minimizing legal liability related to BYOD. It concludes by suggesting the BYOD trend will likely continue as younger workers demand use of their own devices and apps replace traditional software.
The document provides an overview of a presentation on implementing a simplified and efficient approach to health IT risk management and compliance. It discusses the growing risks of data breaches, costs of breaches, and a methodology for valuing protected health information. The presentation promotes implementing a risk management program using the HIPAA HITECH Express process, which includes rapid risk assessment, analysis, and remediation to achieve security, ongoing monitoring, and compliance. Lessons learned emphasize the need for effective security practices balancing technology, policies, procedures, training, and risk management.
“The Impact of Mobile Devices on Information Security: A Survey of IT and Sec...Thierry Labro
1. The survey found that the number of personal mobile devices connecting to corporate networks continues to grow significantly, with 75% of companies now allowing personal devices on networks, up from 67% in 2013.
2. IT and security professionals expect that the rise in mobile devices will lead to more mobile security incidents, with 82% anticipating increased incidents in the coming year. The costs of remediating incidents is also increasing.
3. Employee behavior is seen as a major factor in mobile security risks, with most respondents saying careless employees pose a greater threat than cybercriminals and that employee actions likely enabled recent high-profile breaches.
The keynote presentation discusses the challenges and strategies for connecting internet of things (IOT) devices to enterprise IT networks. Some main points include:
1) IOT devices are often insecure and can introduce vulnerabilities if connected to corporate networks. Many lack proper security configurations.
2) Connecting thousands of additional devices will strain network and device management. Issues include volume, latency, power, upgrades, and redundancy.
3) The presentation evaluates strategies like building separate networks, creating a unified network, or a hybrid approach. Each case requires considering priorities like security, costs, and manageability.
IDERA Live | Mitigating Data Risks from Cloud to GroundIDERA Software
You can watch the replay for this IDERA Live webcast, Mitigating Data Risks from Cloud to Ground, on the IDERA Resource Center, http://ow.ly/INkj50A4rOr.
While some of your data and compute assets may remain in your on-premises datacenter, the inevitable migration to the cloud will introduce risks that you must manage. The resulting complex, hybrid environments raise the stakes for performance management, security, compliance, and data governance. You may feel like you’re heading straight into a storm! Database professionals must meet business goals while handling multiple responsibilities, and need easy-to-use tools to improve productivity and reduce risk. Join IDERA’s Rob Reinauer to learn how IDERA database tools simplify the management of on-premises, hybrid, and cloud deployments and mitigate the added data risks cloud environments can introduce.
Speaker: Rob Reinauer is currently Director of the SQL Product Management group at IDERA in Austin Texas driving the definition and production of IDERA’s industry leading SQL Server management, optimization and DBA productivity tools. Previous to IDERA, Rob was Product Unit Manager of the Microsoft SQL Server Engine Development organization driving SQL’s Mission Critical initiatives, around High Availability, Virtualization, Data Replication and Security, General Manager of the SQL Systems Engineering organization and System Architect in the Microsoft Azure SQL DW development group as well as Research Group leader for the MS / Barcelona Supercomputer Center Hadoop Scalability project.
Healthcare IT Security Threats & Ways to Defend ThemCheapSSLsecurity
Encryption is required under HIPAA to protect electronic personal healthcare information being transferred or stored. SSL encryption protects data in motion by encrypting connections between computers but other vulnerabilities need addressing. Healthcare organizations should educate employees, secure wireless networks, vet third parties, and limit potential network damage from breaches through measures like network segregation.
Impact of Technology on Profession: Human Vs. AI + BotVinod Kashyap
Vinod Kashyap presented on the impact of technology on the auditing profession. He discussed how technologies like artificial intelligence, robotic process automation, audit data standards, and blockchain are transforming auditing. Key points included:
- AI is being used for tasks like automated audit processes, deep learning for image recognition, and fraud detection. It allows auditors to leverage more data points.
- Technologies help access and verify information more efficiently through tools like RPA, data analytics, and encryption. This impacts tasks like confirmations and testing.
- The IAASB is exploring how disruptive technologies like continuous auditing and remote work may further impact the profession. Auditing remains dependent on professional judgement however.
The document discusses the requirements and challenges of complying with the EU's General Data Protection Regulation (GDPR) which takes effect in May 2018. It outlines key requirements such as obtaining consent for data collection, notifying about data breaches, and giving data subjects expanded rights. It then describes how ZyLAB technology can help organizations identify personal data, automatically redact it, and disclose data in a compliant manner by using techniques like language detection, machine translation, and intelligent redaction tools.
Insight 2020 Technology Report: IT Trends for Midmarket and Small BusinessInsight
For midmarket and small business, IT is a complex world. How are others in your space managing IT today, while taking steps to prepare for tomorrow's needs? We interviewed 408 IT pros to find out. View the SlideShare to see key statistics from our Insight 2020 Technology Report: IT Trends for Midmarket and Small Business. Find out how other companies in this space are managing IT and procurement, equipping their workforce with the right tech, handling cloud migration and where they are in their digital transformation journey.
The document discusses how enterprises can use big data and security intelligence to build an "anti-fragile" security system. It argues that collecting and analyzing large amounts of security data through correlation and analytics can help detect threats and hackers. The system aims to continuously learn from new data and improve threat detection over time by gaining a better understanding of normal versus abnormal user and system behavior.
Joint Presentation on The State of Cybersecurity ('15-'16) & Third Party Cyb...Rishi Singh
Presentation on the 2015-2016 State of Cybersecurity and Third Party Vendor Risk Management, presented by Matt Pascussi and Rishi Singh.
This presentation was sponsored by TekSystems.
Mobile Security Trends in the WorkplaceBlueboxer2014
Mobile security is a top priority for IT professionals in 2014 according to a survey. By 2020, 80% of access to enterprises will be via mobile devices. While 90% of employees use personal devices for work, less than half of organizations have mobile security policies. The majority of IT professionals see securing mobile data as important but only 13% feel their current solutions effectively do so. There is also a disconnect between BYOD policies and employee awareness and compliance, creating risks of unintended data leakage. [/SUMMARY]
The Future of BYOD, BYOA and ConsumerizationJay McBain
If you haven’t been following the debate on BYOD – Bring Your Own Device – you soon will! This presentation defines the opportunity for the Channel and gives a sneak peak to trends that will shape the industry for years to come.
This document discusses strategies for ensuring the security of enterprise image viewers and mobile health solutions. It notes that data security is a major concern in healthcare, with security breaches potentially resulting in large fines. The document then recommends educating staff on mobile security, using device security features, implementing network security policies, using authentication, secure connections, and ensuring solutions have built-in encryption and integrate with IT policies. It outlines Calgary Scientific's approach to securing its ResolutionMD image viewer, which does not leave patient data on devices, requires login credentials, uses SSL encryption, and optionally a VPN.
How Disruptive Technologies Drive Innovation in the ChannelJay McBain
This document discusses how disruptive technologies are driving innovation in the channel. It begins by looking back at how technologies like cloud computing, pervasive computing, ubiquitous connectivity, and virtualization have impacted the industry. It then examines current trends like the internet of everything connecting billions of devices. The document outlines opportunities for channels in areas like connected advertising, smart factories and cities, and more. It also discusses the challenges and opportunities around bring your own device policies and enterprise mobility. The document finishes by making some predictions around how pervasive computing, connectivity, and big data will continue to impact channels going forward.
Guide to hipaa compliance for containersAbhishek Sood
he challenge with HIPAA is that it doesn’t define, at a detailed level, the countermeasures you must put in place to comply with its Security Rule.
With the advent of microservices it is likely that many new healthcare apps are being built with containers, changing how you will secure compliance for them.
In this extensive, 38-page white paper discover how to achieve compliance with the HIPAA Security Rule for containerized workloads for healthcare apps.
This document discusses mHealth and mobile applications for healthcare. It provides examples of several mHealth apps, including:
1) My Healthy World, a social/community healthcare app for tablets that allows sharing and tracking health metrics.
2) Courtagen, a mobile app for physicians that allows ordering and tracking genetic diagnostic tests in a secure and HIPAA-compliant way.
3) Several other apps discussed including ones for managing care through provider directories, refilling prescriptions, and gathering hospital information.
The document also discusses key trends in mHealth like data analytics, compliance with HIPAA, and opportunities in mobilizing healthcare professionals and patients.
A quick look at the BYOD or Bring Your Own Device trend in business from a Channel point of view. Includes a number of sources such as CompTIA, Forbes, Techaisle, VDC, IANS and IDC
Digital Innovation Impact in Life Sciences JulyPaul Gulbin
Five digital trends are radically impacting the life sciences industry: 1) Internet of My Things using devices to provide personalized healthcare, 2) Connected Economy where hardware and sensors produce better health outcomes, 3) Agile Platform combining different systems and data sources to redefine healthcare, 4) Enterprise Insight using big data and analytics for smarter medical systems, and 5) Digital Healthcare improving care through telehealth and remote monitoring. These trends are being driven by innovations like wearable devices, connected medical products, 3D printing, predictive maintenance through IoT, and integrated healthcare platforms.
Tips for creating Effective & HIPPA compliant mobile.pptxMyAppGurus
"
MyAppGurus is best mobile app development company, offering App Development Services globally, Having dedicated and expert mobile app development team to design your app.
MyAppGurus works with a team excelling for years in the field of mobile application development. The name of the organization truly justifies its worth. With the experience in diverse industries, we have developed all round knowledge about different businesses.
The enthusiastic developers are dedicated to specific clients. Thus, the clients receive, in and out focus of the development team. Our association with clients has always been pleasant and successful. Keeping Agile technology in the picture, the engineers have proved to scale forward with time.
Over the years we have evolved from being a software development company to envisioning . Having made over 100+ mobile apps, MyAppGurus has made it possible to work with different clientele. "
What exactly is HIPPA Compliance, and why is it important in app development? Things to think about, and how to get your own app ,a comprehensive guide to follow Checkout the presentation to know more
This document discusses securing healthcare mobile applications in compliance with HIPAA regulations. It covers topics like common mobile security threats, weaknesses in mobile apps, best practices for securing apps, and HIPAA technical, administrative and physical safeguards for mobile devices. The document is intended to introduce measures to develop secure healthcare apps that protect electronic protected health information on mobile platforms.
This document describes an innovation in digital healthcare called The Finder. The Finder is a mobile app that allows barangay health workers to digitally consult with doctors, refer patients to specialists and labs, and track treatments. It aims to improve healthcare access in rural areas by streamlining processes and enabling real-time communication between community health workers and medical professionals despite connectivity challenges. Training and support networks will be crucial for effective implementation across remote regions of the country.
Cyber attacks on hospitals and health systems during pandemic have been increased rapidly, cyber attacks can affect critical aspects of hospitals that lay over the computer network.
This document provides information on how to implement HIPAA compliance. It begins by explaining what HIPAA is and who it impacts, such as health care providers, health plans, and clearinghouses. It defines protected health information and the obligations of covered entities and business associates. It emphasizes the importance of having business associate agreements, security policies, training programs, and conducting audits. It provides tips for securing data transmission, backups, access controls, and shredding paper records. The document stresses that HIPAA compliance is essential to avoid penalties for violations and data breaches.
This white paper discusses how HP solutions can help healthcare providers implement bring your own device (BYOD) initiatives securely. BYOD allows doctors, nurses and patients to access healthcare resources using their personal mobile devices like tablets and smartphones. However, it also presents security and network management challenges. HP solutions like Intelligent Management Center (IMC) provide simple network access control to authenticate devices and users. IMC uses device fingerprinting to identify devices and enforce security policies, allowing BYOD while maintaining compliance with regulations and protecting sensitive patient information. The paper explains how HP solutions address BYOD challenges around security, network usage and management of both organization-owned and personal devices on the healthcare network.
The document discusses the impact of COVID-19 on the BFSI (banking, financial services, and insurance) and healthcare industries. For BFSI, CIOs' priorities include ensuring employee connectivity through VPNs, digitalizing services, implementing RPA for automation, marketing automation, and data security. For healthcare, CIOs' challenges include ensuring confidentiality and security of patient data, integrating all processes in a virtual environment, and evaluating effectiveness of remote consultations. CIOs aim to enable virtual consultations, utilize wearable technology and IoT devices, and ensure data confidentiality, availability, and integrity by following cybersecurity guidelines.
RapidValue White Paper on Regulations and compliance for enterprise mHealth a...Nageena Vijayan
Healthcare organizations and software firms looking to make investments in mobile applications need to assess implications of HIPAA and FDA in order to protect patient health information and
ensure compliances are met. This document outlines some of the key evaluation criteria on regulations and security considerations in healthcare sector that need to be addressed while
implementing mobility applications.
PYA Principal Barry Mathis presented “Hot Topics in Privacy and Security,” at the Florida Hospital Association's 14th Annual Health Care Corporate Compliance Education Retreat.
The presentation explored:
• Changes in the privacy and security ecosystem.
• Emerging technology risks and hot topics.
• What happens to hacked data.
• How to best protect data.
Management should practice<a href=” https://www.75health.com/practice-management-software.jsp”>top priority</a> to the privacy and security of the patients.
The document provides an overview of key concepts related to HIPAA compliance for developers, including:
- HIPAA was established in 1996 and updated in 2009 and 2013 to protect individuals' personal health information.
- Developers need to focus on complying with the Technical and Physical Safeguards outlined in the HIPAA Security Rule which address access controls, encryption, auditing and physical security measures.
- Any individual or organization that handles protected health information, including healthcare providers, insurers, and their business partners that have access to PHI, are required to comply with HIPAA and ensure systems are secure and private health data is protected.
1. World Leader in Digital Faxing
HIPAA-compliant Faxing…
in a BYOD World
Trends
Misconceptions
Best Practices
HIPAA-compliant Faxing
2. World Leader in Digital Faxing
The Speakers
Michael Flavin
Senior Product Marketing Manager
eFaxCorporate®,partof j2CloudServices
Brad Spannbauer
Director, Product Development
eFaxCorporate®,Partofj2CloudServices
3. World Leader in Digital Faxing
HIPAA Concerns
with BYOD — and
Common Misconceptions
Faxing in Healthcare
Today
Q&A
Industry Trends:
BYOD in Healthcare
Compliant Mobile Faxing
with eFax Corporate®
and eFax Secure™
BYOD Best-Practices for
Protecting ePHI
Agenda
4. World Leader in Digital FaxingWorld Leader in Digital Faxing 4
Michael Flavin
Sr. Product Marketing Manager
j2 Cloud Services
Michael Pearson
CISSP
5. World Leader in Digital Faxing
81%of physicians now use their
personal mobile devices to
access ePHI.
Source:
World Leader in Digital Faxing
6. World Leader in Digital Faxing
60% of doctors say they avoid at least one adverse
drug error a week by using medical apps.
Source:
50% report these apps save them 20 minutes a day
— for a busy primary-care physician, a chance
to see 2 more patients a day.
7. World Leader in Digital Faxing
Lost devices
Hacked devices
Jail-broken devices
Stolen devices
Unauthorized access
But BYOD Carries
Real Risks for
Healthcare Firms
World Leader in Digital Faxing
8. World Leader in Digital Faxing
40%
of all HIPAA
violations involve
lost or stolen
mobile devices.
Source:
World Leader in Digital Faxing
9. World Leader in Digital Faxing
Source:
88%of health firms let staff use
personal devices to connect to
the enterprise network —
but fewer than half of these firms
are confident that their staff’s
devices are secure.
World Leader in Digital Faxing
10. World Leader in Digital Faxing
Healthcare providers are
increasingly relying on medical
apps in their practices.
World Leader in Digital Faxing
HIPAA Concerns
in a BYOD Environment
Source: HealthIToutcomes
11. World Leader in Digital Faxing
What if your staff’s devices don’t have built-in security
or anti-malware protection?
What if your staff uses their devices to access ePHI
without encryption on a public network?
What if they lose a device containing ePHI?
What happens to a device’s data if an employee
leaves or is terminated?
An employee uses access through apps to
improperly
World Leader in Digital Faxing
BYOD Poses Real Security and HIPAAIssues
With ePHI and BYOD Access viaApps
12. World Leader in Digital FaxingWorld Leader in Digital Faxing
HIPAA PRIVACY RULE:
Requires covered entities apply appropriate administrative, technical, and
physical safeguards to protect the privacy of protected health information
(PHI), in any form.
HIPAA SECURITY RULE:
The Security Rule requires covered entities to maintain reasonable and
appropriate administrative, technical, and physical safeguards for protecting
e-PHI.
No specific guidance on BYOD, but the onus is on the covered
entity to anticipate and protect impermissible, unauthorized use of
ePHI…
World Leader in Digital Faxing
ButAre These BYODApps
HIPAACompliant?
Source: www.hhs.gov
13. World Leader in Digital FaxingWorld Leader in Digital Faxing
What RulesApply to BYOD andApps?
Data Encryption Protocols
TECHNICAL SAFEGUARD RULES FOR DATA ENCRYPTION:
45 CFR Section 164.312(a)(2)(iv):
Which one?
“A covered entity or business associate must…
Implement a mechanism to encrypt and decrypt
electronic protected health information.”
14. World Leader in Digital Faxing
TECHNICAL SAFEGUARD RULES FOR DATA ENCRYPTION:
45 CFR Section 164.312(a)(2)(iv):
“A covered entity or business associate must…
Implement security measures to ensure that electronically
transmitted electronic protected health information is not improperly
modified without detection until disposed of.”
What measures?
Another Critical Question:
Are Your Data Encryption Protocols Compliant?
15. World Leader in Digital Faxing
Bottom Line
Rules of HIPAAthat can help protect ePHI
accessed on apps via BYOD devices
• Access Control – CFR 164.308(a)(4) (Information Access Mgmt)
• Transmission Security – 45 CFR 164.312(e)(2)(i)
• Data Encryption – 45 CFR 164.312(a)(2)(iv)
• Audit Control – 45 CFR 164.312(b)
16. World Leader in Digital Faxing
5 Common MisconceptionsAbout
BYOD and HIPAA Compliance
We use leading medical apps tocheck ePHI on our smartphones,
and thoseapps are probably HIPAAcompliant.1.
If an employee leaves a mobile device at a coffee house or
restaurant, the covered entity is not liable.2.
Weask our staff topassword-protect themobile devices they use for
work purposes. We’reHIPAAcompliant.3.
Our corporate policy is tomakeevery efforttoprotect patient
information— even on mobile devices— and that puts in compliance
with HIPAA.
4.
We’re compliant for sure, because the vendor that handles our data
storage signed a BAA.5.
17. World Leader in Digital FaxingWorld Leader in Digital Faxing
10 BYOD Best-Practices
for Protecting ePHI
Create clear, concise and comprehensive policies regarding ePHI —
and disseminate companywide.1.
Create a list of allowed devices (and/or operating systems) your
enterprisewill allow stafftouse for work and toaccessePHI.2.
Makesure your ePHI datais secure“at rest” as well as in-transit.3.
Install and regularly update virus-protection,anti-malware software on
all of your staffs’mobile devices that access or storeePHI.4.
Train all healthcare providers and other staffin thesecure and
compliant use of ePHI on any device in any location.5.
Source:
18. World Leader in Digital FaxingWorld Leader in Digital Faxing
10 BYOD Best-Practices
for Protecting ePHI
Employ the highest levels of encryption possible for all ePHI
transmitted,shared or storedanywhere.6.
Demand staffimplement password protectionfor all mobile devices
that access ePHI.7.
Deploy next-gen security technologies suchas IDS/IPS,virtualization
and application firewalls.8.
Implement biometrics, suchas fingerprint readers, on portable
devices thataccess ePHI.9.
ImplementMobileDevice Management — includingtracking
and remote wipingof any device lost or stolen.10.
Source:
19. World Leader in Digital FaxingWorld Leader in Digital Faxing
Mobile Device Management:
The Basics
MDM is a process allowing IT to manage and
protect mobile devices— both company owned and
personal — used across the enterprise.
20. World Leader in Digital FaxingWorld Leader in Digital Faxing
Mobile Device Management:
Six Best Practices to Enhance Your Mobile Device (BYOD)
Usage and Enhance HIPAACompliance
Create a dynamic inventory of mobile devices.1.
Distribute and enforce password and encryption policies.2.
Adopt a tracking/deactivation/remoteswipe system.3.
Implement a DLPprogram.4.
Maintain separation of personal & professional data on BYODs.5.
Balance employee productivity with ITControl.6.
21. World Leader in Digital Faxing
HIPAA-compliant BYOD (Mobile Device)
Faxing Use Cases
Brad Spannbauer
Director, Product Development
eFaxCorporate®,Partofj2CloudServices
22. World Leader in Digital Faxing
61%
of healthcare firms cite fax as
one of two top approaches to
exchanging critical
information.
World Leader in Digital Faxing
Healthcare Survey
Faxing: Still a Major
Communication Protocol
in Healthcare
23. World Leader in Digital Faxing
42%
believe online fax is the most
effective communication
technology for HIPAA
compliance.
World Leader in Digital Faxing
Healthcare Survey
Faxing: Still a Major
Communication Protocol
in Healthcare
24. World Leader in Digital Faxing
37%
cite fax technology as the
most undervalued when it
comes to security and
business needs.
World Leader in Digital Faxing
Healthcare Survey
Faxing: Still a Major
Communication Protocol
in Healthcare
25. World Leader in Digital Faxing
HIPAA-Compliant Mobile Faxing
with eFax Corporate® and eFax Secure™
Physician faxing image from mobile device to
insurance company
(Yep — HIPAACompliant!)
Insurance company faxing approval for surgery
(HIPAACompliant)
Med staff faxing authorization to pharmacy
(HIPAACompliant)
26. World Leader in Digital Faxing
How eFax Corporate Measures UpAsYour
HIPAA-Compliant Online Fax Solution
Business Associate
Agreement
Security
Protocols
Compliance &
Auditability
Redundancy
& DR
BusinessAssociateAgreements
Reportingfor Compliance andAudit
Redundant Data Centers with DR
Strong Encryption – at-rest and in-motion
27. World Leader in Digital Faxing
Internet
Unparalleled Cloud Fax Infrastructure
30+ Worldwide Colocations
PSTN – SIP Trunk on
Redundant Internet Fiber
Circuits
TLS Outbound
Secure TLS Inbound
Built on N+1 Network, Systems
and Hardware
Business Continuity
Disaster Recovery
24/7/365 Monitoring
24/7/365 Tech Support
Southeast
Southwest
Southwest
Canada
Northwest
Europe
28. World Leader in Digital Faxing
eFax Corporate:
a Leader in Cloud Services
eFax Corporate is Part of Publicly-Traded j2 Global (Nasdaq; JCOM)
Market Capitalization: $3.2 Billion
More than 12 million customers
worldwide
Growing in revenue for over 17
consecutive years
Unique Intellectual Property (IP) of
40+ cloud-service companies
Deepest online-fax Intellectual
Property portfolio
Numerous US and foreign patents
Patents pending across a host of
cloud-based communication
technologies
World Leader in Digital Faxing
29. World Leader in Digital Faxing
U.S.Sales
(888)532-9265
UKSales
+44(0)8707113811
www.enterprise.efax.com
Q&A
Editor's Notes
Hello and welcome to our webinar HIPAA-compliant faxing in a BYOD World
Thank you for joining us today!
I’m Michael Flavin Sr. Product Marketing Manager with eFax® Corporate, part of j2 Cloud Services
I’m Joined by Brad Spannbauer, Director, Product Development, also from j2 Cloud Services™
Thank you for joining us today!
Our agenda for today – is to discuss the explosive growth that has occurred with BYOD – Bring-your-own-devices programs, and the corresponding growth in healthcare apps
*we’ll discuss concerns with BYOD and compliance – including common misconceptions
*we’ll review some BYOD best-practices from healthcare IT thought leadership
*we’ll discuss faxing in healthcare today; how it is still a key mode of communication
*then Brad Spannbauer, our director of Product Development will demonstrate specific use cases showing how eFax Corporate® and eFax Secure™ can help your organization with HIPAA-compliant faxing from BYOD – or personal devices.
*Finally, we’ll conclude with our Q&A: we’ve allotted time for Q&A at the end of our Webinar today; if you have questions, right hand side of your screen – feel free to pop in a question at any time.
If we can’t get to you…
A little housekeeping…read above (Michael)
Narrative: The business case for BYOD in healthcare has been made and the upside has been great for healthcare
Research from ABA shows that most physicians and healthcare staff utilize personal devices BYOD and healthcare apps
Patients are now demanding the same real-time access and applications for engagement, such as appointments, test results, personal health records and confidential communications with care providers
Narrative: CE’s also see improved efficiency and accuracy – another factor contributing to increased patient care. According to research from Health Management Technology:
60% of physicians avoid RX adverse drug errors through apps on BYOD devices
50% report time savings which would equate to seeing 2 more patients each day
Narrative: this shift to BYOD in healthcare has resulted in a huge concern and headaches for IT professionals:
How do they track all of these devices and access to sensitive patient information – ePHI
How do they stay compliant with HIPAA and HITECH?
Known risks of breaches: lost devices, hacks, jail breaks and stolen devices, public wi-fi, unauthorized access by rogue employees
While demand for applications is being met by IT departments apple and android developers, security is still lagging in many areas -
For example, the increase in BYOD and associated applications has resulted in a spike in HIPAA violations MD News – 40% since 2010 due to lost or stolen mobile devices.
Some examples:
Lost or stolen device – left at coffee house or restaurant (without BYOD protection)
Compromised devices – malware, public wi-Fi, no password protection or encryption
Unauthorized access by employees – to look at PHI of someone they’re interested in but not auth.
While most covered entities have implemented some form of BYOD-enabled networks, there’s not a high level of confidence that they are secure.
Narrative: To complicate this trend, there’s been a related explosion in apps supporting the healthcare market. Research shows that the apple store alone last year had over 43,000 genuine healthcare apps
There are over 100,000 healthcare apps on the market;
Apple has a very large share of apps in healthcare with over 43,000 apps in the apple store alone.
The app market will be worth $26 billion in the US alone by 2017 (1) according to HealthIToutcomes
1) Source: HealthIToutcomes http://www.healthitoutcomes.com/doc/the-evolving-landscape-of-medical-apps-0001
For example –
With so many o/s’s and apps, how do CE s manage security centrally?
What about use of devices at coffee house or public wi-fi?
What if a device is lost or stolen, jail broken?
How do we know if someone accesses epHI improperly?
HIPAA privacy & security rules –
covered entities must implement reasonable safeguards to limit incidental or prohibited uses and disclosures of PHI, and ePHI
And…No mention of BYOD or personal devices such as iPad, iPhone or Android -
There’s no specific solution identified by HHS
written before security rule was done in 2003 years before iPhone, android…
Puts onus on CE’s to implement reasonable measures and safeguards to protect ePHI – but what specific rules can apply to BYOD and healthcare Apps?
Again, HIPAA doesn’t specific a type of encryption, however, it is a best practice to encrypt ePHI at rest and in motion. TLS encryption is the most enhanced available and should be utilized when faxing or sending information over public networks. (email).
The rule further specifies that data sent over a network, if deemed at risk,
Covered entity must implement technical security measures to guard against unauthorized access.
The specific solution is not identified by design…it is up to the organization to implement this, if it deems necessary to protect PHI. (epHI).
However: applying some of the HIPAA requirements for Privacy and Security
Access Control – implement technical policies and procedures…maintain epHI, allow access only to those who have been granted access –
Examples are strong passwords, timeout screen savers, mutli-factor authentication
Transmission Security – a CE must implement technical security measures to guard against unauthorized access of ePHI over an electronic network. Strong encryption such as TLS in transit – to protect against breach over public networks (e.g. coffe house, public Wi-fi) Internet.
Data Encryption – where reasonable and appropriate – implement mechanism to encrypted and decryption – ePHI. Data at rest should be password protected and encrypted. Encryption of data at rest is a best practice and renders ePHI unusable to would-be hackers or criminals. AES 256-bit encryption is a strong standard according to NIST.
Audit Control – procedural mechanisms to record and examine activity in the systems containing ePHI. Who has accessed data, what data and when? What data left the network and to whom was it disclosed? Was data deleted, altered or destroyed.
Because of the lack of language in the HIPAA Security Rule about BYOD-specific devices, there’s some common misconceptions that could put your employees or organization at risk of a reportable event or data breach.
#1 Call/Answer: just because apps are compliant, doesn’t mean they’re used in a compliant manner. For example, if an employee uses public wi-fi or reception area accidentally exposes PC window with info to 3rd party.
#2 call/Answer: Not true: an employee’s actions can cause your organization to be fined – whether it was intentional or unintentional.
#3 call/Answer: password protection is one piece of a layered BYOD approach. For example – if the screenlock was not enforced, a password protected device is useless. If ePHI is on the device, should it have been encrypted? Again, it’s up to the covered entity to implement reasonable measures and mechanisms to protect ePHI – answer is yes.
#4 Call/Answer: having policies, procedures, and proper admin, physical, technical and organizational safeguards in place are required by HIPAA, but employee training is key to ensure they understand the rules and they are enforced! For instance, an employee at the front desk with a big screen exposing ePHI to others behind the current patient – would be a HIPAA violation!
#5 Call/Answer: having a BAA in place does NOT mean you’re compliant, OR shift liability to a 3dr party vendor. It’s a shared liability. So, it’s even more important to fully vet any vendor or application that purports itself to be HIPAA compliant. A BAA is required, but, like with P&P, it does not equal security or a plan.
1. Define, document all policies and procedures – train, inform and enforce!
2. Create list of all allowed BYOD devices
3. As a best practices and to be compliant, encrypt ePHI
4. Implement centrally managed protection software
5. Training in compliant use of apps – don’t assume employees will do or know the right thing
6. Encrypt data to make it useless to hackers if they are able to gain acess
7. Strong password protection with timeouts
8. Deploy Intrusion Detection and Prevention tech – firewalls, software – identify and triage breaches
9. Implement biometrics or other multi-factor authentication
10. Utilize MDM (mobile device management) technologies – which can help you:
centrally manage, deploy and update all software, apps and permissions.
Separate personal from business data (ePHI for example from gmail)
Enable provisioning and remote wipe in case of lost or stolen device
There are many MDM solutions out there – offering robust BYOD protection, tracking and remote wipe capability.
Just a few of the capabilities – to enhance compliance
This software enables IT to centrally manage all BYOD devices in inventory
Provides ability to separate company data from personal data
Provides for encryption of any PHI stored on devices
GPS remote locate
Remote wiping if lost
Provisioning of approved apps centrally
Another key differentiator about eFax Corporate® is that faxing is our core business
The eFax Corporate® has a geographically disperse, global network with Tier III and Tier IV colocations, providing a 99.5% uptime, rapid delivery times and unparalleled transmission security.
A little about j2:
eFax Corporate® is part of j2 Cloud Services™
Specialization in cloud applications to help businesses be more productive
HQ – Hollywood CA
Tier III & Tier IV geographically redundant data centers around the world
We’re an enterprise company with the infrastructure and scale to support many of the fortune 500 companies worldwide
Significant IP/patents relating to cloud services